SN74LS125ANE4 Overview
Using PDIP, it runs smoothly. The external packaging used in this logical driver is the Rail/Tube external packaging. We utilize all 4 elements. It has 14 terminations, each with a different function. The voltage requirement is 5V. Buffer shares the LS family's comprehensive benefits and features. The electrical component has 14 pins. You can use it for Through Hole different purposes. Digital buffer has 14 pins. 2 ports are added to this transceiver. Each element of the ethernet transceiver is comprised of 1 bits. In general, you should use a power supply with 5V outlets. This electrical component should be powered by 5V supply voltage if users want to run it safely and stable in a circuit. Operating at temperatures as low as 0°C, it is capable of doing buffer's job. Temperatures higher than 70°C should not be used. The low-level mode produces 24mA as the output. When the electrical part operates in high-level output mode, the part is capable of conducting -2.6mA of current. In order to run this logical driver properly, the voltage used should be at least 4.75V. According to the manufacturer, the maximum voltage is 5.25V. An IC of this type is known as a BUS DRIVER network transceiver. ENABLE LOW control technology is used to start up the automotive buffer.
SN74LS125ANE4 Features
High Level Output: 24mA
Low Level Output: -2.6mA
BUS DRIVER Logic IC
SN74LS125ANE4 Applications
There are a lot of Texas Instruments
SN74LS125ANE4 Buffers & Transceivers applications.
- Televisions
- Cell phones
- Wireless modems
- Remote controls
- Wireless network systems
- Satellite communications networks
- Ethernet circuitry
- Wired telephone
- Cordless telephone
- Desktop PC
