- S-00403G () - LCD BACK LIGHT, TAB TYPE
- S008 () - Accessories
- S-00808G () - LCD BACK LIGHT, TAB TYPE
- S-0201 () - LCD Back Light, Tab Type (8.0x64.0mm L-6S4VY2C)
- S-0202 () - LCD Back Light, Tab Type (8.0x123.2mm L-6S4VY2C)
- S-0203 () - LCD Back Light, Tab Type (21.0x78.0mm L-454VY2C)
- S-0204 () - LCD Back Light, Tab Type (21.0x152.0mm L-454VY2C)
- S0301L () - Scrs 1-70 Amps Non-sensitive Gate
- S0303L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0304F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0304N1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0306F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0306L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0308F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0308R () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0310L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0312L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0315L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S031E () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0320L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0325L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0325R () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0335J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0335W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0350J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0355W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0365J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0365P () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0370W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S03A1500W1 () - Hybrid Couplers
- S03A1600N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.078 ; Packaging = Surface Mount ; Frequency MHZ = 1500-1700 ; Power Handling Watts = 100
- S03A1870N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 100
- S03A1960N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1990 ; Power Handling Watts = 100
- S03A2000N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.09 ; Packaging = Surface Mount ; Frequency MHZ = 1500-2500 ; Power Handling Watts = 100
- S03A2150N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2100-2200 ; Power Handling Watts = 100
- S03A2500N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.08 ; Packaging = Surface Mount ; Frequency MHZ = 2000-3000 ; Power Handling Watts = 100
- S03A2750N1 () - Low Profile 3 Db Hybrid Coupler In An Easy To Use Surface Mount Package For Ism
- S03A888N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 100
- S03B1500N2 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1400-1600 ; Power Handling Watts = 200
- S03B1870N2 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 200
- S03B1870N3 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 300
- S03B1960N2 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1990 ; Power Handling Watts = 200
- S03B1960N3 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0x0.50x0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1990 ; Power Handling Watts = 300
- S03B2150N2 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 2000-2300 ; Power Handling Watts = 200
- S03B2150N3 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0x0.50x0.16 ; Packaging = Surface Mount ; Frequency MHZ = 2000-2300 ; Power Handling Watts = 300
- S03B700W1 () - Hybrid Couplers
- S03B888N2 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 200
- S03B888N3 () - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 300
- S03E1870N1 () - Hybrid Couplers
- S03E1960N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1999 ; Power Handling Watts = 100
- S03E2150N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.08 ; Packaging = Surface Mount ; Frequency MHZ = 2100-2200 ; Power Handling Watts = 100
- S03E2500N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2000-3000 ; Power Handling Watts = 100
- S03E2750N1 () - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2500-3000 ; Power Handling Watts = 100
- S041P () - Fm If Amplifier With Demodulator
- S042 () - Mixers
- S042P () - Mixers
- S0500KC250 () - 1200-2500 Gate Turn Off Thyristor - Capsule Type
- S0501L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0503L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0504F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0504N1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0505GE10PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0505GE5PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0505GE6PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0505GE7PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0505GE8PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0505GE9PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0506F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0506L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0508F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0508R () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0510GE10PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0510GE5PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0510GE6PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0510GE7PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0510GE8PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0510GE9PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0510L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0512L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0515L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S051E () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0520GE10PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0520GE5PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0520GE6PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0520GE7PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0520GE8PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0520GE9PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S0520L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0525L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0525R () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0535J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0535W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0550J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0555W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0565J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0565P () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S0570W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S05A100 () - Schottky Barrier Rectifiers(5a,70-100v)
- S05A30 () - Schottky Barrier Rectifiers(5a,30-60v)
