OXETDLJANF-20.000000 Crystals, Oscillators, Resonators

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Oscillators have a variety of application fields and employ various working principles. The most widely used are the OXETDLJANF-20.000000 oscillators. The XETDLJANF-20.000000 type oscillators are ideal for applications such as frequency synthesis, clock and timing generation as well as in other industrial, commercial and military applications.

The XETDLJANF-20.000000 oscillator consists of a quartz crystal, a Q-factor tuned circuit, and a bipolar transistor amplifier. The quartz crystal acts as the frequency-determining device of the oscillator. The Q-factor tuned circuit consists of an inductor and a capacitor and serves to match the impedance of the crystal to the amplifier. The amplifier provides a gain necessary for oscillations to occur.

In order for an oscillator to work, there must be a feedback mechanism that feeds the amplified output signal back to the input. The amount of feedback is determined by the ratio of the open circuit voltage gain of the amplifier and the Q-factor of the tuned circuit. The higher the gain of the amplifier relative to the Q-factor of the tuned circuit, the more feedback will be present.

The XETDLJANF-20.000000 oscillators are designed with a special feedback mechanism to ensure consistent operation and to minimize frequency variation due to component aging and temperature changes. The feedback object includes two varactors (variable capacitances) located in the Q-factor tuned circuit. The varactors can be adjusted to precisely set the oscillation frequency.

In operation, the quartz crystal vibrates at its resonant frequency. The electrical signal generated by the quartz is passed through the tuned circuit and the amplifier and then fed back to the quartz crystal. The feedback stabilizes the oscillator and maintains oscillations. The output of the XETDLJANF-20.000000 oscillators is highly stable and can easily be used to drive other circuits, such as clocks and timers.

To ensure optimal performance of the XETDLJANF-20.000000 oscillator, several components must be coordinated. This includes proper matching of the crystal frequency, resonant frequency of the tuned circuit, and DC bias levels of the varactors. Also, the component values within the tuned circuit must be carefully selected to ensure the correct Q-factor.

The XETDLJANF-20.000000 oscillators have been proven to be very accurate, stable and reliable. They are used in many industrial, commercial and military applications. The oscillators are also suitable for frequency synthesis, clock and timing generation.

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