M74HC373RM13TR Integrated Circuits (ICs)

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Introduction

M74HC373RM13TR is a logic latch that can be used in a variety of applications, such as driving relays, locking switches, and transmitting signals. It is a cost effective solution for projects that require latching a high level signal or providing extended timing to a drive circuit. It is a CMOS device that can be used as a single latch or can be connected in a chain of up to 8 latches.

Overview

M74HC373RM13TR is a dual-function digital IC that can be used as a latching or as a drive type digital integrated circuit. The latching function is basically used to latch a signal or to act as a flip-flop, while the drive type function is used to transfer a high level logic signal to a low level logic signal. The device is composed of two sections: the input section and the output section. The input section consists of two data inputs, two clock inputs and two enable inputs. The output section consists of two outputs.

Application Field

M74HC373RM13TR finds use in a variety of fields, such as automotive, telecommunications, industrial control, and consumer electronics. It can be used in automotive applications such as driving relays, locking and releasing switches and brakes, and providing extended timing for drive circuits. It can also be used in communications systems such as digital signal converters, signal harmonizers, frequency synthesizers, and signal processors. It can also be used in industrial control systems such as process controllers, security systems, and automated control systems. It can also be used in consumer electronics such as receivers, DVD players, and digital camera devices.

Working Principle

The basic working principle of M74HC373RM13TR is simple. The data inputs are used to latch a logic level into the internal register. These two data inputs can be used to store two bits of data. The two clock inputs are used to control the latching process. When the clock is high, the data inputs are latched. The two enable inputs are used to control the data input and the output. When the enable inputs are enabled, the data inputs and the outputs are enabled and the data is latched.

The output of the latch is determined by the state of the data inputs. When the data inputs are low, the output is low and when the data inputs are high, the output is high. The output can also be inverted according to the enable inputs. When the enable inputs are high, the output is inverted. When the enable inputs are low, the output is not inverted. The outputs can be connected in a chain which allows more than two outputs to be latched, up to 8 outputs.

Conclusion

M74HC373RM13TR is a versatile digital IC that can be used in a variety of applications. It is a cost effective solution for projects that require latching a high level signal or providing extended timing to a drive circuit. It is composed of two sections: the input section and the output section. The input section consists of two data inputs, two clock inputs and two enable inputs. The output section consists of two outputs. The data inputs are used to latch a logic level into an internal register. The two clock inputs are used to control the latching process. The two enable inputs are used to control the data input and the output. The outputs can be connected in a chain which allows more than two outputs to be latched, up to 8 outputs.

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