MC10EP195MNR4G

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The MC10EP195MNR4G is a device from ON semiconductor that belongs to the Clock/Timing - Delay Lines category, and is used primarily in interface and timing circuits. This fully differential line delay element is ideal for applications that require accurate delays over a wide frequency range.

The MC10EP195MNR4G is based on a Giga-class technology and can delay line signals up to 6.75ns. It has a positive-edge delay with a start and stop input applied, and a negative-edge delay with both inputs in the same state. This flexibility is ideal for a range of applications, from communication networks to industrial equipment.

The MC10EP195MNR4G is designed to be used in systems that require accurate and repeatable delay lines. It has a low jitter of <2ps RMS, and is suitable for differential signals with rise/fall times of up to 10ns. The delay line is controlled via an I2C interface, allowing for fast, easy configuration. The chip can also be operated as a linear delay line, where the start and stop times are defined by control signals.

In terms of its operation, the MC10EP195MNR4G has two analog channels, one for input and the other for output. The input is routed through a multiplexer, before being amplified and passed through a low-pass filter. The filtered signal is then sent to the delay line, where it is adjusted according to the programmed delay. The output is then fed through a buffer and a second low-pass filter for improved signal clarity.

The MC10EP195MNR4G is provide a wide range of applications and can be used in a variety of systems. Its low jitter and wide frequency range make it an ideal choice for industrial and communication systems, where accurate and repeatable delays are essential. Its simple I2C interface and configurability also make it well suited to systems where delays may need to be easily changed in the field.

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