MC100E196FN

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MC100E196FN is a circuit component from the Microchip Technology Inc. It is classified as Clock/Timing - Delay Lines. It is available in 8-pin DIPs and SOICs.

MC100E196FN is an excellent delay line component that provides fast programming and reconfigurability, allowing engineers to reduce design costs and risk with high reliability. This versatile component is commonly used for timing applications, especially in RC and crystal oscillators, to ensure proper synchronization and referencing of timing signals.

MC100E196FN has a wide operating temperature range, which is between -40°C and 85°C. It also has a wide power supply range of 3.3V to 15V and has a maximum clock frequency of 155MHz. In addition, this component can generate precisely-timed signals with very low jitter and a delay accuracy of 15ns.

The MC100E196FN works on the principle of using a differential input clock and a delay period control signal (DPCTRL). When the clock is applied, the component starts generating the short delay period outputs, which are based on the DPCTRL signal. This signal can be adjusted for a wide range of delays from 15ns to 256ns in increments of 15ns. The component can also generate an adjustable delay pulse as output. This pulse duration is directly proportional to the DPCTRL signal.

MC100E196FN can be used in a wide range of applications involving timing, synchronization, and referencing of precisely timed signals. Some of the popular applications of this component include communication systems, datacom networks, industrial controllers, embedded systems, instrumentation, and audio-visual equipment. Its wide operating and power supply range, high clock frequency, adjustable delay pulse and delay period, and low jitter make it an attractive choice for these applications.

In summary, the MC100E196FN is an excellent delay line component from Microchip Technology Inc. It is designed for providing fast programming and reconfigurability, allowing engineers to reduce design costs and risks with high reliability. This versatile component is ideal for timing applications and can generate precisely-timed signals with very low jitter and adjustable delay periods and pulses. It has a wide operating and power supply range, a high clock frequency, and is suitable for use in a wide range of applications, such as communication systems, datacoms networks, industrial controllers, embedded systems, instrumentation, and audio-visual equipments.

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