MC10H641FN

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Clock/Timing - Clock Buffers, Drivers refers to the technology used in computers to elements that communicate clock signals. The main purpose of clock/timing devices are to transmit clock signals that aid the function of electronic components in a computer and to control timing in the electronic systems. The MC10H641FN is a member of the ECLinPS™ family of mixed-mode logic integrated circuits (ICs). It offers superior performance for clock and timing applications, making it a great choice for system designers.

MC10H641FN Features and Applications

The MC10H641FN features a wide variety of functions and features that make it a popular choice for timing applications. It has a static CMOS compatible output and is capable of driving up to 6 inverter or open-collector outputs. It also has an asynchronous low-power clock control which allows the user to program the device to enter a low-power state when it is not in use. Additionally, the device supports two selectable delay delay ranges with gated (ON/OFF) and pulse-stretching modes.

The target applications of the MC10H641FN range from telecom technology, instrumentation and wireless devices, to laptop, desktop, server and storage systems. The device is ideal for applications that require the precise timing of data transfers, clock stretching, or combining of complex signals from different sources. It is also used in synchronous interface systems to control timing pulses, control cycles, and switch activate signals.

MC10H641FN Working Principle

The working principle of the MC10H641FN relies on the concept of clock buffering. Clock buffering is a technique for circulating clock signals in a system to ensure that all components have the same reliable clock signals. Clock signals from the MC10H641FN are generated on the CLK input pin and distributed to the outputs. The device offers superior performance in terms of accuracy and doesn’t suffer from signal jitter, noise, or skew.

The device also offers multiple delay control registers and override input pins which enable precise control over delay timing. Furthermore, the device can be programmed to enter a low-power state when not in use, leading to significant power savings.

Conclusion

The MC10H641FN is a versatile clock buffer and timing device which provides excellent performance in a variety of applications. It offers multiple delay control registers and override input pins which offer precise control over delay timing and helps to reduce jitter, noise, and skew for superior accuracy. Additionally, it features an asynchronous low-power clock control which reduces power consumption when the device is not in use. The MC10H641FN is an ideal choice for system designers looking for a reliable, high-performance clock buffer and timing device.

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