ASSVP-R-D06

Programmable oscillators are electronic circuit components that can be custom tailored to specific output frequency specifications. They form a fundamental component of any timing-based systems including oscillator-based circuits and modern electronics. The ASSVP-R-D06 Programmable Oscillator is a through-hole oscillator that is ideal for switching and timing applications in the industrial and aerospace markets.

Features & Benefits

The ASSVP-R-D06 Programmable Oscillator offers many features to benefit both users and designers. It provides high performance, low power consumption and low jitter, and is easy to use with configurable frequency and stability. Additionally, it features a high stability, low profile package with a small size and low cost.

Applications

The ASSVP-R-D06 Programmable Oscillator has a wide range of uses and applications. It can be used in high-end, precision precision timing and switching systems, such as in the aerospace and industrial markets. Additionally, it can be used in dedicated signal processing systems such as digital-to-analog converters, analog-to-digital converters and high frequency oscillators.

Working Principle

The ASSVP-R-D06 Programmable Oscillator is based on the principle of an oscillating waveform, which is generated and sustained by a circuit composed of resistors and capacitors. This oscillator is composed of three main components: a timing capacitor and two resistors that are set to predetermined values. The waveform is generated by the interaction of these components.

The waveforms generated from the programmable oscillator can be customized to the users’ specifications; thus, providing advantages over traditional oscillators. The frequency is easily adjustable and can be set in the range from 300MHz to 3GHz. Additionally, the frequency is stable and can be adjusted over a wide frequency range (8W to 8NHz).

Conclusion

The ASSVP-R-D06 Programmable Oscillator is a through-hole oscillator designed for use in high-end signal processing and precision timing and switching systems. Its features such as high stability, low power consumption and low jitter provide distinct advantages over traditional oscillators. Additionally, the programmable oscillator is easy to use with its configurable frequency and stability.