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 Usha India Ltd. datasheets

Компоненты: 284, страницы: 3 (0.28 сек.)  
Usha India Ltd.
Usha India Ltd.
www.ushasemi.com
  1. 2N3773AR - ic (mA) = 16, VCBO(V) = 160, VCEO(V) = 140
  2. 2N5294 - Chip Transistor
  3. 2N6520 - High Voltage Transistor
  4. 2SA539 - ic (mA) = 200, VCBO(V) = 60, VCEO(V) = 45
  5. 2SA542 - ic (mA) = 50, VCBO(V) = 30, VCEO(V) = 25
  6. 2SA642 - Low Frequency Power Amplifier
  7. 2SA643 - Transistors Low Frequency Power Amplifier
  8. 2SA708 - Low Frequency Amplifier Medium Speed Switching
  9. 2SA709 - High Voltage Amplifier
  10. 2SA9012 - 1w Output Amplifier Of Potable Radios In Class B Push Pull Operation
  11. 2SA9015 - Low Frequency Low Noise Amplifier
  12. 2SB1116A - Audio Frequency Power Amplifier Medium Speed Switching
  13. 2SB564A - ic (mA) = 1000, VCBO(V) = 30, VCEO(V) = 25
  14. 2SC1187 - Tv 1st 2nd Picture If Amplifier
  15. 2SC1222 - Transistors Low Frequency Low Noise Amplifier
  16. 2SC1393 - Transistors Tv Vhf Tuner Rf Amplifier(forward Agc)
  17. 2SC1394 - Tv Vhf Tuner Mixer
  18. 2SC184 - Transistors Am Frequency Converter If Amplifier
  19. 2SC388 - Tv Final Picture If Amplifier Applications
  20. 2SC9011 - ic (mA) = 30, VCBO(V) = 50, VCEO(V) = 30
  21. 2SD5041 - Af Output Amplifier For Electronic Flash Unit
  22. BC549 - Switching and Af Amplifier
  23. BC640 - Transistors Switching and Amplifier Applications
  24. BF495C - ic (mA) = 30, VCBO(V) = 30, VCEO(V) = 20
  25. BF495D - ic (mA) = 30, VCBO(V) = 30, VCEO(V) = 20
  26. C67078-A4200A2 - 53mm, 2200V, 1300A
  27. C8050 - ic (mA) = 1500, VCBO(V) = 40, VCEO(V) = 25
  28. D100 - VRRM (V) = 200-1600 ; IF(AV) (A) = 100 ; At TC (oC) = 125 ; Irms (A) = 157 ; Ifsm at TVJ (KA) = 1.750 ; I2t (A2S)X103 = 15.00 ; Case = W
  29. D100/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 100 ; At TC (oC) = 125 ; Irms (A) = 157 ; Ifsm at TVJ (KA) = 1.750 ; I2t (A2S)X103 = 15.00 ; Case = W
  30. D100/06 - VRRM (V) = 200-1600 ; IF(AV) (A) = 100 ; At TC (oC) = 125 ; Irms (A) = 157 ; Ifsm at TVJ (KA) = 1.750 ; I2t (A2S)X103 = 15.00 ; Case = W
  31. D100/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 100 ; At TC (oC) = 125 ; Irms (A) = 157 ; Ifsm at TVJ (KA) = 1.750 ; I2t (A2S)X103 = 15.00 ; Case = W
  32. D100/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 100 ; At TC (oC) = 125 ; Irms (A) = 157 ; Ifsm at TVJ (KA) = 1.750 ; I2t (A2S)X103 = 15.00 ; Case = W
  33. D100/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 100 ; At TC (oC) = 125 ; Irms (A) = 157 ; Ifsm at TVJ (KA) = 1.750 ; I2t (A2S)X103 = 15.00 ; Case = W
  34. D12/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 12 ; At TC (oC) = 130 ; Irms (A) = 19 ; Ifsm at TVJ (KA) = 0.230 ; I2t (A2S)X103 = 0.29 ; Case = C
  35. D12/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 12 ; At TC (oC) = 130 ; Irms (A) = 19 ; Ifsm at TVJ (KA) = 0.230 ; I2t (A2S)X103 = 0.29 ; Case = C
  36. D130/02 - VRRM (V) = 200-1600 ; IF(AV) (A) = 130 ; At TC (oC) = 125 ; Irms (A) = 205 ; Ifsm at TVJ (KA) = 2.000 ; I2t (A2S)X103 = 20.00 ; Case = W
