SIT9005ACU1G-25NG

Programmable Oscillators

A programmable oscillator is an electronic device used to generate an exact frequency of oscillation. It is used in a variety of applications, such as radio communication, computer clock generation and precision timing needs. The SIT9005ACU1G-25NG programmable oscillator is one such example.

The SIT9005ACU1G-25NG is a programmable oscillator that is designed to generate accurate, temperature-stable frequencies of oscillation in the 1.5GHz to 6GHz frequency range. It is an SMT switching device that is easy to use and offers low phase noise and high precision frequency selection. It is available in both a leaded and non-leaded package.

The SIT9005ACU1G-25NG is suitable for both commercial and military applications. It is typically used in systems that require precise timing, such as high speed digital data communications, navigation, radar and wireless devices. It can also be used in communications systems to provide timing signals, as well as in microwave oscillators for radar and other military applications.

The SIT9005ACU1G-25NG has a number of features that make it advantageous to use. It offers wide temperature range, low phase noise and high precision frequency selection. It also has an EMI shield, which reduces external interference. The package design allows for high reliability and excellent thermal stability.

The SIT9005ACU1G-25NG works by converting a DC power voltage into a high-frequency AC voltage. This is done with an oscillator circuit, which consists of an active element, usually a transistor, and passive elements such as resistors and capacitors. The transistor acts as an amplifier and its output voltage is controlled by the passive elements. This results in an oscillating voltage with a specific frequency, which is determined by the values of the passive elements.

In summary, the SIT9005ACU1G-25NG is a programmable oscillator that offers wide temperature range, low phase noise and high precision frequency selection. It is suitable for a variety of applications, including digital data communications, navigation, radar and wireless applications. It works by converting a DC voltage into an oscillating AC voltage, which is determined by the values of the passive elements in the oscillator circuit.