TC74LVX373FTELM Integrated Circuits (ICs)

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The TC74LVX373FTELM is an 8-bit transparent D-type flip-flop latch with a tri-state output. It is a part of the 74LVX family which are low voltage CMOS devices. It is commonly used when low-power consumption and low-voltage analog signals need to be supported. This device is designed to provide a simple but very cost-effective solution to applications requiring asynchronous or synchronous data memory.

The applications field of TC74LVX373FTELM include system logic, interface logic and level translation. As a logic latch, the flip-flop provides performance in the areas of data retention, data synchronization, and data gating. It can be used in bus systems to convert asynchronous data into a format that can be easily processed. It can also be used to trigger an alarm signal in response to an input condition, or in a gaming system to store state information.

The TC74LVX373FTELM is composed of four separate 8-bit flip-flops. The 7937 can operate from a voltage supply of 1.65V to 3.6V, and the pinouts are CMOS compatible with other LVX devices. It also has a low-power FET logic combination and a low-power C-MOS logic combination.

The working principle of the TC74LVX373FTELM is based on the basic principles of logic flip-flops. There are generally two types of flip-flops: rigidly coupled and loosely coupled. Rigidly coupled flip-flops are usually made up of two separate stages. The first stage is an input stage which takes a given input and produces a corresponding output. The second stage is a memory stage which stores the output of the first stage and emits it in response to the appropriate pulse. Loosely coupled flip-flops are usually of the register type. They generally take the form of a Divide-by-N counter. In this way, the output of one stage is fed as the input to the next stage.

In a rigidly coupled flip-flop, the input stage performs the basic operation of transferring data from one to another. It does this by creating a signal at one of its input terminals, making it the ‘Data IN’ terminal. The output signal is referred to as the ‘Data Out’ terminal. The second part of the flip-flop is the memory stage. The memory stage holds the data until it receives a particular pulse, often referred to as the ‘Clock’ or ‘Pulse’. When the clock is triggered, the data stored in the memory is then released, or ‘latched’, as the output.

The TC74LVX373FTELM offers numerous features, such as latch enable and data flow control. With latch enable, the data can be allowed to flow, or blocked, depending on the state of the latch. Similarly, the data flow control allows a certain amount of data to be bypassed before it reaches the output terminal. The output is usually in the form of a three-state signal, which means that the output can be enabled or disabled, depending on the signal sent.

The TC74LVX373FTELM is commonly used in various applications since it provides an economical solution for latching and controlling data. It is an ideal choice for applications requiring low-power analog signal support as well as those requiring asynchronous or synchronous data memory. In addition, its low-power FET and C-MOS logic combination make it an excellent choice for systems requiring fast, low-power operation.

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