ASTMHTV-106.250MHZ-ZC-E

Oscillators

Oscillators refer to electrical circuits that create regular oscillating electronic signals. Oscillators use electrical components to produce a cycle of electrical waveforms. Depending on the components used, oscillator circuits generate various waveforms including sine, square, triangle, and saw tooth. Oscillators are used in various applications including audio output, radio transmitters, and in computers for timing operations.

ASTMHTV-106.250MHZ-ZC-E, or the 106.250MHz Zero Crossing Oscillator, is an oscillator used in various electronic applications. This oscillator provides a higher level of accuracy over temperature and time compared to traditional oscillators and offers stability over a large range of temperatures. It operates over temperatures ranging from -55°C to +125°C, and has a temperature coefficient of 0.05%.

The primary application of the ASTMHTV-106.250MHZ-ZC-E oscillator is in the field of low-noise radios and communications equipment. It is used to generate an ultra-low-jitter clock signal, suitable for time-critical operations such as radio signal modulation, digital signal processing, and GPU video synchronization. In addition, the ASTMHTV-106.250MHZ-ZC-E oscillator is also well-suited for machine automation, automotive instrumentation, and medical and military applications.

The ASTMHTV-106.250MHZ-ZC-E oscillator achieves its accuracy and stability by taking advantage of Zero-Crossing Technology, or ZC. ZC utilizes an electrical signal switching technique that involves changing the electrical signal at or around the zero-volt signal level. This helps minimize jitter and noise, yielding an extremely low-noise clock signal. In addition to its ultra-low-jitter signal, the 106.250MHz oscillator also allows for a wide range of selectable prescalar ratios and divider ratios, which allow for additional flexibility.

The internal architecture of the ASTMHTV-106.250MHZ-ZC-E oscillator consists of a resonator containing a quartz crystal circuit, an oscillator and voltage-controlled oscillator subsystem, and a power supply. The quartz crystal is used to set the clock frequency and is also used to generate a stable signal. The oscillator and voltage-controlled oscillator subsystem are used to adjust the frequency and create a stable signal. Finally, the power supply supplies the oscillator with power, allowing it to properly function.

All in all, the ASTMHTV-106.250MHZ-ZC-E oscillator is a highly-accurate and low-noise oscillator that can be used in various fields. Its accuracy and stability are ideal for radio signal modulation, digital signal processing, GPU video synchronization, machine automation, automotive instrumentation, and medical and military applications.