ASG2-D-X-A-1000.000MHZ

Oscillators

ASG2-D-X-A-1000.000MHZ is an oscillator type device. This type of device is often used in communications, control, instrumentation, and power systems. It is generally used to produce a signal of a specific frequency or as a frequency stabilized source.

An oscillator is an electronic circuit that can produce a continuous output signal without the need for an external input signal. The output signal is typically either a sine wave, a square wave, or a saw tooth wave, depending on the type of oscillator being used. The frequency of the signal is determined by the oscillator\'s design and the components used.

The ASG2-D-X-A-1000.000MHZ oscillator is a precision frequency source with very low jitter performance. It is designed to meet the requirements of the latest digital communication systems and is ideal for applications such as data acquisition / communication systems, high-speed sampling systems, and frequency synthesizers. The frequency output is exceptionally stable and can be adjusted over a wide range with the on-board control logic. The device operates over a wide range of temperature and supply voltage, offering the highest degree of stability and reliability.

The main components of the ASG2-D-X-A-1000.000MHZ oscillator includes an oscillation generator, a frequency adjustment and control logic, a temperature control circuit, and an output stage. The frequency of the output signal is determined by an internal oscillator circuit, which is designed to perform at very low jitter. The frequency of this oscillator can be adjusted over a wide range with an on-board control logic.

The temperature control circuit of the ASG2-D-X-A-1000.000MHZ ensures a stable output at a wide temperature range. The output stage provides a high-quality output signal with reduced noise and distortion. The combination of these features makes the ASG2-D-X-A-1000.000MHZ ideal for applications requiring a high degree of stability and precision.

The ASG2-D-X-A-1000.000MHZ is an ideal device for applications which require superior precision and stability over a wide frequency range. It is suitable for a wide variety of applications, including digital communications, data acquisition, industrial control, instrumentation, and power systems.