Introduction to 75160B, Features, Pinout, Working & Applications

Hello, readers welcome to the new post. In this post, we will discuss Introduction to 75160B. It is SN75160B eight-channel general-purpose interface bus or GPIB transceiver. That is a monolithic high-speed low power power-consuming Schottky component that is configured to transmit the data in two-way communication through a single point transmission line.

Its feature is such that can be functioned in passive pullup or three-state mode. In this post, we will discuss its working, features, and some other parameters. So let’s get started. Introduction to 75160B.

Table of Contents

Introduction to 75160B

The 75160B is a transceiver that is designed according to IEEE standards 488 to 1978. Its output is configured in passive pullup or three-state output mode through PE in the high state.

It talks enable or TE is in a high state these ports provide the feature of passive-pullup outputs when pullup enable PE is low and three-state output if PE is the high state.
Getting TE low mode these ports are in a high impedance state. Driver outputs are configured to handle loads up to forty-eight milliamperes of sink current.
Output glitches through power up and power down are removed through inner circuitry which disables both bus and receiver outputs.
The output does not load the bus if Vcc=0. If there is the configuration of the SN7516B bus transceiver pair offers the complete sixteen-wire interfacing for the IEEE-488 bus.
The structure of SN75160B is featured from zero to seventy centigrade.

75160B Features

Its main features are explained here
It is compatible with the IEEE Standard 488 to 1978 GPIB
It is eight channel bidirectional transceiver
It is a high-speed device, uses less power, and has Schottky circuitry configured device
It has less power dissipation about seventy milliwatts for one channel

Its propagation time is about 22ns maximum
It has high impedance PNP configured inputs.
Receiver hysterics is about 650mV TYP
Its structure is open collector drive output point
It is no loading of nus for Vcc=0

75160 Pinout

75160 Pin are explained here

Pin No	Pin Name	Pin Function
01	TE	It is Talk Enable Pinout
02	B1	It is GPIO or General purpose interface input/output pin B1
03	B2	It is GPIO or General purpose interface input/output pin B2
04	B3	It is GPIO or General purpose interface input/output pin B3
05	B4	It is GPIO or General purpose interface input/output pin B4
06	B5	It is GPIO or General purpose interface input/output pin B5
07	B6	It is GPIO or General purpose interface input/output pin B6
08	B7	It is GPIO or General purpose interface input/output pin B7
09	B8	It is GPIO or General purpose interface input/output pin B8
10	GND	It is the ground pin and ground attached here
11	PE	It is the Pullup Enable terminal
12	D8	It is Input Output Pin D8
13	D7	It is Input Output Pin D7
14	D6	It is Input Output Pin D6
15	D5	It is Input Output Pin D5
16	D4	It is Input Output Pin D4
17	D3	It is Input Output Pin D3
18	D2	It is Input Output Pin D2
19	D1	It is Input Output Pin D1
20	VCC	Here positive power is provided