DM74AS576N

Series:	74AS
Packaging:	Tube
Part Status:	Obsolete
Function:	--
Type:	--
Output Type:	--
Trigger Type:	--
Current - Output High, Low:	--
Voltage - Supply:	--
Operating Temperature:	--
Mounting Type:	Through Hole
Package / Case:	20-DIP (0.300", 7.62mm)
Base Part Number:	74AS576

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Introduction

A DM74AS576N is a type of logic flip-flop. This device is used for storing and manipulating digital information. The basic function of the flip-flop is to sample, store and trigger output signals asynchronously. There are two inputs and one output. Often referred to as "edge-triggered" devices, this flip-flop is triggered on the rising edge of the Clock (CLK) signal with data sampled at the Clock (CLK) at that same time.

Application Fields of DM74AS576N

DM74AS576N flip-flops have diverse applications. These devices can be used in many different systems and systems designs. Here are some example applications for DM74AS576N flip-flops:

• Decoders and encoders. DM74AS576N flip-flops can be used to decode and encode digital signals.
• Oscillators. This type of flip-flop can be used to construct an oscillator.
• Shift registers. The DM74AS576N can be used to store and move bit patterns in a serial-parallel data form.
• Sequencing. These flip-flops can be used to sequence components together in a complex system.
• Implementing counters. DM74AS576N can be used to track and count binary information.
• Signal regeneration. Flip-flops can be used to recover and regenerate digital signals.

Working Principle of DM74AS576N

The working principle of a DM74AS576N flip-flop is based on the principle of sampling and storing data. The device is triggered on the rising edge of the Clock (CLK) signal with data sampled at that same time. At this point, the Input (IN) signal is stored and the Output (OUT) signal is triggered. In other words, when the clock signal rises, the currently stored digital information from the Input (IN) signal is transferred to the output Output (OUT) signal. Because it is edge-triggered, this type of flip-flop is highly resistant to disturbances in the clock signal. In other words, unless the clock signal is significantly degraded, the input and output signals are unlikely to be affected or misread. This ability makes it an ideal choice in many environments, such as regulated and noisy ones, where reliability is required.

Conclusion

The DM74AS576N is a versatile type of logic flip-flop, with applications in decoders and encoders, oscillators, shift registers, sequencing, implementing counters and signal regeneration. This edge-triggered flip-flop is triggered on rising edge of the Clock (CLK) signal with data sampled at that same time, and the output is triggered once the Input (IN) data is stored, making it an ideal choice for robust systems requiring reliable performance in potentially noisy environments.

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