ASCO2-72.000MHZ-LB-T3

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Oscillators, also known as frequency control devices, are instruments used to generate oscillations of a specific frequency. The ASCO2-72.000MHz-LB-T3 is one such oscillator. It is a low-power, low-jitter, low noise, and cost-effective oscillator. It is designed for embedded applications, and is used in a wide variety of fields, from automotive to consumer electronics to internet of things (IoT) applications.

The ASCO2-72.000MHz-LB-T3 is a precision oscillator that operates over temperature. It has a frequency tolerance of 0.1ppm over the operating temperature range, and an RMS jitter of 1.1ps at the maximum output frequency. It has two output modes, a buffered 1PPS output and an unbuffered harmonic sine wave output, with the buffered output being preferred. The ASCO2-72.000MHz-LB-T3 operates at a voltage of 1.8V and provides up to 1.8mA of current.

The core of the ASCO2-72.000MHz-LB-T3 is an oscillator circuit that uses a quartz crystal as its active component. The quartz crystal is driven by a DC voltage, which causes it to vibrate at a specific frequency. The vibrating quartz crystal then produces a sine wave output, which is amplified and filtered by the external components of the oscillator. The oscillator output is then shaped into either a harmonic sine wave or a pulsed 1PPS output.

The ASCO2-72.000MHz-LB-T3 is an ideal oscillator for embedded applications that require precise frequency control and low-jitter. It is especially suitable for applications such as motor control, digital television, communication networks, navigation systems, security systems, and many more. The device also has other features that make it attractive for embedded applications, such as wide temperature range operation, low phase noise, and high-accuracy frequency adjustment.

The ASCO2-72.000MHz-LB-T3 is a versatile oscillator with a wide variety of applications. It is an ideal choice for embedded applications that require precise and accurate frequency control. Its low-power design and low-jitter output make it an attractive option for many embedded and IoT applications.

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