MC100EP195MNG

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Delay lines are widely used in engineering and the scientific disciplines to delay signals or store them for later retrieval. The MC100EP195MNG is a Type 1 device in the family of analog delay lines. This device is suitable for various applications in which the time delay of signals needs to be accurate and precise, such as electronic time-of-flight measurements, unmanned vehicle navigation systems, and other time-of-flight applications.

The MC100EP195MNG is an integrated circuit that can provide delay of up to 1000 nanoseconds with a high frequency accuracy of 0.003%. It uses a voltage controlled oscillator (VCO) to provide accurate delays. The VCO is used to convert an input signal into a square wave pulse with a rise or fall time of 1 to 3 nanoseconds. This output is then buffered and sent to the delay line.

The delay line of the MC100EP195MNG is constructed on a silicon chip which uses anisotropic conductive film (ACF) to provide a delay. ACF is a material that can conduct electricity in one direction but not in the other, which makes it capable of providing an adjustable delay to the signal. The titanium nitride (TiN) layer is applied on top of the ACF to provide increased signal stability and reduce noise.

The device utilizes two internal control inputs, which can be used to adjust the delay of the signal. One input takes a clock or a delayed version of the input signal and the other takes a pulse width modulation (PWM) signal generated by an external driver. The internal control registers can be used to make adjustments to the timing of the signal, including the duration of the delay.

For signal outputs, the MC100EP195MNG provides both a positive signal polarity and a negative signal polarity. This allows for signal direction to be flipped for certain time-of-flight applications, allowing for increased accuracy.

The MC100EP195MNG has a wide range of applications due to its accurate and precise timing accuracy. It is used in unmanned aerial vehicles (UAVs), optical communications systems, time-of-flight measurements, structure-borne sound mapping systems, seismic data mapping systems and other time-of-flight applications.

In summary, the MC100EP195MNG is a reliable integrated circuit which offers extremely accurate timing precision with a delay of up to 1000 nanoseconds. It can be used in a wide range of applications such as unmanned vehicles, optical communications and sound mapping systems. With its adjustable timing capabilities and flexible output polarity, the MC100EP195MNG is an ideal choice for many applications.

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