P4KE180A_B0_00001

Slike so samo za referenco

Številka dela: P4KE180A_B0_00001

Proizvajalec: PANJIT

Kategorije: ESD Suppressors / TVS Diodes

RoHS

Podatkovni list: P4KE180A_B0_00001

Opis: ESD Suppressors / TVS Diodes PEC/P4KE180A/BP//HF/1K/DO-41/TVS/AXIAL/TVS-04H/TVS04-QI13/PJ///

Citat PCB Pridobite ceno zdaj!

Specifikacije

Proizvajalec: PANJIT

Kategorije: ESD Suppressors / TVS Diodes

Breakdown Voltage: 171 V

Clamping Voltage: 246 V

Ipp - Peak Pulse Current: 1.7 A

Maximum Operating Temperature: + 175 C

Minimum Operating Temperature: - 65 C

Number of Channels: 1 Channel

Package / Case: DO-41-2

Packaging: Bulk

Polarity: Unidirectional

Pppm - Peak Pulse Power Dissipation: 400 W

Product Type: TVS Diodes

Termination Style: Axial

Vesd - Voltage ESD Air Gap: 30 kV

Vesd - Voltage ESD Contact: 30 kV

Working Voltage: 154 V

Kategorija pordukta

Circuit Protection 162,445 Izdelki Connectors 2,428,639 Izdelki Electromechanical 556,105 Izdelki Embedded Solutions 41,129 Izdelki Enclosures 20,894 Izdelki Engineering Development Tools 42,996 Izdelki Industrial Automation 558,346 Izdelki LED Lighting 77,795 Izdelki Optoelectronics 109,177 Izdelki Passive Components 2,996,719 Izdelki Power 323,117 Izdelki Semiconductors 567,247 Izdelki Sensors 70,154 Izdelki Test & Measurement 23,394 Izdelki

Najnovejše ocene

Napišite svoj lastni odgovor

Article fits the description on the website and it is good quality. Free in 5 days in France well protected in a bubble envelope. Each value is row in a small bag zip. Trés satisfied with my purchase, I recommend this article and this supplier.

Kai Hallaren

Thank You all fine, packed very well

Ulrich Bundke

Decent quality, not минвелл certainly, but enough decent

TEIXEIRA

fast delivery

Mike Ibarra

Great product. Arrived ahead of time. Thank you

Alexey Petrov

Več

Morda vam bo všeč

Littelfuse

Littelfuse

Taiwan Semiconductor

Taiwan Semiconductor

Osebe, ki so si ogledale P4KE180A_B0_00001, so nato kupile

Littelfuse

Littelfuse

Taiwan Semiconductor

Taiwan Semiconductor