LM8328TME/NOPB

LM8328TME/NOPB is a single bidirectional (bilingual) bus transceiver and is capable of digital signal transmission between two busses. It is a specialized interface product developed and manufactured by Texas Instruments.

The key feature of the LM8328TME/NOPB is its digital signal interface capability and its ability to switch multiple bus lanes in a single package. This product is well suited for applications such as TTL or CMOS digital signal transmission and data transmission in automotive and industrial control systems. The LM8328TME/NOPB can also be used to extend the range of TTL or CMOS signal transmission.

The signal switching capability of the LM8328TME/NOPB is based on the signal output from the logic inputs. Depending on the setting of the selector switch, the signal (a signal from one bus) can be routed to the signal output for either bus A or bus B. It is also possible to switch between TTL and CMOS signal levels, and the product can accommodate both positive and negative logic for signal transmission. This flexibility allows the user to optimize the signal switching parameters for any particular application.

The LM8328TME/NOPB is designed to enable two buses (A and B) to be connected without any mechanical connection. It can handle digital signals up to 24 mA and digital switching speeds up to 1 MHz. The maximum output voltage is 5 V, with an input voltage range of -8.7V to +12.6V. The LM8328TME/NOPB is also available in DIP and SOIC packages for easy implementation.

The LM8328TME/NOPB is also capable of detecting a fault on one of the two buses and will switch signals to the other bus. This allows the system to continue operation without interruption in the case of a fault. The product also contains built-in ESD protection and has an extended temperature range of –40 to +125°C, which makes it suitable for industrial and automotive applications.

In summary, the LM8328TME/NOPB is an advanced single bidirectional bus transceiver that provides a variety of features which makes it well suited for industrial and automotive applications. Its versatile signal switching capability and wide temperature range allows the user to optimize the product to fit specific application needs.