| PART |
Description |
Maker |
| 20KW256A 20KW160 20KW160A 20KW216 20KW216A 20KW240 |
256.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
160.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
216.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
240.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
120.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
192.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
112.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
300.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
204.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
232.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
280.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
172.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
180.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
144.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
|
MDE Semiconductor
|
| 15KPJ45 15KPJ45A 15KPJ45C 15KPJ45CA 15KPJ58 15KPJ5 |
Glass passivated junction transient voltage suppressor. Vrwm = 210 V. Vbr(min/max) = 231/296.1 V @ It = 1.0 mA. Ir = 5 uA. Vc = 376 V @ Ipp = 40 A.
Glass passivated junction transient voltage suppressor. Vrwm = 190 V. Vbr(min/max) = 209/243.2 V @ It = 1.0 mA. Ir = 5 uA. Vc = 308 V @ Ipp = 49 A.
Glass passivated junction transient voltage suppressor. Vrwm = 220 V. Vbr(min/max) = 242/310.2 V @ It = 1.0 mA. Ir = 5 uA. Vc = 394 V @ Ipp = 38 A.
Glass passivated junction transient voltage suppressor. Vrwm = 110 V. Vbr(min/max) = 122/154.5 V @ It = 5.0 mA. Ir = 10 uA. Vc = 196 V @ Ipp = 77 A.
Glass passivated junction transient voltage suppressor. Vrwm = 160 V. Vbr(min/max) = 178/205.0 V @ It = 5.0 mA. Ir = 10 uA. Vc = 259 V @ Ipp = 58 A.
Glass passivated junction transient voltage suppressor. Vrwm = 160 V. Vbr(min/max) = 178/226.0 V @ It = 5.0 mA. Ir = 10 uA. Vc = 287 V @ Ipp = 52 A.
Glass passivated junction transient voltage suppressor. Vrwm = 130 V. Vbr(min/max) = 144/182.5 V @ It = 5.0 mA. Ir = 10 uA. Vc = 231 V @ Ipp = 65 A.
Glass passivated junction transient voltage suppressor. Vrwm = 120 V. Vbr(min/max) = 133/169.0 V @ It = 5.0 mA. Ir = 10 uA. Vc = 214 V @ Ipp = 70 A.
GLASS PASSIVATED JUNCTION TRANSIENT (VOLTAGE SUPPRESSOR VOLTAGE- 17 to 220 Volts 15000 Watt Peak Pulse Power) 玻璃钝化结瞬态（电压抑制电压20伏特175000脉冲峰值功率）
GLASS PASSIVATED JUNCTION TRANSIENT (VOLTAGE SUPPRESSOR VOLTAGE- 17 to 220 Volts 15000 Watt Peak Pulse Power) 玻璃钝化结瞬态（电压抑制电压20伏特75000脉冲峰值功率）
GLASS PASSIVATED JUNCTION TRANSIENT (VOLTAGE SUPPRESSOR VOLTAGE- 17 to 220 Volts 15000 Watt Peak Pulse Power) 玻璃钝化结瞬态（电压抑制电压220伏特75000脉冲峰值功率）
Glass passivated junction transient voltage suppressor. Vrwm = 120 V. Vbr(min/max) = 133/153.0 V @ It = 5.0 mA. Ir = 10 uA. Vc = 193 V @ Ipp = 78 A.
Glass passivated junction transient voltage suppressor. Vrwm = 130 V. Vbr(min/max) = 144/165.5 V @ It = 5.0 mA. Ir = 10 uA. Vc = 209 V @ Ipp = 72 A.
Glass passivated junction transient voltage suppressor. Vrwm = 170 V. Vbr(min/max) = 189/217.5 V @ It = 5.0 mA. Ir = 10 uA. Vc = 275 V @ Ipp = 55 A.
Glass passivated junction transient voltage suppressor. Vrwm = 110 V. Vbr(min/max) = 122/140.5 V @ It = 5.0 mA. Ir = 10 uA. Vc = 177 V @ Ipp = 85 A.
Glass passivated junction transient voltage suppressor. Vrwm = 170 V. Vbr(min/max) = 189/239.5 V @ It = 5.0 mA. Ir = 10 uA. Vc = 304 V @ Ipp = 49 A.
Glass passivated junction transient voltage suppressor. Vrwm = 190 V. Vbr(min/max) = 209/267.4 V @ It = 1.0 mA. Ir = 5 uA. Vc = 340 V @ Ipp = 44 A.
Glass passivated junction transient voltage suppressor. Vrwm = 210 V. Vbr(min/max) = 231/296.1 V @ It = 1.0 mA. Ir = 5 uA. Vc = 340 V @ Ipp = 44 A.
|
Pan Jit International I...
PANJIT[Pan Jit International Inc.]
PanJit International Inc.
PanJit International, Inc.
|
| 1N3957GP 1N3611GP 1N3612GP 1N3613GP 1N3614GP |
GLASS PASSIVATED JUNCTION RECTIFIER 玻璃钝化整流
Glass Passivated Junction Rectifier(钝化玻璃结型整流
|
GE Security, Inc.
GE[General Semiconductor]
|
| FR301G FR307G FR302G FR303G FR304G FR305G FR306G F |
GLASS PASSIVATED JUNCTION FAST RECOVERY RECTIFIERS
1000 V, 3 A, glass passivated junction fast recovery rectifier
|
EIC discrete Semiconduc...
Electronics Industry Public Company Limited
EIC[EIC discrete Semiconductors]
|
| 1N5614GP 1N5616GP 1N5618GP 1N5620GP 1N5622GP |
Glass Passivated Medium-Switching Junction Rectifiers, Forward Current 1.0A, Reverse Voltage 200V
Glass Passivated Medium-Switching Junction Rectifiers, Forward Current 1.0A, Reverse Voltage 400V
Glass Passivated Medium-Switching Junction Rectifiers, Forward Current 1.0A, Reverse Voltage 600V
Glass Passivated Medium-Switching Junction Rectifiers, Forward Current 1.0A, Reverse Voltage 800V
Glass Passivated Medium-Switching Junction Rectifiers, Forward Current 1.0A, Reverse Voltage 1000V
|
Vishay
|
| GL34M GL34A GL34B GL34D GL34G GL34J GL34K |
From old datasheet system
MINI-MELF glass passivated junction Diodes - Silicon passivated type
|
FORMOSA[Formosa MS]
|
| AGP15-600 AGP15-800 AGP15 AGP15-400 AGP15SERIES |
Miniature Glass Passivated Junction, Plastic Controlled Avalanche Rectifiers, Forward Current 1.5A
Miniature Glass Passivated Junction Plastic Controlled Avalanche Rectifiers 微型玻璃钝化结塑料可控雪崩整流器
|
VISAY[Vishay Siliconix]
Vishay Intertechnology,Inc.
Vishay Intertechnology, Inc.
|
| 1N5624GP 1N5625GP 1N5626GP |
Glass Passivated Junction Rectifiers, Forward Current 3.0A, Rev. Voltage 400V
Glass Passivated Junction Rectifiers, Forward Current 3.0A, Rev. Voltage 600V
|
Vishay
|
| T10B T10B035 T10B065 T10B120 T10B140 T10B200 T10B2 |
Glass passivated junction
|
LITTELFUSE[Littelfuse]
|
| FR301G05 FR306G |
GLASS PASSIVATED JUNCTION
|
EIC discrete Semiconductors
EIC discrete Semiconduc...
|