- S05A35 () - Schottky Barrier Rectifiers
- S05A40 () - SCHOTTKY BARRIER RECTIFIERS(5A,30-60V)
- S05A45 () - Schottky Barrier Rectifiers
- S05A50 () - SCHOTTKY BARRIER RECTIFIERS(5A,30-60V)
- S05A60 () - SCHOTTKY BARRIER RECTIFIERS(5A,30-60V)
- S05A70 () - SCHOTTKY BARRIER RECTIFIERS(5A,70-100V)
- S05A80 () - SCHOTTKY BARRIER RECTIFIERS(5A,70-100V)
- S05A90 () - SCHOTTKY BARRIER RECTIFIERS(5A,70-100V)
- S05K115 () - Electrical Specifications, Cont. Disc Types
- S05K130 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S05K140 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S05K175 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S05K230 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S05K250 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S05K275 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S05K75 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S05K95 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S0600KC180 () - 600-1800 Gate Turn Off Thyristor - Capsule Type
- S06C30CE () - Schottky Barrier Rectifiers
- S06C35CE () - Schottky Barrier Rectifiers
- S06C40CE () - Schottky Barrier Rectifiers
- S06C45CE () - Schottky Barrier Rectifiers
- S07B () - Small Surface Mount Diodes
- S07B...S07M () -
- S07D () - Small Surface Mount Diodes
- S07G () - Small Surface Mount Diodes
- S07J () - DIP Switch
- S07J () - Small Surface Mount Diodes
- S07J () - HEX BUFFERS/DRIVERS WITH OPEN-COLLECTOR HIGH-VOLTAGE OUTPUTS
- S07K115 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K130 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K140 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K175 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K230 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K250 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K275 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K75 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07K95 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S07M () - Small Surface Mount Diodes
- S07M-GS08 () -
- S0802MH1AA2 () - Sensitive Gate SCR
- S0802XH () - Sensitive Gate Scr
- S08A100 () - Schottky Barrier Rectifiers(8a,70-100v)
- S08A30 () - Schottky Barrier Rectifiers(8a,30-60v)
- S08A35 () - Schottky Barrier Rectifiers
- S08A40 () - SCHOTTKY BARRIER RECTIFIERS(8A,30-60V)
- S08A45 () - Schottky Barrier Rectifiers
- S08A50 () - SCHOTTKY BARRIER RECTIFIERS(8A,30-60V)
- S08A60 () - SCHOTTKY BARRIER RECTIFIERS(8A,30-60V)
- S08A70 () - SCHOTTKY BARRIER RECTIFIERS(8A,70-100V)
- S08A80 () - SCHOTTKY BARRIER RECTIFIERS(8A,70-100V)
- S08A90 () - SCHOTTKY BARRIER RECTIFIERS(8A,70-100V)
- S0900KC140 () - 600-1400 Gate Turn Off Thyristor - Capsule Type
- S10 () - 2.0mm High Metal Package Surface Mount Crystals
- S100 () - Surface Mount Schottky Barrier Rectifier
- S100-1000 () -
- S100-12 () - 100 Watts - 12.5 Volts 1.5-30 Mhz
- S100-12-2 () - 100 WATTS - 12.5 VOLTS 1.5-30 MHz
- S100-12-3 () - 100 WATTS - 12.5 VOLTS 1.5-30 MHz
- S1001L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S100-200 () -
- S100-28 () - Npn Silicon Rf Power Transistor
- S1003L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1004F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1004N1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1005GE10PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1005GE5PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1005GE6PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1005GE7PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1005GE8PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1005GE9PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S100-600 () -
- S1006F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1006L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1008 () - Shielded Surface Mount Inductors
- S1008-101K () - Shielded Surface Mount Inductors
- S1008-121K () - Shielded Surface Mount Inductors
- S1008-151K () - Shielded Surface Mount Inductors
- S1008F1 () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1008R () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S100-T1 () - 1.0a Surface Mount Schottky Barrier Rectifier
- S100-T3 () - 1.0A SURFACE MOUNT SCHOTTKY BARRIER RECTIFIER
- S1010GE10PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1010GE5PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1010GE6PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1010GE7PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1010GE8PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1010GE9PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1010L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S101156924 () - Timers
- S1012L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1015L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S101D01 () - 16-pin Dip Type Ssr For Low Power Control
- S101D02 () - 16-Pin DIP Type SSR for Low Power Control
- S101DH1 () - 16-pin Dip Type Ssr For Low Power Control
- S101DH2 () - 16-Pin DIP Type SSR for Low Power Control
- S101E () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S101N11 () - Voltage Input Solid State Relay With Built-in Snubber Circuit
- S101N12 () - Voltage Input Solid State Relay With Built-in Snubber Circuit
- S101S05V () - Sip Type Ssr With Mounting Capability For External Heat Sink
- S101S06V () - SIP Type SSR with Mounting Capability for External Heat Sink
- S101S15V () - Sip Type Ssr With Built-in Snubber Circuit
- S101S16V () - SIP Type SSR with Built-in Snubber Circuit
- S1020GE10PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1020GE5PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1020GE6PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1020GE7PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1020GE8PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1020GE9PL () - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
- S1020L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S102166924 () - Timers
- S1025L () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1025R () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1028C1 () - High Speed Clock and Data Recovery for Fiber Optic Applications
- S102C-50R-0.01% () -
- S102S01 () - Sip Type Ssr For Medium Power Control
- S102S02 () - SIP Type SSR for Medium Power Control
- S102S03 () - Sip Type Ssr With Mounting Capability For External Heat Sink
- S102S11 () - Sip Type Ssr With Snubber Circuit and Mouning Capability For External Heat Sink
- S102S12 () - SIP Type SSR with Snubber Circuit and Mouning Capability for External Heat Sink
- S102T01 () - Low Height Type Solid State Relays
- S102T02 () - Low Height Type Solid State Relays