  37. D130/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 130 ; At TC (oC) = 125 ; Irms (A) = 205 ; Ifsm at TVJ (KA) = 2.000 ; I2t (A2S)X103 = 20.00 ; Case = W
  38. D130/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 130 ; At TC (oC) = 125 ; Irms (A) = 205 ; Ifsm at TVJ (KA) = 2.000 ; I2t (A2S)X103 = 20.00 ; Case = W
  39. D130/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 130 ; At TC (oC) = 125 ; Irms (A) = 205 ; Ifsm at TVJ (KA) = 2.000 ; I2t (A2S)X103 = 20.00 ; Case = W
  40. D130/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 130 ; At TC (oC) = 125 ; Irms (A) = 205 ; Ifsm at TVJ (KA) = 2.000 ; I2t (A2S)X103 = 20.00 ; Case = W
  41. D150 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  42. D150/02 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  43. D150/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  44. D150/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  45. D150/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  46. D150/14 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  47. D150/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  48. D16/02 - VRRM (V) = 200-1600 ; IF(AV) (A) = 16 ; At TC (oC) = 130 ; Irms (A) = 25 ; Ifsm at TVJ (KA) = 0.280 ; I2t (A2S)X103 = 0.39 ; Case = C
  49. D16/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 16 ; At TC (oC) = 130 ; Irms (A) = 25 ; Ifsm at TVJ (KA) = 0.280 ; I2t (A2S)X103 = 0.39 ; Case = C
  50. D16/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 16 ; At TC (oC) = 130 ; Irms (A) = 25 ; Ifsm at TVJ (KA) = 0.280 ; I2t (A2S)X103 = 0.39 ; Case = C
  51. D16/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 16 ; At TC (oC) = 130 ; Irms (A) = 25 ; Ifsm at TVJ (KA) = 0.280 ; I2t (A2S)X103 = 0.39 ; Case = C
  52. D170/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 170 ; At TC (oC) = 100 ; Irms (A) = 270 ; Ifsm at TVJ (KA) = 4.000 ; I2t (A2S)X103 = 80.00 ; Case = W
  53. D170/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 170 ; At TC (oC) = 100 ; Irms (A) = 270 ; Ifsm at TVJ (KA) = 4.000 ; I2t (A2S)X103 = 80.00 ; Case = W
  54. D170/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 170 ; At TC (oC) = 100 ; Irms (A) = 270 ; Ifsm at TVJ (KA) = 4.000 ; I2t (A2S)X103 = 80.00 ; Case = W
  55. D170/14 - VRRM (V) = 200-1600 ; IF(AV) (A) = 170 ; At TC (oC) = 100 ; Irms (A) = 270 ; Ifsm at TVJ (KA) = 4.000 ; I2t (A2S)X103 = 80.00 ; Case = W
  56. D170/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 170 ; At TC (oC) = 100 ; Irms (A) = 270 ; Ifsm at TVJ (KA) = 4.000 ; I2t (A2S)X103 = 80.00 ; Case = W
  57. D240/02 - VRRM (V) = 400-1600 ; IF(AV) (A) = 240 ; At Tc(oC) = 125 ; Irms (A) = 380 ; Ifsm at TVJ (KA) = 5.000 ; I2t (A2S)X103 = 125.00 ; Case = B
  58. D240/04 - VRRM (V) = 400-1600 ; IF(AV) (A) = 240 ; At Tc(oC) = 125 ; Irms (A) = 380 ; Ifsm at TVJ (KA) = 5.000 ; I2t (A2S)X103 = 125.00 ; Case = B
  59. D240/08 - VRRM (V) = 400-1600 ; IF(AV) (A) = 240 ; At Tc(oC) = 125 ; Irms (A) = 380 ; Ifsm at TVJ (KA) = 5.000 ; I2t (A2S)X103 = 125.00 ; Case = B
