ASTMHTV-100.000MHZ-XR-E-T

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Oscillators are electrical devices used to generate an electric signal with a certain frequency. The ASTMHTV-100.000MHZ-XR-E-T oscillator is a quartz-based frequency control device which is specially designed for high-frequency embedded applications. It incorporates both a quartz crystal and an active filter circuit in one device.

The ASTMHTV-100.000MHZ-XR-E-T oscillator has a few main features that make it suitable for embedded applications. It offers a very high frequency accuracy over wide temperature ranges. Its frequency stability is rated at +/-50ppm, which is better than most standard oscillators. In addition, it is also small in size and offers a low standby current consumption.

The working principle of the ASTMHTV-100.000MHZ-XR-E-T oscillator is based on its quartz crystal. The crystal is cut and shaped into a specific size, and it has electrodes connected to each end. When an alternating current voltage is applied, it causes the crystal to vibrate at a specific frequency. This frequency is determined by the crystal\'s size and shape. The vibrations of the crystal generate a voltage signal, which is then processed by an active filter circuit. The filter circuit amplifies the signal and adjusts its frequency, if necessary, to give the desired output.

The ASTMHTV-100.000MHZ-XR-E-T oscillator’s application field includes high frequency embedded systems, such as cellular phones, Bluetooth devices, Wi-Fi terminals, motor control systems, and many more. Its small size and low power consumption make it ideal for these applications, as it requires minimal space and power. Finally, its excellent frequency accuracy and stability means that it can be used to accurately generate reliable signals.

In conclusion, the ASTMHTV-100.000MHZ-XR-E-T oscillator is a quartz-based device specially designed for high-frequency embedded applications. It offers a high frequency accuracy and stability over wide temperature ranges, and is extremely small in size and low in power consumption. Its working principle is based on the vibrations of a quartz crystal, and its applications include cellular phones, Bluetooth devices, and motor control systems, among others.

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