- S103156924 () - Timers
- S103166924 () - Timers
- S1035J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1035W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S104156924 () - Timers
- S1050J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S105156924 () - Timers
- S105166924 () - Timers
- S1055W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S10-5S1.0 () - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
- S10-5S1.2 () - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
- S10-5S1.5 () - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
- S10-5S1.8 () - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
- S10-5S2.0 () - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
- S10-5S2.5 () - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
- S10-5S3.3 () - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
- S105T01 () - Device Specipication For Solid State Replay
- S105T02 () - Low Height Solid State Relay
- S106 () - 1 FormA Solid State Relay
- S1065J () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S1065P () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S106-H () - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
- S106-S () - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
- S106-TR () - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
- S106-X () - 1 FormA Solid State Relay
- S107 () - 1 FormA Solid State Relay
- S1070W () - SCRs 1-70 AMPS NON-SENSITIVE GATE
- S107-H () - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
- S107-S () - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
- S107-TR () - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
- S107-X () - 1 FormA Solid State Relay
- S108 () - Accessories
- S1087 () - Si Photodiode
- S1087-01 () - Si photodiode
- S108A () - Accessories
- S108T01 () - Low Height Solid State Relay
- S108T02 () - Low Height Solid State Relay
- S109256712 () - Special Function (1.5 s - 30 s)
- S10A () - 10.0 Amp Standard Recovery Rectifier 50 To 1000 Volts
- S10A015 () - Rf & Microwave Transistors General Purpose Linear Applications
- S10A100 () - Schottky Barrier Rectifiers(10a,70-100v)
- S10A1870N1 () - RF Power Directional Couplers ; Size LXWXH = 0.56 X 0.35 X 0.08 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 100
- S10A20FR () - Three Phase Full Wave Bridge Rectifier Assembly
- S10A2500W1 () - RF Power Directional Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2000-3000 ; Power Handling Watts = 100
- S10A2CIC () - Super Fast Recovery Rectifier Diode, Package = TO-220IS
- S10A30 () - Schottky Barrier Rectifiers(10a,30-60v)
- S10A305HE () - Three Phase Full Wave Bridge Rectifier Assembly
- S10A3100 () - Three Phase Full Wave Bridge Rectifier Assembly
- S10A310HE () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A315HE () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A320 () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A340 () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A35 () - Schottky Barrier Rectifiers
- S10A360 () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A360FR () - Three Phase Full Wave Bridge Rectifier Assembly
- S10A380 () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A40 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10A40FR () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A45 () - Schottky Barrier Rectifiers
- S10A50 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10A60 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10A60FR () - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
- S10A70 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10A80 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10A888N1 () - RF Power Directional Couplers ; Size LXWXH = 0.56 X 0.35 X 0.09 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 100
- S10A90 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10B () - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
- S10B1870N2 () - RF Power Directional Couplers ; Size LXWXH = 1.00 X 0.50 X 0.12 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 200
- S10B888N2 () - RF Power Directional Couplers ; Size LXWXH = 1.0 X 0.50 X 0.12 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 200
- S10B-EH () - Disconnectable Crimp style connectors
- S10C100 () - Schottky Barrier Rectifiers(10a,70-100v)
- S10C150C () - Schottky Barrier Rectifiers
- S10C30 () - Schottky Barrier Rectifiers(10a,30-60v)
- S10C30A () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C30C () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C30CE () - Schottky Barrier Rectifiers
- S10C30D () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C35 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C35A () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C35C () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C35CE () - Schottky Barrier Rectifiers
- S10C35D () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C40 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C40A () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C40C () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C40CE () - Schottky Barrier Rectifiers
- S10C40D () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C45 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C45A () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C45C () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C45CE () - Schottky Barrier Rectifiers
- S10C45D () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C50 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C50A () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C50C () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C50CE () - Schottky Barrier Rectifiers
- S10C50D () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C60 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C60A () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C60C () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C60CE () - Schottky Barrier Rectifiers
- S10C60D () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10C70 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10C80 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10C90 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10D () - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
- S10G () - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
- S10J () - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
- S10K () - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
