MC10EP11DTR2

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The MC10EP11DTR2 is a clock buffer/driver with low output skew and differential clock driver. It was designed using a monolithic CMOS process and offers 1:2 fanout without the need for an external pull-up resistor. The MC10EP11DTR2 is well-suited to a wide variety of applications such as voice and data communications, clock distribution in distributed systems, time-division multiplexers, and instrumentation.

The device features two outputs: an input buffer output, which is the same as the input signal; and a differential clock output, which is formed by an in-phase input signal combined with the inverse of the in-phase input signal. The device is capable of driving high-speed LVDS or CMOS clock signals.

The MC10EP11DTR2 has a wide supply voltage range, from 2V to 5.5V. On the output side, it offers two low-skew buffers, with a maximum skew of 100ps when used in LVDS mode. The differential clock output is capable of driving capacitive loads of up to 1500pF.

The MC10EP11DTR2 operates in a wide range of temperatures, from -40°C to 85°C. It is also RoHS-compliant, which makes it a viable solution for green designs.

The MC10EP11DTR2 employs various digital logic techniques and design techniques to minimize the effects of crosstalk and clock jitter. The device utilizes an on-chip termination resistor to reduce crosstalk and jitter while delivering high signal integrity. It also features an internal delay circuit to increase the internal skew between the two outputs.

The MC10EP11DTR2 is available in two versions: standard and high-impedance. The standard version features low-skew, low-voltage outputs, and is optimized for signal synchronization applications. The high-impedance version features open-drain outputs that allow for easier design and integration in distributed systems.

The MC10EP11DTR2 is a versatile clock buffer/driver suitable for a wide range of applications. Its low output skew and differential clock driver make it ideal for high-speed data communications, distributed systems, and instrumentation applications. With its wide voltage range, low-skew output buffers, and high-impedance version, the MC10EP11DTR2 is an excellent choice for designers looking to minimize power consumption and maximize signal integrity.

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