SIT1602BC-33-25E-24.576000T

Oscillators are common devices in the application environment of many electronic products. They possess the features of repetitive signals, instability, and exact periodicity. They are widely used in various fields. And SIT1602BC-33-25E-24.576000T oscillators are a type of oscillator that is widely used for timing and synchronization application.

SIT1602BC-33-25E-24.576000T oscillators come with an internal frequency of 24.576 MHz. It supports frequencies as high as 25 MHz. It is particularly designed for specialized telecommunications applications, such as frequency hopping communication, multi-channel communications, and digital systems processing. It also provides precise synchronization and precise control of frequency.

The working principle of SIT1602BC-33-25E-24.576000T oscillators is based on the resonance principle. It uses a quartz crystal resonator to produce a stable frequency, which can be specified within a certain range. The frequency is controlled by a metal diaphragm close to the crystal, and the capacitance changes on the diaphragm are determined by the suspension force, which is adjusted by a special adjustment screw. In this way, the frequency of the oscillator can be adjusted to the ideal value of the application.

SIT1602BC-33-25E-24.576000T oscillators are widely used in Frequency-Hopping Spread Spectrum (FHSS) systems and Multiple Access System (MAS) networks due to their high accuracy of frequency and low phase noise. They can also be used in advanced automatic test systems (ATE) by providing a frequency reference signal. Moreover, they are also suitable for GPS timing systems, as they offer a reliable reference frequency.

In summary, SIT1602BC-33-25E-24.576000T oscillators are an ideal choice for timing and synchronization applications that require a precise frequency source. Its metal diaphragm adjusted with a special adjustment screw provides accurate frequency control. This versatile oscillator technology is popular in various fields, such as telecommunications, automatic test systems, and frequency-hopping spread spectrum. It is also suitable for GPS timing systems that rely on a reliable reference frequency.