MC74LVX573MEL

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The MC74LVX573MEL is a Logic – Latches component component that performs the duty of data storage. This device reduces power consumption and enables the function of systems with a wide range of data and logic levels. This latching component is available in a small and thin package with many distinctive set of features and benefits.

The MC74LVX573MEL is a non-inverting latch component that works on a TTL (Transistor-Transistor Logic) level. It consists of a pair of flip-flops connected serially for each port. All outputs are mutually independent and can be used for data storage. The set of inputs of the component are labeled as Clear (CLR) and Clock (CLK). The output is noted as Q.

The role of this component is to temporarily store data and logic levels. The component is triggered, i.e. all output latches are simultaneously switched when a high to low transition is detected in the CLK input. To clear out the data stored in the component, a low-to-high transition is needed in the CLR input. This clears out all latches at the same time.

The versatile nature of the component is dependent on its wide range of input and output levels which is compatible with most logic families. It is capable of working with voltage levels from 3V to 5.5V. It also carries the benefits of low power consumption. When compared to its contemporaries, the MC74LVX573MEL offers a wide range of power savings, which can reach up to -75%.

The component offers a wide array of usage in many applications and fields. Its wide range of voltage levels makes it suitable for use in most consumer and industrial electronics. It can be used in logic control systems, interfaces, digital logic circuits, and many more. The component is well suited for applications that require the data to be stored on a latch.

The MC74LVX573MEL is an efficient and versatile component whose storage capabilities can be used in many electronic applications. Its low power consumption enables the usage of systems with varying voltage levels. It can be used in most consumer and industrial electronics for data storage and logic control purposes. Its wide range of benefits makes it an ideal choice for many tasks.

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