DG401BDY-E3 Overview

Shipping overseas is convenient due to the electrical component's packing in 16-SOIC (0.154, 3.90mm Width). This packaging method provides high reliability because it uses advanced packaging techniques. Multiplexers like this are mounted in the Surface Mount position. Multiplexers and demultiplexers have a number of circuits 1:1. Operational temperature extended around -40°C~85°C TA. 16 terminations have been made so far. Due to its 1 channels, the electrical component produces high-quality output. When a voltage supply of 15V is used, the electronic component should be turned on and run. It is injected into the electrical part body with 16 pins. Multiplexers built on a SPST - NO switching circuit are built. Try searching for the analog switch ic with DG401 if you are looking for variants. As far as internal resistance is concerned, it has 55Ohm. To find out what the functions of 16 pins are, please refer to their datasheets. In this analog multiplexer, the value is Multiplexer or Switches. Users shouldn't supply more than 36V voltage to the switch device. An effective Dual, Single supply digital multiplexer. It is recommended that the electrical component receives a voltage of 13V. This digital switch can be operated with a current of 1mA. Put voltage above 500μA on the multiplexer to cause damage. Despite this switch's dual supply capability, its voltage should not exceed 22V. When using dual power supplies, you should attach at least 7V. In this switch multiplexer, there are SEPARATE OUTPUT outputs available. Operating voltages range from 15V. The 2 inputs need to be operated in order to work.

DG401BDY-E3 Features

1 Channels
Switch Circuit: SPST - NO
1mA Supply Current

DG401BDY-E3 Applications

There are a lot of Vishay Siliconix
DG401BDY-E3 Analog Switches & Multiplexers ICs applications.

• Automatic test equipment
• Precision data acquisition
• Battery-powered systems
• Sample-and-hold systems
• Communication systems
• Data Acquisition Systems
• Relay Replacement
• Battery Powered Systems
• Existing multiplexer applications (both fault-protected and nonfault-protected)
• New designs requiring multiplexer functions