  60. D240/12 - VRRM (V) = 400-1600 ; IF(AV) (A) = 240 ; At Tc(oC) = 125 ; Irms (A) = 380 ; Ifsm at TVJ (KA) = 5.000 ; I2t (A2S)X103 = 125.00 ; Case = B
  61. D240/16 - VRRM (V) = 400-1600 ; IF(AV) (A) = 240 ; At Tc(oC) = 125 ; Irms (A) = 380 ; Ifsm at TVJ (KA) = 5.000 ; I2t (A2S)X103 = 125.00 ; Case = B
  62. D2450-MS2 - Random0.04-75 Amps RMS24-280 Volts RMS3-32 Control - Volts DC
  63. D2475-MS1 - Random0.04-90 Amps RMS24-280 Volts RMS3-32 Control - Volts DC
  64. D2490PG - N/A0.02-7 Amps DC0-200 Volts DC3.5-32 Control - Volts DC
  65. D25/02 - VRRM (V) = 200-1600 ; IF(AV) (A) = 25 ; At TC (oC) = 120 ; Irms (A) = 40 ; Ifsm at TVJ (KA) = 0.375 ; I2t (A2S)X103 = 0.70 ; Case = a
  66. D25/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 25 ; At TC (oC) = 120 ; Irms (A) = 40 ; Ifsm at TVJ (KA) = 0.375 ; I2t (A2S)X103 = 0.70 ; Case = a
  67. D25/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 25 ; At TC (oC) = 120 ; Irms (A) = 40 ; Ifsm at TVJ (KA) = 0.375 ; I2t (A2S)X103 = 0.70 ; Case = a
  68. D25/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 25 ; At TC (oC) = 120 ; Irms (A) = 40 ; Ifsm at TVJ (KA) = 0.375 ; I2t (A2S)X103 = 0.70 ; Case = a
  69. D25/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 25 ; At TC (oC) = 120 ; Irms (A) = 40 ; Ifsm at TVJ (KA) = 0.375 ; I2t (A2S)X103 = 0.70 ; Case = a
  70. D320 - VRRM (V) = 400-1600 ; IF(AV) (A) = 320 ; At Tc(oC) = 125 ; Irms (A) = 500 ; Ifsm at TVJ (KA) = 7.000 ; I2t (A2S)X103 = 245.00 ; Case = S
  71. D320/04 - VRRM (V) = 400-1600 ; IF(AV) (A) = 320 ; At Tc(oC) = 125 ; Irms (A) = 500 ; Ifsm at TVJ (KA) = 7.000 ; I2t (A2S)X103 = 245.00 ; Case = S
  72. D320/08 - VRRM (V) = 400-1600 ; IF(AV) (A) = 320 ; At Tc(oC) = 125 ; Irms (A) = 500 ; Ifsm at TVJ (KA) = 7.000 ; I2t (A2S)X103 = 245.00 ; Case = S
  73. D320/12 - VRRM (V) = 400-1600 ; IF(AV) (A) = 320 ; At Tc(oC) = 125 ; Irms (A) = 500 ; Ifsm at TVJ (KA) = 7.000 ; I2t (A2S)X103 = 245.00 ; Case = S
  74. D320/16 - VRRM (V) = 400-1600 ; IF(AV) (A) = 320 ; At Tc(oC) = 125 ; Irms (A) = 500 ; Ifsm at TVJ (KA) = 7.000 ; I2t (A2S)X103 = 245.00 ; Case = S
  75. D40/02 - VRRM (V) = 200-1600 ; IF(AV) (A) = 40 ; At TC (oC) = 125 ; Irms (A) = 62 ; Ifsm at TVJ (KA) = 0.500 ; I2t (A2S)X103 = 1.25 ; Case = a
  76. D40/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 40 ; At TC (oC) = 125 ; Irms (A) = 62 ; Ifsm at TVJ (KA) = 0.500 ; I2t (A2S)X103 = 1.25 ; Case = a
  77. D40/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 40 ; At TC (oC) = 125 ; Irms (A) = 62 ; Ifsm at TVJ (KA) = 0.500 ; I2t (A2S)X103 = 1.25 ; Case = a
  78. D40/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 40 ; At TC (oC) = 125 ; Irms (A) = 62 ; Ifsm at TVJ (KA) = 0.500 ; I2t (A2S)X103 = 1.25 ; Case = a
  79. D40/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 40 ; At TC (oC) = 125 ; Irms (A) = 62 ; Ifsm at TVJ (KA) = 0.500 ; I2t (A2S)X103 = 1.25 ; Case = a
