C3290-24.704

Oscillators are used for a wide range of purposes, from providing a clock signal in an integrated circuit to allowing the radio user to tune into a particular station. C3090-24.704 is a type of miniature, temperature-compensated oscillator and is commonly used in radio and navigation systems. It works by stabilizing the amplitude of a signal, called an oscillating signal, at a reference frequency, usually through a series of feedback loops.

The miniature size of C3090-24.704 makes it ideal for incorporating into high density applications and provides enhanced reliability due to its temperature compensation. This means that the signal can remain stable in a wide range of temperatures, allowing the device to be used in many applications. To do this, an on-chip, temperature-compensated oscillator circuit is included in the device.

The C3090-24.704 uses an oscillator arrangement where an external crystal oscillator supplies the reference frequency. The oscillator circuit generates the required constant amplitude signal based on this reference frequency. This signal is then fed to a frequency divider, which divides the reference frequency by a value determined by the user. The output of this divider is then fed into a phase-locked loop circuit, which makes the oscillator stable.

The output signal is then filtered to remove any noise that may be present in the reference frequency. This filtered output can then be used to generate a clock signal or input into an analog-to-digital converter. The C3090-24.704 is available in a variety of frequencies from 32MHz to 259MHz and is capable of being used in a variety of applications.

In summary, the C3090-24.704 is a temperature-compensated miniature oscillator, designed for applications that require a highly stable oscillator. It works by using an external crystal oscillator to provide the reference frequency and a phase-locked loop to stabilize the oscillation, and it is available in a variety of frequencies. With its miniature size and temperature compensation, it is an ideal choice for applications that require a high degree of stability and reliability.