ماژول شیفت رجیستر 8 بیتی SN74HC164D

Description :
The SN74HC164D 8-bit Shift Register Module is an electronic component designed to transfer data from one line to multiple lines (or, in other words, to shift data from serial input to parallel output). It is commonly used in circuits that require an increase in the number of input or output pins. This component plays an essential role in microcontroller projects, such as the Shift Register Module for Arduino and other digital systems.
The SN74HC164D is part of the CMOS family of chips, featuring 8 parallel outputs. It can easily receive data from a digital pin (serial input) and transmit it as parallel data across 8 output pins.
Shift Register Functionality: Data is received serially and shifted forward by one bit with each clock pulse. With every pulse, a new bit enters the input, and previous data is sequentially moved to the output pins.
Internal Architecture: The chip includes two primary inputs: a serial input and a clock pulse. Data continuously enters through the serial input, and with each clock pulse, it shifts through the register and is ultimately transferred to the parallel outputs.
Parallel Outputs: The outputs are connected in parallel, with each pin representing a bit of data stored within the shift register.

Applications:
Expanding Input/Output Pins in Microcontrollers: Increase the number of digital pins using a single serial pin, especially in resource-limited systems.
Control of LEDs and LED Matrices: Reduce the number of pins required to control LED displays or LED matrices in projects.
Robotics Projects: Use one pin to control multiple sensors or actuators in robotics projects.
Interface with Displays and Peripherals: Enable control of 7-segment displays and LCDs with a limited number of pins in compact circuits.
Arduino Projects: Expand digital outputs and control multiple devices with Arduino through a single serial pin.
Gaming and Automation Systems: Expand pins to control various devices in industrial automation and gaming systems.
Serial to Parallel Communication in Digital Circuits: Convert serial data to parallel and send it to multiple destinations in digital circuits.

Features:
Wide Operating Voltage Range of 2 V to 6 V
Outputs Can Drive Up to 10 LSTTL Loads
Low Power Consumption, 80-µA Maximum ICC
Typical tpd = 20 ns
±4-mA Output Drive at 5 V
Low Input Current of 1-µA Maximum
AND-Gated (Enable/Disable) Serial Inputs
Fully Buffered Clock and Serial Inputs
Direct Clear