BSM20GP60

IGBT module, 20A, 600V, 8mΩ, 270ns, 0.9mWs, BSM20GP60, Infineon

Rated 5 Rating 5 | reviews | Write a review

Price:: US $37.00~40.50 / piece [Get Latest Price]

Reference price:

Qty (lots)	Price/lot
	US $37.00~40.50

PartNumber:: BSM20GP60

Brand:: Infineon Technologies AG - Infineon | Pack: DIP | D/C: 09+

Availability:: Supply Ability: 10000/Week Can Ship Immediately
Delivery: 10-15 Business Days (ships out within 3 Business days)

Quantity:: piece

Total Price:: US $0

Place Order via Escrow Service

Sold By

Ms. Winnie's store

(China (Mainland))

add to my favourite

100% Positive feedback

Detailed seller ratings

Visit Store

Contact Now

Esrcow Service

Place orders confidently and securely via it

Safe payments
Quick and easy transactions
Free service charges

Learn More >>

Previous Next

Products Upload time: 2012-01-16

From Other Seller

Part Number:BSM20GP60
US $37.00 - 40.50
AT45DB161B-TI

US $0.90 - 2.00 / Piece
(0) Remove
IRFK2D450

US $20.00 - 25.00 / Piece
(0) Remove
Quantity:

piece

Product Summary

The BSM20GP60 is an IGBT module.

Parametrics

BSM20GP60 absolute maximum ratings: (1)repetitive peak reverse voltage:1600V; (2)RMS forward current per chip:40A; (3)DC forward current:20A; (4)surge forward current:230A; (5)I2t - value:260A2S; (6)collector-emitter voltage:600V; (7)DC-collector current: 35A; (8)repetitive peak collector current:40A; (9)total power dissipation:130W; (10)gate-emitter peak voltage:±20V.

Features

BSM20GP60 features: (1)forward voltage:1V to 1.05V; (2)threshold voltage:0.8V; (3)slope resistance:10.5mΩ; (4)reverse current:2mA; (5)lead resistance, terminals-chip:8mΩ; (6)collector-emitter saturation voltage:2.2V; (7)gate threshold voltage:4.5V to 6.5V; (8)input capacitance:1.1nF; (9)collector-emitter cut-off current:1.0mA; (10)gate-emitter leakage current:300nA; (11)turn on delay time (inductive load):50ns; (12)rise time (inductive load):50ns; (13)turn off delay time (inductive load):270ns; (14)fall time (inductive load):40ns; (15)turn-on energy loss per pulse:0.9mWs; (16)turn-off energy loss per pulse:0.7mWs.