- S10K115 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K130 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K140 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K175 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K230 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K250 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K275 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K75 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10K95 () - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
- S10M () - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
- S10S100 () - Schottky Barrier Rectifiers(10a,70-100v)
- S10S30 () - Schottky Barrier Rectifiers(10a,30-60v)
- S10S35 () - Schottky Barrier Rectifiers
- S10S40 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10S45 () - Schottky Barrier Rectifiers
- S10S50 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10S60 () - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
- S10S70 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10S80 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10S90 () - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
- S10SC4M () - Schottky Rectifiers (sbd) (40v 10a)
- S10SC4MR () - Schottky Rectifiers (SBD)/ Center Tap, Common Cathode (Three Terminal Type)
- S10VB20 () - Bridge Diode(200v 10a)
- S10VB60 () - Bridge Diode(600v 10a)
- S10VT60 () - 3 Phase Bridge Diode(600v 10a)
- S10VT80 () - 3 Phase Bridge Diode(800v 10a)
- S10VTA60 () - 3 Phase Bridge Diode(600v 10a)
- S10VTA80 () - 3 Phase Bridge Diode(800v 10a)
- S10WB20 () - Bridge Diode(200v 10a)
- S10WB60 () - Bridge Diode(600v 10a)
- S11 () - 10 to 500 MHZ Thin Film SPST Switch
- S110 () - 1 FormA Solid State Relay
- S1-100 () -
- S1-1000 () -
- S1-1000-150 () -
- S1-1000-50 () -
- S1-100-50 () -
- S110156024 () - Timers
- S110156115 () - Timers
- S110156230 () - Timers
- S110156724 () - Timers
- S110166024 () - Timers
- S110166115 () - Timers
- S110166230 () - Timers
- S110166724 () - Timers
- S110-H () - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
- S110-S () - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
- S110-T1 () - 1.0a Surface Mount Schottky Barrier Rectifier
- S110-T3 () - 1.0A SURFACE MOUNT SCHOTTKY BARRIER RECTIFIER
- S110-TR () - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
- S110-X () - 1 FormA Solid State Relay
- S111 () - 1 FormA Solid State Relay
- S-1111 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S111156024 () - Timers
- S111156115 () - Timers
- S111156230 () - Timers
- S111156724 () - Timers
- S111166024 () - Timers
- S111166115 () - Timers
- S111166230 () - Timers
- S111166724 () - Delay on Operate (0.15 s - 800 s)
- S-1111B15 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B15MC-NYA-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B15PN-NYA-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B18MC-NYD-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B18PN-NYD-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B25MC-NYK-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B25PN-NYK-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B26MC-NYL-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B26PN-NYL-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B27MC-NYM-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B27PN-NYM-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B28MC-NYN-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B28PN-NYN-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B29MC-NYO-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B29PN-NYO-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B30 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B30MC-NYP-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B30PN-NYP-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B31MC-NYQ-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B31PN-NYQ-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B33MC-NYS-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B33PN-NYS-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B50 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B50MC-NZJ-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1111B50PN-NZJ-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1112 () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B15 () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B15MC-L6A-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B15PN-L6A-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B18MC-L6D-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B18PN-L6D-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B25MC-L6K-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B25PN-L6K-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B26MC-L6L-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B26PN-L6L-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B27MC-L6M-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B27PN-L6M-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B28MC-L6N-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B28PN-L6N-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B29MC-L6O-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B29PN-L6O-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B30 () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B30MC-L6P-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B30PN-L6P-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B31MC-L6Q-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B31PN-L6Q-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B33MC-L6S-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B33PN-L6S-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B50 () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B50MC-L7J-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1112B50PN-L7J-TF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S1117 () - 1.0a Adjustable Ldo Linear Regulator
- S1117-15 () - Adjustable and Fixed Ldo Voltage Regulator
- S1117-15D () - Adjustable and Fixed Voltage Regulator
- S1117-15PI () - Adjustable and Fixed LDO Voltage Regulator
- S1117-15PIC () - Adjustable and Fixed Ldo Voltage Regulator
- S1117-15PIC () - Adjustable and Fixed Voltage Regulator
- S1117-15Q () - Adjustable and Fixed Ldo Voltage Regulator
- S1117-15Q () - Adjustable and Fixed Voltage Regulator
- S1117-18 () - Adjustable and Fixed LDO Voltage Regulator
- S1117-18D () - Adjustable and Fixed Voltage Regulator
- S1117-18PI () - Adjustable and Fixed LDO Voltage Regulator
- S1117-18PIC () - Adjustable and Fixed LDO Voltage Regulator
- S1117-18PIC () - Adjustable and Fixed Voltage Regulator
- S1117-18Q () - Adjustable and Fixed LDO Voltage Regulator
- S1117-18Q () - Adjustable and Fixed Voltage Regulator
- S1117-25 () - Adjustable and Fixed LDO Voltage Regulator
