Application of crystal oscillator in industrial camera

In each module of an industrial camera, a crystal oscillator provides an accurate clock signal, which is mainly used to ensure that each part of the system can operate synchronously. Common frequencies for industrial cameras: 32.768KHz, 24MHZ, 25MHZ, 27MHZ, 40MHZ, 100MHZ, 125MHZ, 156.25MHZ

YXC Knowledge Popularization | 3 Benefits of Connecting 2 Capacitors to a Crystal Oscillator

The load capacitance of a crystal element refers to the total external effective capacitance across the two ends of the crystal in the circuit, that is, the capacitance required for the crystal to oscillate normally.

Key technology of programmable crystal oscillator - phase-locked loop principle explanation

Yangxing Technology's programmable crystal oscillator uses phase-locked loop technology to achieve arbitrary programming and customization of core parameters. This means that customers can choose any frequency point for customization within the wide frequency range of 1MHz~2100MHz (accurate to six decimal places) according to specific needs.

24mhz passive crystal oscillator function

The 24MHz passive crystal oscillator provides a unified clock reference for components such as the CPU, GPU, and memory, ensuring that they work together in a precise rhythm so that data transmission, processing, and storage can proceed in an orderly manner.

Miniaturization trend in the crystal oscillator industry: 3225 and smaller crystals

Mainstream crystal oscillators are usually divided into two packaging forms: SMD and DIP. SMD crystal oscillators are smaller in size than DIP crystal oscillators and are more widely used in intelligent electronic products. Currently, SMD crystal oscillators with a size of 3225 (3.2*2.5mm) and below are usually used.

How to distinguish active and passive four-pin crystal oscillators

Crystal oscillators are usually divided into two types: passive crystal oscillators and active crystal oscillators. Passive crystal oscillators have two pins, while active crystal oscillators have four pins. However, passive crystal oscillators also have four pins.