Infineon IRS2005STRPBF, Gate Driver, 600 mA 8-Pin 20V, SOIC

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小計(1 卷,共 2500 件)*

TWD42,250.00

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TWD44,350.00

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2500 - 2500TWD16.90TWD42,250.00
5000 +TWD16.40TWD41,000.00

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RS庫存編號:
258-4000
製造零件編號:
IRS2005STRPBF
製造商:
Infineon
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品牌

Infineon

Product Type

Gate Driver IC

Output Current

600mA

Pin Count

8

Package Type

SOIC

Fall Time

30ns

Driver Type

Gate Driver

Rise Time

170ns

Minimum Supply Voltage

10V

Maximum Supply Voltage

20V

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

125°C

Series

IRS

Standards/Approvals

RoHS Compliant

Automotive Standard

No

Infineon IRS Series Gate Driver IC, 0.60A Output Current, SOIC Package - IRS2005STRPBF


This gate driver IC provides gate drive for power MOSFETs and similar switching devices within a low-voltage supply environment. It operates from a 10V to 20V supply and is intended for industrial applications requiring a Compact 8-pin SOIC package and extended ambient temperature capability.

Features and Benefits:


• 0.60A output current delivers reliable MOSFET gate switching performance
• 10V minimum supply allows operation from commonly available rails
• 20V maximum supply tolerates higher gate-drive voltages for broader use
• 170ns rise time supports controlled turn-on to reduce overshoot
• 30ns fall time enables fast turn-off for efficient switching

Applications


• Used with power MOSFETs in industrial converters
• Suitable for low-voltage motor drive gate stages
• Ideal for switching stages in power supply modules
• Can be used for gate control in DC-DC conversion

What package and pin count should I expect for PCB layout?


The device is supplied in an 8-pin SOIC which suits standard through-hole land patterns and Compact surface-mount layouts.

What ambient temperatures can it withstand during operation?


It is rated to operate across a range from -40°C up to 125°C to accommodate demanding thermal environments.

How does switching behaviour affect system design?


The specified rise time of 170ns and fall time of 30ns influence gate-charge timing and switching losses, informing snubber and gate-resistor selection.

Is this part suitable for automotive qualification?


It is not specified as an automotive-grade component and should be evaluated accordingly for vehicle applications.

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