- S1117-25D () - Adjustable and Fixed Voltage Regulator
- S1117-25PI () - Adjustable and Fixed LDO Voltage Regulator
- S1117-25PIC () - Adjustable and Fixed LDO Voltage Regulator
- S1117-25PIC () - Adjustable and Fixed Voltage Regulator
- S1117-25Q () - Adjustable and Fixed LDO Voltage Regulator
- S1117-25Q () - Adjustable and Fixed Voltage Regulator
- S1117-285 () - Adjustable and Fixed LDO Voltage Regulator
- S1117-285D () - Adjustable and Fixed Voltage Regulator
- S1117-285PI () - Adjustable and Fixed LDO Voltage Regulator
- S1117-285PIC () - Adjustable and Fixed LDO Voltage Regulator
- S1117-285PIC () - Adjustable and Fixed Voltage Regulator
- S1117-285Q () - Adjustable and Fixed LDO Voltage Regulator
- S1117-285Q () - Adjustable and Fixed Voltage Regulator
- S1117-28D () - Requlator, LDO
- S1117-33 () - Adjustable and Fixed LDO Voltage Regulator
- S1117-33D () - Adjustable and Fixed Voltage Regulator
- S1117-33PI () - Adjustable and Fixed LDO Voltage Regulator
- S1117-33PIC () - Adjustable and Fixed LDO Voltage Regulator
- S1117-33PIC () - Adjustable and Fixed Voltage Regulator
- S1117-33Q () - Adjustable and Fixed LDO Voltage Regulator
- S1117-33Q () - Adjustable and Fixed Voltage Regulator
- S1117-50 () - Adjustable and Fixed LDO Voltage Regulator
- S1117-50D () - Adjustable and Fixed Voltage Regulator
- S1117-50PI () - Adjustable and Fixed LDO Voltage Regulator
- S1117-50PIC () - Adjustable and Fixed LDO Voltage Regulator
- S1117-50PIC () - Adjustable and Fixed Voltage Regulator
- S1117-50Q () - Adjustable and Fixed LDO Voltage Regulator
- S1117-50Q () - Adjustable and Fixed Voltage Regulator
- S1117A () - Adjustable and Fixed LDO Voltage Regulator
- S1117AD () - Adjustable and Fixed Voltage Regulator
- S1117-AJQ () - Adjustable and Fixed LDO Voltage Regulator
- S1117API () - Adjustable and Fixed LDO Voltage Regulator
- S1117APIC () - Adjustable and Fixed LDO Voltage Regulator
- S1117APIC () - Adjustable and Fixed Voltage Regulator
- S1117AQ () - Adjustable and Fixed LDO Voltage Regulator
- S1117AQ () - Adjustable and Fixed Voltage Regulator
- S1117-XXD () - Adjustable and Fixed Voltage Regulator
- S1117-XXPI () - Adjustable and Fixed LDO Voltage Regulator
- S1117xxPIC () - Adjustable and Fixed LDO Voltage Regulator
- S1117-XXPIC () - Adjustable and Fixed Voltage Regulator
- S1117-XXQ () - Adjustable and Fixed Voltage Regulator
- S111-H () - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
- S111-S () - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
- S111-TR () - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
- S111-X () - 1 FormA Solid State Relay
- S-1121 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S112156024 () - Interval (0.15 s - 800 s)
- S112156115 () - Interval (0.15 s - 800 s)
- S112156230 () - Interval (0.15 s - 800 s)
- S112156724 () - Interval (0.15 s - 800 s)
- S112166024 () - Interval (0.15 s - 800 s)
- S112166115 () - Interval (0.15 s - 800 s)
- S112166230 () - Interval (0.15 s - 800 s)
- S112166724 () - Interval (0.15 s - 800 s)
- S-1121B15MC-N2A-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B15PN-N2A-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B18MC-N2D-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B18PN-N2D-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B25MC-N2K-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B25PN-N2K-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B26MC-N2L-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B26PN-N2L-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B27MC-N2M-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B27PN-N2M-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B28MC-N2N-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B28PN-N2N-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B29MC-N2O-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B29PN-N2O-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B30MC-N2P-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B30PN-N2P-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B31MC-N2Q-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B31PN-N2Q-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B33MC-N2S-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B33PN-N2S-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B50MC-N3J-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1121B50PN-N3J-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
- S-1122 () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B15MC-L8ATF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B15PN-L8ATF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B18MC-L8DTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B18PN-L8DTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B25MC-L8KTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B25PN-L8KTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B26MC-L8LTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B26PN-L8LTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B27MC-L8MTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B27PN-L8MTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B28MC-L8NTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B28PN-L8NTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B29MC-L8OTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B29PN-L8OTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B30MC-L8PTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B30PN-L8PTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B31MC-L8QTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B31PN-L8QTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B33MC-L8STF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B33PN-L8STF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B50MC-L9JTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S-1122B50PN-L9JTF () - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
- S112S01 () - Sip Type Ssr For Medium Power Control
- S112S02 () - Sip Solid State Relay For Medium Power Control
