AOCJY3B-38.880MHZ-F

Oscillators

AOCJY3B-38.880MHZ-F is a type of oscillator and is used for a variety of applications. This type of oscillator is a quartz crystal oscillator that is made from a quartz crystal and is tuned to a specific frequency. This oscillator is used in a variety of electronics such as crystals for radio frequencies, timing circuits, and other applications.

Application Field

The AOCJY3B-38.880MHZ-F can be used for a variety of applications. It is ideal for use in radio communication systems, such as remote radio base stations, Wi-Fi radios, and other radio communication systems. It can also be used in timing circuits, to provide a clock signal to a system. It is a very stable oscillator, making it ideal for applications that need precision timing.

The AOCJY3B-38.880MHZ-F is also used in consumer electronics, for example, to control the frequency of sound signals for speakers and headsets. It is also used in medical electronic devices, such as patient monitors and ultrasound scanners. In addition, this oscillator is used in aerospace and military applications, where it provides accurate timing signals for the guidance and control of missiles and aircraft.

Working Principle

The AOCJY3B-38.880MHZ-F crystal oscillator consists of a quartz crystal, which is tuned to a specific frequency. Inside the crystal oscillator, when a voltage is applied across the crystal, an electrical field is created. This electrical field then causes the crystal to vibrate. As the crystal vibrates, it generates a frequency, which is the output of the oscillator.

The output frequency of the oscillator is determined by the mass, shape, and size of the crystal. Depending on the application, the frequency can be adjusted to the desired output frequency by changing the crystal’s shape or size. To ensure that the crystal remains stable, it is usually enclosed in protective packaging to provide mechanical and environmental stability.

The AOCJY3B-38.880MHZ-F is a highly precise oscillator, designed for applications that require precise timing. It is capable of providing a stable frequency, even when subjected to temperature, pressure, and other environmental changes.