| PART |
Description |
Maker |
| 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.
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Pan Jit International I...
PANJIT[Pan Jit International Inc.]
PanJit International Inc.
PanJit International, Inc.
|
| 30KW258A 30KW168 30KW168A 30KW216 30KW240 30KW240A |
258.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
168.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
216.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
240.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
120.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
198.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
270.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
156.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
132.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
144.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
288.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
102.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
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MDE Semiconductor
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| 1N4007G 1N4001G 1N4002G 1N4003G 1N4004G 1N4005G 1N |
(1N4001G - 1N4007G) GLASS PASSIVATED JUNCTION PLASTIC RECTIFIER
GLASS PASSIVATED JUNCTION PLASTIC RECTIFIER 1 A, 800 V, SILICON, SIGNAL DIODE, DO-41
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http://
RECTRON[Rectron Semiconductor]
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| FR155G FR157G FR151G FR152G FR153G FR154G FR156G F |
1000 V, 1.5 A, glass passivated junction fast recovery rectifier
GLASS PASSIVATED JUNCTION FAST RECOVERY RECTIFIERS
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EIC[EIC discrete Semiconductors]
Electronics Industry Public Company Limited
|
| 1N4007G |
GLASS PASSIVATED JUNCTION PLASTIC RECTIFIER, Reverse Voltage - 50 to 1300 Volts, Forward Current - 1.0Amperes
TECHNICAL SPECIFICATIONS OF GLASS PASSIVATED RECTIFIER
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Chenyi Electronics
http://
|
| C4SMAFL60A C4SMAFL9.0A C4SMAFL90A C4SMAFL18A C4SMA |
SURFACE MOUNT SILICON UNI-DIRECTIONAL GLASS PASSIVATED JUNCTION TRANSIENT VOLTAGE SUPPRESSORS 400 WATTS, 8.5 THRU 170 VOLTS
GLASS PASSIVATED JUNCTION TRANSIENT VOLTAGE SUPPRESSORS
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Central Semiconductor Corp
Central Semiconductor C...
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| 5KP5.0 5KP14C 5KP48 5KP70 5KP120A 5KP90CA 5KP 5KP1 |
Optocoupler; Isolation Voltage:5300Vrms; Optocoupler Output Type:Transistor; Package/Case:6-DIP; Leaded Process Compatible:Yes; Mounting Type:Through Hole; Voltage Rating:1.25V RoHS Compliant: Yes
GLASS PASSIVATED JUNCTION TRANSIENTVOLTAGE SUPPRESSOR 玻璃钝化结TRANSIENTVOLTAGE抑制
GLASS PASSIVATED JUNCTION TRANSIENTVOLTAGE SUPPRESSOR 玻璃钝化TRANSIENTVOLTAGE抑制
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http://
TRSYS
FORMOSA[Formosa MS]
美丽微半导体有限公司
Formosa Microsemi Co., Ltd.
|
| DO-41 |
Glass Passivated Junction
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Shenzhen Luguang Electronic Technology Co., Ltd
|
| GN1D GN1A05 |
GLASS PASSIVATED JUNCTION
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EIC discrete Semiconductors
|
| FE3A |
GLASS PASSIVATED JUNCTION
|
EIC discrete Semiconductors
|
| FR301G05 FR306G |
GLASS PASSIVATED JUNCTION
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EIC discrete Semiconductors
EIC discrete Semiconduc...
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