TC-4.096MBE-T

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Introduction

TC-4.096MBE-T is a type of oscillator used for electronic applications. It is a low-cost, high-frequency oscillator with superior performance over traditional crystal oscillators. It is suitable for applications requiring low power, small size, and high performance. It features a proprietary TC Cut technology that provides superior jitter performance, high frequency stability, and accurate tuning.

Application field

TC-4.096MBE-T is used in a wide range of applications. It can be used in communications systems, such as cell phones, GPS systems, and radio and television broadcasting. It can also be used in digital audio systems, such as amplifiers, digital-to-analog converters, and digital recording devices. It is ideal for applications requiring fast switching, such as industrial control systems and timing and counting systems. Additionally, TC-4.096MBE-T is used in frequency standards and scientific instruments.

Working Principle

TC-4.096MBE-T works by using the crystal oscillators as the active devices in the oscillator circuit. These crystal oscillators contain a quartz crystal that vibrates when it is electrically driven. The frequency of the quartz crystal oscillator is determined by the capacitive and inductive reactance of the circuit. When the frequency is increased, more energy is required to drive the crystal and the output frequency increases as well. The oscillator uses a feedback circuit consisting of a multiplier, an amplifier, and a demodulator to maintain the frequency of the oscillator at a predetermined level.

Furthermore, the oscillator also adopts a thermal compensation circuit and an external resistor to reduce temperature sensitivity. The thermal compensation circuit is used to adjust the operating frequency of the oscillator in order to compensate for temperature changes. The external resistor is used to adjust the frequency of the oscillator in order to achieve a better tuning accuracy. The external resistor also helps the oscillator to maintain better frequency stability over time by reducing the effects of component aging.

Conclusion

In conclusion, TC-4.096MBE-T is a high-performance, low-cost oscillator that is suitable for a wide range of applications. It is ideal for applications requiring fast switching, frequency stability, and accurate tuning. Its proprietary TC Cut technology offers superior jitter performance. Furthermore, it has a thermal compensation circuit and an external resistor to reduce temperature sensitivity and achieve better tuning accuracy.

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