SN74LV8151PWE4 Overview
This package uses TSSOP. A logical driver using the Rail/Tube external packaging is used in this application. Thebuffer features 24 terminations that serve different purposes. 2.5V is the required supply voltageThis buffer driver is part of the LV/LV-A/LVX/H family of parts. With the electrical component, 24 pins are set. This logical driver is suitable for Surface Mount different applications. In total, it has 24 pins. The transceiver features 2 ports for enhanced functionality. Bus Driver/Transceiverss are specifically types of them. During quiescent state, the electronic part uses 20μA. This electronic part includes 8 efficient bits that can be used to increase efficiency. With ONE SCHMITT TRIGGER INVERTER, ONE SCHMITT TRIGGER BUFFER, you can better serve your customers. There are 10 high-quality communication channels on this ethernet transceiver. A temperature as low as -40°C can be tolerated by this buffer. There should be no more than 85°C ambient temperature for the logical driver to operate. As a low-level output mode, it produces 12mA. During high-level output, the electronic part may conduct -12mA. At least 2V should be used in order to run this automotive buffer on a continuous basis. Approximately 5.5V are the maximum supply voltages. In addition to this, it can output 3 signals as well. There is an bus transceiver called a BUS DRIVER logic chip. Bus transceiver works on the basis of 1 circuits. Does the electronic component support schmitt trigger input? The answer is No. Buffer ICs are controlled by ENABLE LOW control technology during startup.
SN74LV8151PWE4 Features
Bus Driver/Transceivers
ONE SCHMITT TRIGGER INVERTER, ONE SCHMITT TRIGGER BUFFER
High Level Output: 12mA
Low Level Output: -12mA
BUS DRIVER Logic IC
SN74LV8151PWE4 Applications
There are a lot of Texas Instruments
SN74LV8151PWE4 Buffers & Transceivers applications.
- Cordless telephone
- Desktop PC
- Notebook
- Pocket PC
- Desktop radio
- Clock radio
- Tuner
- Portable radio
- Car radio
- Satellite radio receiver
