MC100E210FNR2G

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MC100E210FNR2G is a clock buffer and driver designed to transmit a differential clock signal based on the MC100LVEL22/LVEL25/LVEL26/LVEL27 family of low-voltage differential signal (LVDS) products. This device features a low jitter clock signal output suitable for timing applications from 0 to 83 MHz, making it an ideal choice for high performance applications.

The MC100E210FNR2G was designed for long distance clock signal transmission at high frequencies. It has a differential input (LVPECL) of either 1000 MHz or 800 MHz, allowing for a wide range of compatibility. This device also comes with a wide variety of output configurations, including differential (LVPECL), single-ended and SSTL, displaying its true versatility. Additionally, the MC100E210FNR2G can be used with a range of LVDS product families, including MC100LVEL22/LVEL25/LVEL26/LVEL27.

The MC100E210FNR2G’s advanced design ensures excellent signal transmission despite long distances and high frequencies. The device is equipped with a 1-to-4 output driver, which enables it to generate a low jitter signal, even with a long trace length. As a result, it is perfect for high-performance applications where a long transmission range and a stable signal are essential.

The device can also be used for timing applications, as it has an output frequency range of up to 83MHz. The device utilizes low Vcc power, making it the ideal choice for portable and consumer electronics. In addition, the MC100E210FNR2G also has a high power savings feature that provides additional power savings when the device is not in use.

The MC100E210FNR2G also has a wide temperature range, allowing it to operate at temperatures as low as -40°C and as high as +105°C. It is also EMI-compliant and has a high level of immunity to electrical noise. These features make the device ideal for both consumer electronics and industrial applications where high temperatures, electrical noise, and EMI compliance are a necessity.

In conclusion, the MC100E210FNR2G is the ideal choice for applications that require long distance clock signal transmission and excellent signal integrity at high frequencies. It supports a wide range of LVDS products, offers a variety of output configurations, and has a wide operating temperature range. It also comes with a high level of electrical noise immunity, EMI compliance, and power savings features, proving its versatility and usefulness in a wide range of applications.

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