  80. D6/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 6 ; At TC (oC) = 130 ; Irms (A) = 10 ; Ifsm at TVJ (KA) = 0.160 ; I2t (A2S)X103 = 0.13 ; Case = C
  81. D6/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 6 ; At TC (oC) = 130 ; Irms (A) = 10 ; Ifsm at TVJ (KA) = 0.160 ; I2t (A2S)X103 = 0.13 ; Case = C
  82. D6/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 6 ; At TC (oC) = 130 ; Irms (A) = 10 ; Ifsm at TVJ (KA) = 0.160 ; I2t (A2S)X103 = 0.13 ; Case = C
  83. D6/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 6 ; At TC (oC) = 130 ; Irms (A) = 10 ; Ifsm at TVJ (KA) = 0.160 ; I2t (A2S)X103 = 0.13 ; Case = C
  84. D70/02 - VRRM (V) = 200-1600 ; IF(AV) (A) = 70 ; At TC (oC) = 125 ; Irms (A) = 110 ; Ifsm at TVJ (KA) = 1.000 ; I2t (A2S)X103 = 5.00 ; Case = D
  85. D70/04 - VRRM (V) = 200-1600 ; IF(AV) (A) = 70 ; At TC (oC) = 125 ; Irms (A) = 110 ; Ifsm at TVJ (KA) = 1.000 ; I2t (A2S)X103 = 5.00 ; Case = D
  86. D70/08 - VRRM (V) = 200-1600 ; IF(AV) (A) = 70 ; At TC (oC) = 125 ; Irms (A) = 110 ; Ifsm at TVJ (KA) = 1.000 ; I2t (A2S)X103 = 5.00 ; Case = D
  87. D70/12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 70 ; At TC (oC) = 125 ; Irms (A) = 110 ; Ifsm at TVJ (KA) = 1.000 ; I2t (A2S)X103 = 5.00 ; Case = D
  88. D70/16 - VRRM (V) = 200-1600 ; IF(AV) (A) = 70 ; At TC (oC) = 125 ; Irms (A) = 110 ; Ifsm at TVJ (KA) = 1.000 ; I2t (A2S)X103 = 5.00 ; Case = D
  89. DA12 - VRRM (V) = 200-1600 ; IF(AV) (A) = 12 ; At TC (oC) = 130 ; Irms (A) = 19 ; Ifsm at TVJ (KA) = 0.230 ; I2t (A2S)X103 = 0.29 ; Case = C
  90. DA130 - VRRM (V) = 200-1600 ; IF(AV) (A) = 130 ; At TC (oC) = 125 ; Irms (A) = 205 ; Ifsm at TVJ (KA) = 2.000 ; I2t (A2S)X103 = 20.00 ; Case = W
  91. DA150 - VRRM (V) = 200-1600 ; IF(AV) (A) = 150 ; At TC (oC) = 125 ; Irms (A) = 240 ; Ifsm at TVJ (KA) = 3.600 ; I2t (A2S)X103 = 64.00 ; Case = W
  92. DA170 - VRRM (V) = 200-1600 ; IF(AV) (A) = 170 ; At TC (oC) = 100 ; Irms (A) = 270 ; Ifsm at TVJ (KA) = 4.000 ; I2t (A2S)X103 = 80.00 ; Case = W
  93. DA240 - VRRM (V) = 400-1600 ; IF(AV) (A) = 240 ; At Tc(oC) = 125 ; Irms (A) = 380 ; Ifsm at TVJ (KA) = 5.000 ; I2t (A2S)X103 = 125.00 ; Case = B
  94. DA25 - VRRM (V) = 200-1600 ; IF(AV) (A) = 25 ; At TC (oC) = 120 ; Irms (A) = 40 ; Ifsm at TVJ (KA) = 0.375 ; I2t (A2S)X103 = 0.70 ; Case = a
  95. DA40 - VRRM (V) = 200-1600 ; IF(AV) (A) = 40 ; At TC (oC) = 125 ; Irms (A) = 62 ; Ifsm at TVJ (KA) = 0.500 ; I2t (A2S)X103 = 1.25 ; Case = a
  96. DA6 - VRRM (V) = 200-1600 ; IF(AV) (A) = 6 ; At TC (oC) = 130 ; Irms (A) = 10 ; Ifsm at TVJ (KA) = 0.160 ; I2t (A2S)X103 = 0.13 ; Case = C
  97. DA70 - VRRM (V) = 200-1600 ; IF(AV) (A) = 70 ; At TC (oC) = 125 ; Irms (A) = 110 ; Ifsm at TVJ (KA) = 1.000 ; I2t (A2S)X103 = 5.00 ; Case = D
  98. DCR1003 - Thyristors
  99. DCR1003/06 - VDRM / VRRM (V) = 400-1800 ; IT(AV) (A) = 1511 ; At TC (oC) = 60 ; Itsm (KA) = 21 ; RTH(J-C)Sin180 = 0.026 ; Case = F
  100. DCR1003/08 - VDRM / VRRM (V) = 400-1800 ; IT(AV) (A) = 1511 ; At TC (oC) = 60 ; Itsm (KA) = 21 ; RTH(J-C)Sin180 = 0.026 ; Case = F

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