MAX392ESE+ - Maxim

Manufacturer Part Number

MAX392ESE+

Manufacturer

analog-devices

Introduction

The MAX392ESE+ is a high-performance, quad analog switch with low on-resistance and low charge injection. It features a wide supply voltage range, fast switching speed, and excellent isolation between channels. This device is well-suited for a variety of analog signal routing applications.

Product Features and Performance

4 independent SPST switches

Low on-resistance of 35Ω maximum

Channel-to-channel matching of 300mΩ

Wide supply voltage range of 3V to 15V (single supply) or ±3V to ±8V (dual supply)

Fast switching speed with a maximum turn-on/turn-off time of 130ns/75ns

High bandwidth of up to -3dB at unspecified frequency

Low charge injection of 2pC

Low channel-to-channel capacitance of 9pF

Extremely low leakage current of 100pA maximum

Excellent crosstalk isolation of -85dB at 1MHz

Wide operating temperature range of -40°C to +85°C

Product Advantages

Excellent performance and energy efficiency

Compact surface-mount package

Suitable for a wide range of analog signal routing applications

Key Reasons to Choose This Product

Unparalleled switching performance with low on-resistance and fast switching speed

Versatile supply voltage range and wide operating temperature

Exceptional isolation and low noise characteristics

Reliable and robust design for demanding applications

Quality and Safety Features

Rigorously tested to ensure reliability and safety

Compliant with relevant industry standards

Compatibility

Compatible with a wide range of analog circuits and systems

Application Areas

Analog signal routing and multiplexing

Test and measurement equipment

Industrial control and automation

Medical instrumentation

Consumer electronics

Product Lifecycle

The MAX392ESE+ is an active product. There are no direct equivalents or alternative models available from Analog Devices at this time. For the latest product information or to inquire about availability, please contact our website's sales team.