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Introducing the OMRON G9KB high-capacity power relay with bidirectional switching capability, samples available from Anglia.
The G9KB high-capacity power relay from OMRON is rated 600VDC at 50A and is capable of bi-directional switching allowing it to replace several conventional relays.

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Anglia delivers by

FedEx
Recognised as the UK’s number one for reliability, flexibility and customer service.

ST introduces new VIPower automotive high-side switches for truck, agricultural vehicle and boat applications.

Theses intelligent power switches integrate detailed diagnosis and advanced protections. To meet high automotive standards and thermal stress (fast thermal transients), ST 24V M0-A5 devices embed an internal control, called Power Limitation, that reduces silicon degradation by turning off the internal vertical power MOSFET when the junction temperature increases suddenly.

 

Key characteristics

One or two channels
Analog or digital output statuses available
Supply voltage operating range: 8 V to 36 V
ILOADMAX: 16 A to 90 A
Clamping voltage: >58 V
Short circuit ruggedness up to 32V with 40mH stray inductance

Diagnosis
Proportional load current sense
Open load detection
Output short to VCC detection
Overload and short to ground latch-off
Thermal shutdown
Fault reset

Protections
Load current limitation
Undervoltage shut-down
Overvoltage clamp
Reverse battery protection
Thermal shutdown latch-off
Loss of ground and loss of VCC

 

Product portfolio

Product name

Load

ILIMMAX

RON(max)

Package

VND5T100A*

1x 21W

16A

2x 100mΩ

PSSO-12 / SO-16

VND5T050A*

2x 21W

24A

2x 50mΩ

PSSO-24 / SO-16L

VND5T035A*

3x 21/55W

30A

2x 35mΩ

PSSO-24 / SO-16L

VND5T016ASP

1x 75W

43A

2x 16mΩ

PSO-16

VN5T016AH

4x 21W

48A

1x 16mΩ

HPAK

VN5T006ASP

> 150W

90A

1x 6mΩ

PSO-10

 

Click here to go to STMicroelectronics website for more information on Automotive High Side Switches

 

For more information, or details on the full range of STMicroelectronics products available from Anglia, please email info@anglia.com

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This news article was originally published in July 2012.

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19/10/17