MC100LVEL34DR2G

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MC100LVEL34DR2G is a Low Voltage Differential Signaling (LVDS) Clock Generator that operates from a 3.3 V supply. Its output is LVCMOS differential and can be used to generate clocks of up to 300 MHz. It is typically used in telecom and networking applications, where a stable and accurately generated clock is essential.

Applications

MC100LVEL34DR2G is ideal for applications where both low power and a low price point are a priority, such as optical networking, Ethernet switching and PoE IP phones. It is also suitable for other applications requiring low voltage differential signaling, such as storage area networks (SANs) and Fibre Channel systems. It can also be used for generating clock signals for Serial Compression Layer (SCL) devices, and for high speed, low power FPGAs.

Working Principle

The MC100LVEL34DR2G is a low voltage differential signaling (LVDS) clock generator that utilizes a programmable oscillator circuit and a voltage regulated differential drive circuit. It is designed to generate stable clock signals from a single or dual 3.3V supply. The oscillator circuit is designed to produce a wide range of clock frequencies, from as low as 1kHz up to 300MHz.

It produces a differential output waveform, which is transferred to a differential transmission line and transmitted to the destination. The voltage regulated differential drive circuit ensures the waveform has enough power and is transferred successfully with low probability of signal loss. The differential signals are used to recover the clock signal at the receiving end.

Conclusion

The MC100LVEL34DR2G is a highly advanced and cost effective clock generator perfect for applications where low power and low price are of primary importance. Its differential signal transmission guarantees stable operation and faithful transmission of the signal. It is suitable for usage in a variety of telecom and networking applications, storage area networks and fibre channel systems, and for generation of clocks for Serial Compression Layer devices and FPGAs.

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