- S-1131 () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B15 () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B15PD-N4A-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B15UA-N4A-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B15UC-N4A-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B18PD-N4D-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B18UC-N4D-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B25PD-N4K-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B25UA-N4K-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B25UC-N4K-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B27PD-N4M-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B27UC-N4M-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B30 () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B30PD-N4P-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B30UA-N4P-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B30UC-N4P-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B33PD-N4S-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B33UA-N4S-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B33UC-N4S-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B50 () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B50PD-N5J-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B50UA-N5J-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S-1131B50UC-N5J-TF () - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
- S1133 () - Si photodiode
- S1133-01 () - Si photodiode
- S1133-14 () - Si photodiode
- S1136 () - TRIANGULAR TYPE
- S1137 () - TRIANGULAR TYPE
- S114156024 () - Timers
- S114156115 () - Special Function (0.15 s - 800 s)
- S114156230 () - Special Function (0.15 s - 800 s)
- S114156724 () - Special Function (0.15 s - 800 s)
- S114166024 () - Special Function (0.15 s - 800 s)
- S114166115 () - Special Function (0.15 s - 800 s)
- S114166230 () - Special Function (0.15 s - 800 s)
- S114166724 () - Special Function (0.15 s - 800 s)
- S114166812 () - Special Function (0.15 s - 800 s)
- S114166850 () - Special Function (0.15 s - 800 s)
- S1151256024 () - Timers
- S1151256115 () - Timers
- S1151256230 () - Timers
- S1151256724 () - Timers
- S115186024 () - Timers
- S115186048 () - Timers
- S115186115 () - Timers
- S115186230 () - Timers
- S115186400 () - Timers
- S115186724 () - Timers
- S-1165 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B15 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B15MC-N6A-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B18MC-N6D-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B25MC-N6K-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B27MC-N6M-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B29MC-N6O-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B30 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B30MC-N6P-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B33MC-N6S-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B50 () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S-1165B50MC-N7J-TF () - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
- S116S01 () - SIP Type SSR for Medium Power Control
- S116S02 () - It(rms)16a, Zero Cross Type Sip 4pin Triac Output Ssr
- S116S02F () - IT(rms)16A, Zero Cross type SIP 4pin Triac output SSR
- S-1170 () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B15 () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B15PD-OTA-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B15UC-OTA-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B16PD-OTB-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B16UC-OTB-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B17PD-OTC-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B17UC-OTC-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B18PD-OTD-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B18UC-OTD-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B19PD-OTE-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B19UC-OTE-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B20PD-OTF-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B20UC-OTF-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B21PD-OTG-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B21UC-OTG-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B22PD-OTH-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B22UC-OTH-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B23PD-OTI-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B23UC-OTI-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B24PD-OTJ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B24UC-OTJ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B25PD-OTK-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B25UC-OTK-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B26PD-OTL-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B26UC-OTL-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B27PD-OTM-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B27UC-OTM-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B28PD-OTN-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B28UC-OTN-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B29PD-OTO-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B29UC-OTO-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B30 () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B30PD-OTP-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B30UC-OTP-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B31PD-OTQ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B31UC-OTQ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B32PD-OTR-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B32UC-OTR-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B33PD-OTS-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B33UC-OTS-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B34PD-OTT-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B34UC-OTT-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B35PD-OTU-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B35UC-OTU-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B36PD-OTV-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B36UC-OTV-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B37PD-OTW-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B37UC-OTW-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B38PD-OTX-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B38UC-OTX-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B39PD-OTY-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B39UC-OTY-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B40PD-OTZ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B40UC-OTZ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B41PD-OUA-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B41UC-OUA-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B42PD-OUB-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B42UC-OUB-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B43PD-OUC-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B43UC-OUC-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B44PD-OUD-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B44UC-OUD-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B45PD-OUE-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B45UC-OUE-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B46PD-OUF-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B46UC-OUF-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B47PD-OUG-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B47UC-OUG-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B48PD-OUH-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B48UC-OUH-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B49PD-OUI-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B49UC-OUI-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B50 () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B50PD-OUJ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B50UC-OUJ-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B51PD-OUK-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B51UC-OUK-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B52PD-OUL-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B52UC-OUL-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B53PD-OUM-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B53UC-OUM-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B54PD-OUN-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B54UC-OUN-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B55PD-OUO-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
- S-1170B55UC-OUO-TF () - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
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- S1210-121K () - Shielded Surface Mount Inductors
- S1210-151K () - Shielded Surface Mount Inductors
- S1210BH () - Silicon Controlled Rectifiers(12a)
- S1210BM () - Silicon Controlled Rectifiers(12a)
- S1210BS () - Silicon Controlled Rectifiers(12a)
- S1210DH () - Silicon controlled rectifiers(12A)
- S1210DM () - Silicon controlled rectifiers(12A)
- S1210DS () - Silicon controlled rectifiers(12A)
- S1210MH () - Silicon controlled rectifiers(12A)
- S1210MH () - The S12xxxH Series of SCRs usesA high performance MESA
- S1210MM () - Silicon controlled rectifiers(12A)
- S1210MS () - Silicon controlled rectifiers(12A)
- S1210NH () - Silicon controlled rectifiers(12A)
- S1210xH () - The S12xxxH Series of SCRs usesA high performance MESA
- S1215 () - Deep channelization SONET/SDH to PDH framer and 1K Channels HDLC/ATM/GFP processor
- S1217MH () - The S12xxxH Series of SCRs usesA high performance MESA
- S1217MH1AA2 () - Surface Mount si Bridge Rectifier
- S1217xH () - The S12xxxH Series of SCRs usesA high performance MESA
- S1221156024 () - Timers
- S1221156115 () - Timers
- S1221156230 () - Timers
- S1221156724 () - Timers
- S1221166024 () - Timers
- S1221166115 () - Timers
- S1221166230 () - Timers
- S1221166724 () - Timers
- S1221166812 () - Multi-function (0.15 s - 220 h)
- S1221166850 () - Multi-function (0.15 s - 220 h)
- S1223 () - For Visible Ir Precision Photometry
- S1223-01 () - For visible IR precision photometry
- S1226 () - Si Photo Diode
- S1226-18BK () - SI PHOTO DIODE
- S1226-18BQ () - SI PHOTO DIODE
- S1226-18BU () -
- S1226-44BK () - SI PHOTO DIODE
- S1226-44BQ () - SI PHOTO DIODE
- S1226-5BK () - SI PHOTO DIODE
- S1226-5BQ () - SI PHOTO DIODE
- S1226-8BK () - SI PHOTO DIODE
- S1226-8BQ () - SI PHOTO DIODE
- S1226 () -
- S1227-1010BQ () -
- S1227-1010BR () -
- S1227-16BQ () -
- S1227-16BR () -
- S1227-33BQ () -
- S1227-33BR () -
- S1227-66BQ () -
- S1227-66BR () -
- S1230AB-70 () - 256k Nonvolatile SRAM
- S1230ABP-70-IND () - 256k Nonvolatile SRAM
- S1231156024 () - Timers
- S1231156115 () - Timers
- S1231156230 () - Timers
- S1231156724 () - Timers
- S1231166024 () - Timers
- S1231166115 () - Timers
- S1231166230 () - Timers
- S1231166724 () - Timers
- S1236 () - TRIANGULAR TYPE
- S1237 () - TRIANGULAR TYPE
- S125 () - Surface Mount Si-bridge Rectifiers
- S125 () - Surface Mount Si-bridge Rectifiers
- S125 () -
- S125S () - Current 0.8 Amperes Voltage 100 To 1000 Volts
- S12ATD10B8CV2 () - MC9S12DT128 Device User Guide V02.09
- S12ATD10B8CV2 () - Mc9s12dt128b
- S12ATD10B8CV2D () - MC9S12DT128 Device User Guide V02.09
- S12ATD10B8CV2D () - MC9S12DT128B
- S12BDLCV1 () - MC9S12DT128 Device User Guide V02.09
- S12BDLCV1 () - MC9S12DT128B
- S12BDLCV1D () - MC9S12DT128 Device User Guide V02.09
- S12BDLCV1D () - MC9S12DT128B
- S12BDMV4 () - MC9S12DT128 Device User Guide V02.09
- S12BDMV4D () - MC9S12DT128 Device User Guide V02.09
- S12B-EH () - Disconnectable Crimp style connectors
- S12BFV1 () - MC9S12DT128 Device User Guide V02.09
- S12BFV1 () - MC9S12DT128B
- S12BFV1D () - MC9S12DT128 Device User Guide V02.09
- S12BFV1D () - MC9S12DT128B
- S12BKPV1 () - MC9S12DT128 Device User Guide V02.09
- S12BKPV1D () - MC9S12DT128 Device User Guide V02.09
- S12CPUV2 () - MC9S12DT128 Device User Guide V02.09
- S12CPUV2D () - MC9S12DT128 Device User Guide V02.09
- S12CRGV3 () - MC9S12DT128B
- S12CRGV3D () - MC9S12DT128B
- S12CRGV4 () - MC9S12DT128 Device User Guide V02.09
- S12CRGV4D () - MC9S12DT128 Device User Guide V02.09
- S12DTB128PIMV2 () - MC9S12DT128 Device User Guide V02.09
- S12DTB128PIMV2D () - MC9S12DT128 Device User Guide V02.09
- S12ECT16B8CV1 () - MC9S12DT128 Device User Guide V02.09
- S12ECT16B8CV1 () - MC9S12DT128B
- S12ECT16B8CV1D () - MC9S12DT128 Device User Guide V02.09
- S12ECT16B8CV1D () - MC9S12DT128B
- S12EETS2KV1 () - MC9S12DT128 Device User Guide V02.09
- S12EETS2KV1 () - MC9S12DT128B
- S12EETS2KV1D () - MC9S12DT128 Device User Guide V02.09
- S12EETS2KV1D () - MC9S12DT128B
- S12FTS128KV1 () - 128k Byte Flash (non-volatile) Memory
- S12FTS128KV1 () - MC9S12DT128B
- S12FTS128KV1D () - MC9S12DT128B
- S12FTS128KV2 () - MC9S12DT128 Device User Guide V02.09
- S12FTS128KV2D () - MC9S12DT128 Device User Guide V02.09
- S12FTS128KVD () - 128k byte Flash (Non-Volatile) Memory
- S12IICV2 () - MC9S12DT128 Device User Guide V02.09
- S12IICV2 () - MC9S12DT128B
- S12IICV2D () - MC9S12DT128 Device User Guide V02.09
- S12IICV2D () - MC9S12DT128B
- S12INTV1 () - MC9S12DT128 Device User Guide V02.09
- S12INTV1D () - MC9S12DT128 Device User Guide V02.09
- S12MD1 () - Photothyristor Coupler
- S12MD1V () - Photothyristor Coupler
- S12MD2 () - High Noise-reductlon,high Denslty Mounting Type Photothyrister Coupler
- S12MD22 () - HIGH NOISE-REDUCTLON,HIGH DENSLTY MOUNTING TYPE PHOTOTHYRISTER COUPLER
- S12MD3 () - Photothyristor Coupler
- S12ME1 () - European Safety Standard Approved, Long Creepage Distance Type Photothyristor Coupler
- S12ME1F () - European Safety Standard Approved, Long Creepage Distance Type Photothyristor Coupler
- S12MEBIV3 () - MC9S12DT128 Device User Guide V02.09
- S12MEBIV3D () - MC9S12DT128 Device User Guide V02.09
- S12MMCV4 () - MC9S12DT128 Device User Guide V02.09
- S12MMCV4D () - MC9S12DT128 Device User Guide V02.09
