OCETGLJTNF-66.666000 Crystals, Oscillators, Resonators

OCETGLJTNF-66.666000 application field and working principle

OCETGLJTNF-66.666000 is an oscillator based on a pulse-width modulation (PWM) circuit architecture. It is a voltage-controlled and temperature-compensated oscillator module widely used in communication engineering, military and aerospace fields. It is ideal for providing a stable and low-phase-noise signal for frequency synthesizer, communication system, radar system and other sophisticated control systems.

Application Field

OCETGLJTNF-66.666000 oscillators are designed to meet a variety of applications in different frequency ranges. They are suitable for high frequency signal generation, timing synchronization in electronics, radio signal modulation, remote control systems, position operation systems, or even in communication networks. In particular, OCETGLJTNF-66.666000 oscillators can operate at frequencies up to 66.666000 MHz, and can deliver a stable signal which has a high degree of accuracy.

Working Principle

The OCETGLJTNF-66.666000 oscillator works on the principle of pulse-width modulation. The module contains a modified circuit that provides a voltage-controlled clock signal output. In order to generate a signal, the module uses a differential amplification circuit, followed by an integrator loop. The signal is then further fine-tuned by a precision divider and compensated for temperature variations. The divider output is compared with the reference voltage, and the amount of voltage conversion is stored. This is what gives the OCETGLJTNF-66.666000 oscillator its excellent precision and stability.

The OCETGLJTNF-66.666000 oscillator also uses a dual-loop architecture to provide a low phase noise and harmonic suppression. This helps to ensure that the generated signal is free from distortion and noise. Moreover, the modular construction of the OCETGLJTNF-66.666000 oscillator enables very easy assembly and testing.

Conclusion

In conclusion, OCETGLJTNF-66.666000 oscillators are widely used in communications, military, and aerospace fields. It offers excellent performance with an accuracy of 0.1%. The module is also easy to assemble and is very stable in operation. It has excellent harmonic suppression and a low phase noise, which makes it suitable for very precise and reliable tasks.