DG418DJ-E3 Overview
Presented in 8-DIP (0.300, 7.62mm), this electrical component is convenient for overseas shipping. High reliability is ensured by the advanced packaging method Tube. Through Hole is where this multiplexer is located. Multiplexer and demultiplexer circuits have a number 1:1. Increasing operating temperature to around -40°C~85°C TA. Totally, there are 8 terminations. A high-quality output is provided by the electrical component's 1 channels. It is safe to turn on and run the electronic component with a 15V voltage supply. A total of 8 pins are injected into the electrical part body. A SPST - NO switching circuit is used for these analog switches. Using the DG418 search parameter, you can discover variants of the switch. In this multiplexer, the internal resistance is 35Ohm. For details about the functions of 8 pins, please refer to the datasheets. There is Multiplexer or Switches analog multiplexer like this in the world. It is generally not recommended to supply a voltage higher than 36V to the switch device in normal circumstances. The digital multiplexer has a low cost Dual, Single supply. 13V is the lowest voltage the electrical component should receive. For this digital switch to work, 1nA current would suffice. Putting voltage greater than 1μA on the multiplexer may cause damage. There is no problem with using dual supply voltage, but it should not exceed 22V. With dual power supplies, you should attach at least 7V. The electrical part can be operated at 15V voltage levels. The 1 inputs need to be operated in order to work. A Drain to Source resistance of 35Ohm is shown for this electronic part.
DG418DJ-E3 Features
1 Channels
Switch Circuit: SPST - NO
1nA Supply Current
Drain-to-Source resistance: 35Ohm
DG418DJ-E3 Applications
There are a lot of Vishay Siliconix
DG418DJ-E3 Analog Switches & Multiplexers ICs applications.
- 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
- Cellular phones