- S12MSCANV2 () - MC9S12DT128 Device User Guide V02.09
- S12MSCANV2 () - MC9S12DT128B
- S12MSCANV2D () - MC9S12DT128 Device User Guide V02.09
- S12MSCANV2D () - MC9S12DT128B
- S12OSCV2 () - MC9S12DT128 Device User Guide V02.09
- S12OSCV2D () - MC9S12DT128 Device User Guide V02.09
- S12PIMDT128V1 () - MC9S12DT128B
- S12PIMDT128V1D () - MC9S12DT128B
- S12PWM8B8CV1 () - MC9S12DT128 Device User Guide V02.09
- S12PWM8B8CV1 () - MC9S12DT128B
- S12PWM8B8CV1D () - MC9S12DT128 Device User Guide V02.09
- S12PWM8B8CV1D () - MC9S12DT128B
- S12R15 () - 1 and 2 WATT DC/DC CONVERTERS
- S12SCIV2 () - MC9S12DT128 Device User Guide V02.09
- S12SCIV2 () - MC9S12DT128B
- S12SCIV2D () - MC9S12DT128 Device User Guide V02.09
- S12SCIV2D () - MC9S12DT128B
- S12SPIV2 () - MC9S12DT128 Device User Guide V02.09
- S12SPIV2 () - MC9S12DT128B
- S12SPIV2D () - MC9S12DT128 Device User Guide V02.09
- S12SPIV2D () - MC9S12DT128B
- S12TIM16B4CV1 () - Four Input Capture/output Compare Channels
- S12TIM16B4CVD () - Four input capture/output compare channels
- S12VREGV1 () - MC9S12DT128 Device User Guide V02.09
- S12VREGV1 () - MC9S12DT128B
- S12VREGV1D () - MC9S12DT128 Device User Guide V02.09
- S12VREGV1D () - MC9S12DT128B
- S12XXXH () - The S12xxxH Series of SCRs usesA high performance MESA
- S13 () - Metal Package Surface Mount Crystals
- S1300 () - POSITION SENSITIVE DETECTOR
- S-1312-CE () - 1300 Series Rectangular Connectors
- S-1312-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1312-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1312-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1312W-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1312W-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1312W-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1312W-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1316-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1316-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1316-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1316-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1316W-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1316W-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1316W-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1316W-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1320-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1320-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1320-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1320-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1320W-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1320W-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1320W-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1320W-SB () - 1300 Series RECTANGULAR CONNECTORS
- S1321166024 () - Multi-function (0.01 s - 999 h)
- S1321166115 () - Multi-function (0.01 s - 999 h)
- S1321166230 () - Multi-function (0.01 s - 999 h)
- S1321166724 () - Multi-function (0.01 s - 999 h)
- S-1323 () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B15 () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B15NB-N8A-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B18NB-N8D-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B25NB-N8K-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B26NB-N8L-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B27NB-N8M-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B28NB-N8N-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B29NB-N8O-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B30 () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B30NB-N8P-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B31NB-N8Q-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B33NB-N8S-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B50 () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1323B50NB-N9J-TF () - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
- S-1324-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1324-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1324-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1324-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1324W-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1324W-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1324W-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1324W-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1328-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1328-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1328-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1328-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1328W-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1328W-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1328W-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1328W-SB () - 1300 Series RECTANGULAR CONNECTORS
- S1331156024 () - Multi-function (0.01 s - 99 h)
- S1331156115 () - Multi-function (0.01 s - 99 h)
- S1331156230 () - Multi-function (0.01 s - 99 h)
- S1331156724 () - Multi-function (0.01 s - 99 h)
- S1331156812 () - Multi-function (0.01 s - 99 h)
- S1331156850 () - Multi-function (0.01 s - 99 h)
- S-1334-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1334-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1334-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1334-SB () - 1300 Series RECTANGULAR CONNECTORS
- S-1334W-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1334W-CT () - 1300 Series RECTANGULAR CONNECTORS
- S-1334W-H () - 1300 Series RECTANGULAR CONNECTORS
- S-1334W-SB () - 1300 Series RECTANGULAR CONNECTORS
- S1336-18BK () -
- S1336-18BQ () -
- S1336-18BU () -
- S1336-44BK () -
- S1336-44BQ () -
- S1336-5BK () -
- S1336-5BQ () -
- S1336-8BK () -
- S1336-8BQ () -
- S1337-1010BQ () -
- S1337-1010BR () -
- S1337-16BQ () -
- S1337-16BR () -
- S1337-33BQ () -
- S1337-33BR () -
- S1337-66BQ () -
- S1337-66BR () -
- S1337 () -
- S-1340AF () - Cmos 4-bit 1-chip Microcomputer
- S1341156024 () - Multi-function (0.1 s - 100 h)
- S1341156115 () - Multi-function (0.1 s - 100 h)
- S1341156230 () - Multi-function (0.1 s - 100 h)
- S1341156724 () - Multi-function (0.1 s - 100 h)
- S-1341AF () - Cmos 4-bit 1-chip Microcomputer
- S1342156024 () - Multi-function (0.1 s - 100 h)
- S1342156115 () - Multi-function (0.1 s - 100 h)
- S1342156230 () - Multi-function (0.1 s - 100 h)
- S1342156724 () - Multi-function (0.1 s - 100 h)
- S-1342AF () - Cmos 4-bit 1-chip Microcomputer
- S-1343AF () - Cmos 4-bit 1-chip Microcomputer
- S-1345-CE () - 1300 Series RECTANGULAR CONNECTORS
- S-1345-CT () - 1300 Series RECTANGULAR CONNECTORS
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