VC-TXO-39SM-128-TR Crystals, Oscillators, Resonators

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Oscillators are devices that generate electrical signals and are widely used in electronic equipment. In recent years, there have been many advances in oscillator technology, with the development of high-performance oscillators for a variety of electronic applications. One such oscillator is the VC-TXO-39SM-128-TR, which is a high performance voltage-controlled timing oscillator.

The VC-TXO-39SM-128-TR is a miniature oscillator that is well suited for use in a variety of applications. It is a two-channel device, which can be used for both clock and timing functions. The device features a precision frequency range of up to 1 MHz, a low phase noise of up to -64dBc/Hz at 10kHz, and an ultra-low power consumption of up to 0.85mA. The oscillator is also designed to be highly stable, with a limited frequency drift of up to 0.1ppm over the entire operational temperature range.

The VC-TXO-39SM-128-TR can be used in a variety of electronic applications, such as timing and synchronization, clock generation, and communication systems. In addition, it can be used for frequency synthesis, signal conditioning, and many other applications. The oscillator is designed to be highly reliable, with a high level of immunity to temperature changes, power supply variations, and external interference.

The working principle of the VC-TXO-39SM-128-TR is based on the use of negative feedback. The device consists of two voltage-controlled oscillators (VCOs), each connected to a feedback loop. When the frequency of the output of one VCO is changed, the frequency of the other VCO is also adjusted to maintain a constant output frequency. This negative feedback mechanism is used to keep the output frequency stable and to make it insensitive to temperature changes, power supply variations, and external interference.

The VC-TXO-39SM-128-TR is an advanced and highly reliable oscillator for a variety of applications. It features high precision, low phase noise, and low power consumption, making it ideal for use in timing, synchronization, clock generation, and communication systems. It is also highly stable, with a limited frequency drift over the entire operational temperature range.

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