ASTMHTV-66.666MHZ-XR-E-T

Oscillators are circuits that generate a periodic output signal without the need of an input signal. The ASTMHTV-66.666MHZ-XR-E-T is an oscillator used in electronic devices for a variety of applications. This oscillator is designed to operate at frequencies up to 66.666MHz and provides precise timing for data transfer, providing reliable signal quality.

The ASTMHTV-66.666MHZ-XR-E-T oscillator utilizes a patented hybrid-digital control technique. The oscillator employs a quartz crystal, a reference oscillator, and a voltage-controlled oscillator (VCO) to generate the desired signal. The quartz crystal is connected to the reference oscillator and the VCO through a voltage divider. Additionally, the oscillator uses a low-noise amplifier and an adjustable-gain amplifier to ensure channel stability.

The oscillator also utilizes a feedback loop to regulate the frequency and reduce voltage fluctuations. The feedback loop uses a voltage-to-frequency converter and an analog-to-digital converter to adjust the output frequency of the oscillator. The output frequency can be adjusted by adjusting the gain of the amplifier and the feedback loop parameters.

The oscillator is primarily used in applications that require precise timing for data transfer, timekeeping, and synchronization. This oscillator can be used in cellular telephones, medical monitoring, digital television, and industrial control systems. It is also used in radio-frequency identification (RFID) applications due to its high accuracy and reliability.

The ASTMHTV-66.666MHZ-XR-E-T oscillator is also designed for robustness and reliability, allowing for a long service life. The oscillator utilizes a temperature compensation system to ensure that the performance of the oscillator remains consistent under extreme temperatures. Additionally, the oscillator is also designed for immunity from electromagnetic interference and radio-frequency interference.

In conclusion, the ASTMHTV-66.666MHZ-XR-E-T is an oscillator designed for applications that require accurate timing for data transfer. The oscillator utilizes a patented hybrid-digital control technique, allowing for precise, stable signal quality. Additionally, the oscillator is also designed for robustness and reliability, ensuring a long service life. The oscillator is used in applications such as cellular telephones, medical monitoring, digital television, and radio-frequency identification (RFID).