CD4082BEG4

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Logic Gates and Inverters are essential building blocks in the construction of digital circuits. CD4082BEG4 is one type of Logic Gate and Inverter that is commonly used in a variety of applications. This article will discuss the application field and working principle of CD4082BEG4.

CD4082BEG4 is a Quad Bit-Slice S-R Latch. It is made up of four two-input AND gate latches. Each latch contains two AND latch bits, an S (Set) input, and a Reset input. The AND latch bits are interconnected, permitting either individual or multiple sets of consequent latches to be used. The CD4082BEG4 has Open Collector Outputs and Common Inputs.

The CD4082BEG4 can be used in a variety of application fields. It is commonly used in data storage and retrieval systems, where a series of flip-flops are needed. It can also be used in microprocessor systems, where it is used as a memory element to store a data bit or to store an address bit. In addition, it can be used in combinatorial logic, where it is used to generate shift register sequences from binary counters.

The working principle of CD4082BEG4 relies on two key signals: S (Set) input and Reset Input. When S receives a positive voltage, the inverted output of the latch will be active, and when Reset receives a positive voltage, the positive output of the latch will be active. Both of the outputs cannot be active at the same time. When neither S nor Reset are at a positive voltage, the latch is said to be in the "Set" state and will remain unchanged until new voltages are applied to the S and Reset ports.

In summary, CD4082BEG4 is a Quad Bit-Slice S-R Latch that is made up of four two-input AND gate latches. It is commonly used in data storage and retrieval systems, microprocessor systems, and combinatorial logic. Its working principle relies on two key signals: S (Set) input and Reset Input. When S or Reset receive a positive voltage, the latch will be active based on the signal received. When neither S nor Reset are at a positive voltage, the latch is said to be in the "Set" state.

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