SIT8209AC-3F-33S-133.333000T

Oscillators

The SIT8209AC-3F-33S-133.333000T oscillator is a common type of oscillator, specifically a quartz crystal oscillator. It is an oscillating voltage generator with a resonant frequency of 133.333 kHz and a tolerance of ± 25 ppm. This type of oscillator is used when precise frequency regulation is required and is often used for radio communications, timing applications, and signal generation. The quartz crystal used in this oscillator has a low frequency, temperature sensitivity, and low power consumption which make it suitable for these types of applications.

Application Fields

The SIT8209AC-3F-33S-133.333000T is used in many different applications due to its high accuracy and low power consumption. It can be used for oscillators, time code generators, digital clock signals, radio communications, video processing, and synchronization systems. These oscillators are also used in consumer electronics, medical devices, and car audio systems. The accuracy of timing signals makes this type of oscillator particularly useful for audio, video, and communication systems.

Working Principle

The SIT8209AC-3F-33S-133.333000T oscillator works by using a quartz crystal with an electrical charge to generate oscillations at the desired frequency. This crystal creates an electrical field around it which vibrates the crystal at the desired frequency. The oscillations produced by the oscillator are then used to create a timing signal. The oscillator is regulated by an amplifier circuit which can be adjusted to alter the frequency of the oscillator. The electrical charge on the crystal also affects the frequency of the oscillation which can be controlled with a voltage-controlled resistor.

The SIT8209AC-3F-33S-133.333000T oscillator is a high-precision oscillator with a low power consumption. It is used in many different applications due to its accuracy and low power consumption. It can be used to generate precise timing signals for radio communications, video processing, and synchronization systems. Its accuracy makes it particularly useful for audio, video, and communication systems.