DSC1003DL1-019.2000

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Oscillators are a type of electronic circuit that generates a periodic waveform without relying on an outside influence. The periodic waveform is usually produced using either voltage or current, or a combination of both. The principle of oscillators is based on the concept of resonance, which is related to the oscillation of voltage or current in an electric circuit.

The DSC1003DL1-019.2000 is a frequency synthesizer, which is a kind of oscillator. It is employed for the generation of precise and highly stable frequencies in the range from 1kHz up to 19,200 kHz in all available frequency bands. The frequency is stabilized utilizing a voltage controlled crystal oscillator (VCXO) with a patented control voltage concept. It permits the DSC1003DL1-019.2000 oscillator to deliver excellent frequency accuracy and frequency stability performance under harsh environmental conditions like different temperatures and climates.

As for the application field of the DSC1003DL1-019.2000 oscillator, it is primarily used in radio frequency (RF) remote control systems, such as for radio-controlled vehicles and drones, robots, radio-controlled models, radio-controlled toys, and various other applications where precise frequency control is required. It can also be used in other wireless communication systems, such as Bluetooth, Wi-Fi, ZigBee, etc.

The working principle of the DSC1003DL1-019.2000 oscillator is based on the well-known principle of frequency synthesis. In this principle, the output frequency is derived from a main reference frequency, by using a fixed set of modulation parameters such as a frequency divider chain, a preset frequency offset, and a controllable phase modulation. By adjusting the phase modulation parameters, the output frequency of the oscillator can be made to follow a desired set-point frequency.

The frequency output of the oscillator is achieved using a VCXO. In this technique, the voltage to the crystal is varied so that the frequency of the generated output follows a programmed set-point. The frequency stability of the DSC1003DL1-019.2000 oscillator is achieved by building temperature compensation circuits into it, that compensate for the temperature drift of the crystal. This ensures that the output frequency is kept extremely stable, even in harsh environmental conditions.

The DSC1003DL1-019.2000 frequency synthesizer is a reliable and highly stable source of precise frequencies that can be used in applications from radio control to wireless communication. Thanks to its temperature compensation circuitry, the DSC1003DL1-019.2000 oscillator can deliver excellent frequency accuracy and stability performance even under extreme temperature and humidity conditions.

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