ASTMHTA-66.666MHZ-ZK-E

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Oscillators

ASTMHTA-66.666MHZ-ZK-E is the most advanced oscillators used in the current market. It is designed for those requiring a high precision frequency output and working principle. This oscillator has smaller size, lower power dissipation, higher frequency stability, higher accuracy and better immunity.

Application Field

The ASTMHTA-66.666MHZ-ZK-E application field is quite extensive. Firstly, it can be used in various consumer electronic products, such as digital TV, mobile phones, blue-ray DVD, digital radio, digital cameras and memory, etc. Furthermore, it is widely used in devices related to industrial automation, automotive, military, aviation and medical fields.

Working Principle

The working principle of the ASTMHTA-66.666MHZ-ZK-E is based on an additive synthesis which uses two frequencies to generate a new one. The output frequency and its stability will be determined by the ratio or the addition of the two frequencies. The core component of the oscillator is a pair of quartz crystals. The quartz crystals are connected in parallel and can produce stable and accurate oscillations.

In addition, the output frequency of an oscillator is determined by the resonance of the quartz crystal and its corresponding frequency-determining components such as inductors and capacitors. The resonance is periodically adjusted by a feedback circuit so as to keep the output frequency stable and uniform.

Furthermore, the noise floor of ASTMHTA-66.666MHZ-ZK-E is extremely low, which enhances its reliability and makes it ideal for those applications that require low noise performance. The low noise floor also decreases the phase noise and spurious output.

Conclusion

In conclusion, ASTMHTA-66.666MHZ-ZK-E is one of the most advanced and reliable oscillators available in the market. It is suitable for use in a wide variety of consumer and industrial applications. It has an extremely low noise floor and its frequency is highly stable. It is designed for those who need a high precision frequency output and working principle.

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