MC10H176FNR2

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The MC10H176FNR2 is a 2-input, negative edge triggered differential D-type flip-flop. It is manufactured by ON Semiconductor and is typically used as a logic switch for TTL and other logic families, or as an input or output device for systems logic. The flip-flop is designed to have a very high switching speed and low leakage current.

A flip-flop is a circuit element with two stable states that can be used to store binary data. The MC10H176FNR2 has two inputs and two outputs which can store binary data, allowing it to be used in a variety of logic applications. The inputs of the flip-flop are labeled as data(D) and clock(C) which determines when the flip-flop will be triggered, resulting in the flip-flop to switch states. For the MC10H176FNR2, it is a negative edge triggered differential D-type flip-flop, meaning that the flip-flop is triggered when there is a negative edge on the clock input. When triggered, the input data is stored and outputted at the two outputs.

The MC10H176FNR2 has a very high switching speed, typically less than 30ns, and has a low power dissipation of 0.4mW with a supply voltage of VDD of 5 Volts. It has an input capacitance of 250pF with a supply voltage of VDD of 5 Volts, making it ideal for high-speed logic circuits. Additionally, the high switching speed and low input capacitance also make it ideal for logic systems with very low leakage current. Due to its low power dissipation, it can be used in a variety of applications such as logic switches, input and output devices, and as a static random access memory (SRAM).

The MC10H176FNR2 can be used in a variety of applications and has a wide range of uses. It can be used as a logic switch in both TTL and other logic families, or as an input or output device for systems logic. It can also be used in hard drive controllers and other high speed logic applications. Additionally, it can be used in SRAMs as it has a low power dissipation, making it ideal for static RAMs. Finally, it can be used in analog to digital converters as its high switching speed can increase the speed of the converter.

In conclusion, the MC10H176FNR2 is a 2-input, negative edge triggered differential D-type flip-flop. It is designed for use in high speed logic and low power applications. It has a very high switching speed and low input capacitance, making it ideal for high speed logic circuits. Additionally, its low power dissipation and high switching speed make it ideal for use as an input or output device for systems logic, and as a static RAM. It is also ideal for use in analog to digital converters as its high switching speed can increase the speed of the converter.

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