ASTMHTE-66.666MHZ-ZJ-E-T

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Oscillators are electronic circuits designed to produce a repeating signal. The ASTMHTE-66.666MHZ-ZJ-E-T Oscillator is designed to produce an oscillation frequency of 66.666MHz. This type of oscillator is particularly useful in applications where accuracy, precision and stability are critical, such as communications systems, frequency-to-voltage converters and in atomic clocks.

The ASTMHTE-66.666MHZ-ZJ-E-T is an LC oscillator, meaning that the oscillator utilizes two capacitors and two inductors – the L and C components – to generate its signal. As the oscillator circuit is periodically reset, the charge stored in the capacitors is alternately applied to the inductors, resulting in a waveform being generated across the terminals of the inductors. This waveform is what leads to the oscillation frequency of 66.666MHz.

The ASTMHTE-66.666MHZ-ZJ-E-T is further designed to be voltage controlled, meaning that the oscillator can be operated with different voltages in order to produce different frequencies or waveforms. This feature also allows the oscillator to be used to create various control signals such as pulse-width modulation (PWM), direct digital synthesis (DDS) and sinusoidal waveforms. In addition, the oscillator is designed to have low phase noise, which makes it suitable for use in sensitive applications.

Another great feature of the ASTMHTE-66.666MHZ-ZJ-E-T Oscillator is its low power consumption. This makes the device suitable for use in portable and space limited systems, as well as in applications where power conservation is critical.

The ASTMHTE-66.666MHZ-ZJ-E-T is a useful and versatile oscillator with a wide range of potential applications. It is particularly suitable for use in communications systems, frequency-to-voltage converters, radio receivers, and atomic clocks. It can also be used to generate various control signals, such as the PWM, DDS and sinusoidal waveforms. Its low power consumption makes it an excellent choice for battery-powered systems and applications where space is limited. Additionally, its low-phase noise makes it suitable for sensitive applications.

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