DG444BDJ-E3 Overview

The electrical component comes in 16-DIP (0.300, 7.62mm) packaging, which makes it convenient to ship overseas. To ensure high reliability, a new packaging method Tube is used. In Through Hole, you'll find this switch device. In the multiplexer and demultiplexer, 1:1 represents the number of circuits. Operating temperature around -40°C~85°C TA extended. In total, 16 terminations have occurred. A electrical component with 1 channels is capable of high-quality output. When the electronic component is given a voltage of 15V, it should be turned on and run. Into the electrical component body are injected 16 pins. On the other hand, analog switches can be constructed using SPST - NC switching circuits. Circuits number 4 make up this analogue multiplexer. Look for analog switch ic variants by searching with DG444. A 160Ohm internal resistance characterizes this multiplexer. The datasheets for the 16 pins explain the functions. The analog multiplexer shown here is a typical Multiplexer or Switches. An abnormal situation would be for the switch device to be supplied with a voltage greater than 36V. A analog switch ic that has a cost-effective Dual, Single supply type. It is recommended to use 13V as the lowest voltage for the electrical part. The analogue multiplexer could operate on 5μA current. A voltage higher than 1μA may cause damage to the switch multiplexer. For this switch, a dual supply voltage is feasible, but it must not exceed 22VFor dual power supplies, a voltage of at least 7V should be attached. It is possible to use SEPARATE OUTPUT outputs on this digital multiplexer.

DG444BDJ-E3 Features

1 Channels
Switch Circuit: SPST - NC
5μA Supply Current

DG444BDJ-E3 Applications

There are a lot of Vishay Siliconix
DG444BDJ-E3 Analog Switches & Multiplexers ICs applications.

• Audio and video switching
• 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)