MC10EP16TD

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MC10EP16TD Application Field and Working Principle

The MC10EP16TD is a 4-input, 9-bit edge-triggered D-type flip-flop with a complementary Q and /Q output. It is an ideal device for applications requiring high speed operation, high output signal drive capabilities, and an extremely low-power alternative to static circuits. The MC10EP16TD is part of the MC10E Family of low-power gate array digital logic devices from ON Semiconductor, a manufacturer of a wide range of silicon-based digital and mixed-signal components and semiconductor integrated circuits.

Application Field

The MC10EP16TD is suitable for use in a variety of applications requiring logic functions. It is particularly suitable for use in applications requiring a small amount of power, keeping the total device power consumption and cost to a minimum. It is also suitable for use in applications requiring high-speed operation and high output signal driving capabilities. Examples of applications include:

• High-speed register/memory interfaces.
• Serial communications.
• Clock distribution networks.
• Multiplexers, latches, and parallel-to-serial converters.
• Audio signal processing.
• Computer-aided design.
• Systems with digital inputs and outputs.

Working Principle

The MC10EP16TD is a synchronous, edge-triggered digital flip-flop. It consists of four dynamic internal flip-flop stages. Two are used as edge-triggered flip-flops, while the other two are used as delayed-edge-triggered flip-flops. All flip-flops have a set/reset state that is independent and can be accessed at any time. The MC10EP16TD also features a complement control input that can be used to complement the input data at the time of synchronizing signals.

The MC10EP16TD operates in a synchronous manner, with the output changing state only when both the CLOCK and the ENABLE are high. When the ENABLE is low, the data is held in the master flip-flop, but the data from the slave flip-flop transfers to the output. If both the ENABLE and the CLOCK are low, the output is held in the previous state.

In addition to the normal asynchronous set/reset control, the MC10EP16TD also includes a synchronous inverse reset (SIR) pin. When SIR is high, the synchronization of the data is held and the output is forced low. When SIR is low, data synchronization proceeds as normal. The SIR pin can be used with or without the ENABLE pin, depending on the application.

Conclusion

The MC10EP16TD is a high-speed 4-input 9-bit edge-triggered D-type flip-flop with a complementary Q and /Q output. It is suitable for use in a variety of digital logic applications, including register/memory interfaces, serial communication, audio signal processing, multiplexers, and latches. It features independent set/reset states and a synchronous inverse reset pin. All of these features make the MC10EP16TD an ideal device for any application requiring low-power, high-speed digital logic solutions.

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