501AAA25M0000DAG

Oscillators

Oscillators are electronic circuits which can produce an output signal repetitively and cyclically. Oscillators can also be used to generate accurate and stable frequencies to drive other electronic components. The type of oscillator used in a particular device depends on the specific application, the frequency of operation, and the output requirements.

The 501AAA25M0000DAG Oscillator is a temperature compensated crystal oscillator. It is designed for use in applications aiming for accuracy and stability over wide temperature ranges. The 501AAA25M0000DAG Oscillator consists of a temperature sensing IC, a crystal resonator, capacitors, and resistors in a small 8-pin package.

501AAA25M0000DAG Application Field

The 501AAA25M0000DAG Oscillator is suitable for frequency-critical applications, such as digital audio systems, professional audio equipment, and other high-end home entertainment systems. It is also suitable for test and measurement equipment, precision timing control, frequency counting, and precision frequency measurement. Its low power consumption and wide temperature range make it suitable for long time running applications such as remote metering, medical instrumentation, and distributed wireless systems.

501AAA25M0000DAG Working Principle

The 501AAA25M0000DAG Oscillator is based on a temperature-sensing integrated circuit and a quartz crystal resonator. The frequency of an oscillator circuit is determined by the resonant frequency of the crystal, which itself is affected by temperature. To compensate for temperature-induced frequency shifts, the integrated circuit in the 501AAA25M0000DAG Oscillator actively senses and corrects for the frequency shift of the quality resonator. All of these components are housed in a small 8-pin Dual-In-Line (DIP) Package for convenient, maximum reliability and minimal space requirements.

The 501AAA25M0000DAG Oscillator offers several advantages over traditional oscillators. It delivers very accurate and stable frequencies over a wide temperature range, has very low jitter, and has very low power consumption. Additionally, the temperature compensation built into the oscillator means that the frequency shift is linear over temperature, resulting in very accurate and consistent output over time.