653P156J6A3T

Oscillators are components or devices that produce a continuously alternating electrical signal. Physics-based oscillators generate a periodic electronic signal, and can be divided into many categories such as harmonic oscillators, non-linear oscillators, electromechanical oscillators and digital oscillators. 653P156J6A3T oscillator belongs to the digital oscillator family, which use a combination of resonators and digital electronic components as the main components to realize signal output.

653P156J6A3T oscillator is an exclusive oscillator which produces signal output through the annular oscillator, phase comparator, hysteresis comparator, and from the feedback generator. It has a wide range of applications in the fields of automatic control, measurement, communication, navigation, computer, and the main features of this type of oscillator are good long-term stability, high precision, high frequency stability and low cost.

Application field

653P156J6A3T oscillator can be used to realize various signal output requirements in computer, communication, automatic control, navigation, and other electronic equipment. In computer, these oscillators are widely used in central processing units, memory access timing, keyboard processing, display signal output, and other applications. In communication, these oscillators are used in mobile phones, walkie-talkies, bluetooth, and other wireless communication technologies. In automatic control and navigation, these oscillators can be applied in servo motor, speed measuring, speed control, motion control, navigation, and other fields.

Working principle

The 653P156J6A3T oscillator consists of several components that work together to achieve signal output. The core of this type of oscillator consists of an annular oscillator, a phase comparator, a hysteresis comparator, and a feedback generator. The annular oscillator is responsible for generating the high frequency signal. The signal then passes through two stages of frequency division, respectively, to obtain the main frequency and harmonics, which are transmitted to the phase comparator. The phase comparator is responsible for the synchronization of the signal in order to prevent the drift in frequency over time. The output of the phase comparator is compared with the original signal through a hysteresis comparator. The hysteresis comparator compares the outputs of phase comparator and original signal to generate a feedback signal, and the feedback signal is then sent to the feedback generator to control the original signal generated from the annular oscillator. In this way, the 653P156J6A3T oscillator keeps the signal from changing, and provides a stable and accurate signal for the application.