DSC1103CE2-168.5000

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DSC1103CE2-168.5000 is a type of oscillator, which is a device that generates sinusoidal oscillations to serve as a very stable and precise timing reference. The primary application field of oscillators is in the field of digital electronics, where it can be used to convert electrical signals into precise square wave patterns. Oscillators are also used in signal generators, PLLs, communication circuits, digital synthesisers and automatic gain control circuits.

The DSC1103CE2-168.5000 oscillator is a voltage-controlled oscillator (VCO), which means that it uses a voltage as the frequency-determining parameter. It comes with a set of frequency tuning parameters, including frequency (lower than 3.8GHz), power supply voltage, temperature, supply current and capacitance. The output signal of this oscillator is stable across all frequency, voltage and temperature conditions.

The major advantage of using the DSC1103CE2-168.5000 oscillator is its high stability and low power consumption. It offers superior phase noise performance across frequency, voltage and temperature variations, and is capable of achieving frequency accuracy of up to 10 parts per million. In addition, the device also provides very low power consumption, allowing it to be used in battery-driven applications.

The working principle of the DSC1103CE2-168.5000 oscillator involves a voltage-controlled capacitive reactance (VCX) chip. This VCX chip is a continuous phase-shifting oscillator which uses capacitance and inductance to create an oscillatory field. By varying the voltage across the VCX chip, or changing the capacitance or inductance, the frequency of the oscillator can be tuned.

The DSC1103CE2-168.5000 oscillator is an important component in many electronic systems, such as electronic watches, communication systems, test instruments, satellite navigation systems, and many others. Its wide-ranging application fields and its excellent performance characteristics make it an essential choice for precise and stable timing references. With its low power consumption, it is also a safe and reliable option for battery-driven applications.

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