VG-4231CB 10.0000M-GGCZ

Oscillators are widely used in many electronic applications ranging from generating high frequency signals used in radio and radar systems to providing a timing reference for digital circuits. The VG-4231CB 10.0000M-GGCZ is an oscillator that is specifically used to generate SAW oscillating signals. In this article, we will look at the application field and working principle of the VG-4231CB 10.0000M-GGCZ.

The VG-4231CB 10.0000M-GGCZ is commonly used in digital imaging systems, such as CCTV cameras, medical equipment, and audio equipment. Since it is capable of generating high-frequency SAW oscillating signals, it is ideal for digital signal applications requiring frequency accuracy and stability. Additionally, it is often used in radio and radar systems because of its frequency accuracy and stability.

The VG-4231CB 10.0000M-GGCZ works by converting a signal input into a SAW oscillating signal. The oscillator utilizes a SAW resonator to convert the signal, and it then passes this signal through an amplifier so that it can be used in digital signal systems. The frequency of the oscillator is determined by the resonator and can be adjusted by changing the voltage applied to it.

The VG-4231CB 10.0000M-GGCZ also includes built-in features such as temperature compensation, quenching, and stability indication. All of these features are designed to help ensure that the oscillator produces a reliable and stable signal. Additionally, the oscillator is designed to operate in temperatures ranging from -40°C to +120°C.

In summary, the VG-4231CB 10.0000M-GGCZ is an oscillator that is used for generating SAW oscillating signals, which can be used in a variety of digital imaging, radio, and radar systems. It utilizes a SAW resonator to convert the input signal and then passes it through an amplifier so that it can be used in digital signal systems. Furthermore, it is designed with features such as temperature compensation, quenching, and stability indication to ensure reliable and stable signal operation. As such, the VG-4231CB 10.0000M-GGCZ is a great choice for applications requiring frequency accuracy and stability.