AMAT Applied Materials 1140-01277 power module

Brand: AMAT Applied Materials
Model:1140-01277
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

AMAT Applied Materials 1140-01277 power module

Product manual:

Product Overview

The AMAT 1140-01277 power module is a key component used in semiconductor equipment to provide stable power for control systems, driver modules, and various functional boards. It can provide multiple voltage outputs to ensure stable operation of equipment under high-precision process conditions, while also having multiple protection functions to ensure system safety.

Product Features

High stability output

Provide stable DC voltage output to ensure the normal operation of the controller, I/O module, and driver module.

Small voltage fluctuations, suitable for precision process environments with strict power requirements.

Multi output design

Supports multiple voltage channel outputs, which can simultaneously meet the power requirements of different modules.

Facilitating centralized power supply and management of the system, simplifying wiring.

Complete protection function

Built in overvoltage, overcurrent, short circuit, and over temperature protection to ensure the safety of equipment and modules.

Automatically switch or close abnormal channels to prevent damage to other system components.

Industrial grade reliability

Using high-quality electronic components and PCBs, high temperature resistance, vibration resistance, and adaptability to semiconductor equipment environments.

Long life design ensures long-term stable operation.

Modular and easy to maintain

Compact module design, easy to install, replace, and upgrade.

Standardized interface for easy integration with AMAT devices and other modules.

High energy efficiency and low heat generation

Optimize design to reduce energy loss, lower heat generation, and improve overall system efficiency.

Support continuous load and transient high power demand.