MC10E158FN

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Logic-Signal Switches, Multiplexers, and Decoders are important integrated circuit components for complex circuit designs. The MC10E158FN is a type of signal switch that provides a powerful combination of three types of signal switching and signal conversion within a single device. This component allows designers to easily and quickly implement signal conversion, signal selection, and/or multiplexing functions in their circuit designs without having to worry about the complexities of designing and implementing the individual switches or multiplexer/decoder components. In this article, we discuss the application field and working principle of the MC10E158FN.

Application Field

The mapping of signal inputs to and from multiple breakpoints by the MC10E158FN makes it an ideal component for many circuit designs. The component is most commonly used in sorting logic circuits, and it is particularly useful in logic-controlled signal selection and signal conversion applications. Additionally, the component’s dual signal/data routing capability makes it well suited for multiplexed data and access control applications. Finally, the component is also used for device-side control in applications such as communications and data network equipment, and for instruction decoding in embedded and processor-based designs.

Working Principle

The MC10E158FN is a switching component that consists of two separate sections. The first section is a 4-input multiplexer that provides the capability to select one of four possible inputs and the second section is a 2-input multiplexer that provides the ability to select between two complementary inputs.

The 4-input multiplexer section of the MC10E158FN is controlled by two digital inputs, Select and Enable. When a LOW signal is applied to the Enable input, all outputs are de-selected. When a HIGH signal is applied to the Enable input, the input signals to the A, B, C, and D inputs are selected according to the values of the Select input, with a LOW signal selecting the A input and a HIGH signal selecting the D input. The 4-input multiplexer section can be cascaded with other MC10E158FN components to provide larger and more complex multiplexer functions.

The 2-input multiplexer section of the MC10E158FN involves two complementary inputs and two complementary outputs. In this section, the Select input chooses between the two complementary inputs, with a LOW signal selecting the A input and a HIGH signal selecting the B input. The 2-input multiplexer section is used in applications requiring input conversion.

The MC10E158FN is designed to be used in conjunction with other components, such as logic buffers and inverters, to provide additional logic functions or signal conditioning. It can easily be used in both TTL and CMOS compatible designs, making it an ideal component for a wide range of logic-controlled applications.

Conclusion

The MC10E158FN is a powerful combination of two signal switching functions, four-input multiplexer, and two-input multiplexer, all within the same integrated circuit. This component makes complex circuit design much easier, providing designers with the flexibility to easily incorporate signal conversion and signal selection functions into their designs. It is thus an ideal component for logic-controlled signal selection and signal conversion applications, communications and data network equipment, instruction decoding in embedded and processor-based designs, and more.

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