Infineon,Class-D500W, 16-Pin PG-DSO IRS2092STRPBF

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£13.44

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£16.13

(inc. VAT)

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Packaging Options:
RS Stock No.:
171-1980P
Mfr. Part No.:
IRS2092STRPBF
Brand:
Infineon
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Brand

Infineon

Amplifier Type

Class-D

Application

Home Sound System, Speaker, Television

Maximum Power

500W

Amplifier Class

Class D

Mounting Type

Surface Mount

Typical Single Supply Voltage

18 V

Power Supply Type

Analogue

Package Type

PG-DSO

Pin Count

16

Minimum Operating Temperature

-40 °C

Maximum Operating Temperature

+125 °C

Dimensions

9.98 x 4 x 1.75mm

Infineon Audio Amplifier IC, 500W Maximum Power, Class D Amplifier Type - IRS2092STRPBF


This audio amplifier IC is designed for high-performance applications in home sound systems, televisions, and powered speaker systems. The compact surface mount PG-DSO package measures 9.98 x 4 x 1.75 mm, making it suitable for integration into various electronic designs.

Features & Benefits


• Integrated Class D audio amplifier driver simplifies design
• Programmemable over-current protection enhances safety
• High output power capacity supports up to 500W
• Wide operational frequency of up to 800kHz enables quality sound
• Floating input design facilitates easy half-bridge setup
• Low total harmonic distortion improves audio clarity

Applications


• Suitable for home theatre systems and mini component stereos
• Ideal for powered speaker systems and general audio amplifiers
• Used in high-power audio requiring robust performance

What voltage supply range is ideal for operation?


The optimal voltage supply range is between 18V for typical operational settings, allowing efficient performance across various applications.

How does the programmable dead-time feature impact audio performance?


The selectable dead-time feature minimises click noise during start and stop sequences, enhancing overall sound quality in audio applications.

What pin configuration is necessary for proper integration?


With a 16-pin configuration, connections include floating input supplies, outputs for high and low sides, and over-current sensing, providing a versatile interface for developers.

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