XG-1000CB 150.0000M-CB

Oscillators are electric components that generate oscillating electronic signals. They are used in a wide variety of applications and are available in different forms, from oscillator circuits to integrated circuits. The XG-1000CB 150.0000M-CB is an oscillator used to generate highly stable frequencies.

The XG-1000CB 150.0000M-CB is a crystal oscillator that uses quartz crystal as an active element in its vibrator circuit and utilizes sine wave output. The oscillator is designed to produce a highly stable frequency output, and it has a wide frequency range (less than 200 kHz to 150.0000 MHz). The oscillator is also designed to have a very low phase noise and a low current consumption, making it ideal for wireless communication systems.

The XG-1000CB 150.0000M-CB oscillator is widely used in a number of applications, including wireless radio-frequency systems, CDMA cellular communication systems, GSM/PCS systems, navigation equipment, and satellite communication systems. It is also used in signal generators, test and measurement equipment, and various other applications where stability and accuracy are required.

The XG-1000CB 150.0000M-CB oscillator works by using a quartz crystal that vibrates when a voltage is applied to it. The vibration of the crystal creates an oscillating electrical signal that is then amplified and used as the oscillator output. The frequency of the oscillation depends on the characteristics of the crystal, which can be selected to produce a wide range of frequencies.

The XG-1000CB 150.0000M-CB is a highly reliable and stable oscillator, and it is often used in critical applications where accuracy and stability are essential. The oscillator is available in a variety of packages and configurations and is designed to meet different customer needs, allowing for flexibility in design and implementation.

The XG-1000CB 150.0000M-CB oscillator is a reliable and versatile component that is used in a wide variety of applications. Its wide frequency range, low phase noise, and low current consumption make it ideal for wireless communication systems, and its design allows for great flexibility in design and implementation.