What happens if two crystal oscillators of different frequencies are placed close together

The oscillation of a crystal is essentially a mechanical vibration (at the piezoelectric crystal level). When two crystals are placed close together, their mechanical vibrations may affect each other. The vibration of one crystal may be transmitted to the other crystal through a medium such as a circuit board or a casing, thereby changing the vibration characteristics of the other crystal.

YXC Yangxing Technology | 2025 Spring Festival Holiday Notice

YXC Yangxing Technology | 2025 Spring Festival Holiday Notice

Popular Science Knowledge丨The Relationship Between the Frequency, Amplitude and Quality Factor of a Crystal Oscillator

The frequency and amplitude of a crystal oscillator are two independent parameters, and there is no direct fixed relationship between them. However, in actual applications, they will affect each other and jointly determine the performance and application scenarios of the crystal oscillator.

The role of crystal oscillator in circuit

Synchronous reference for digital circuits, maintaining frequency accuracy, coordinating the work of different modules, generating multiple frequency signals, and providing precise time reference

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.