B39321R0903H110 Crystals, Oscillators, Resonators

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The B39321R0903H110 resonator is a component used in many different applications. It is used to produce oscillatory signals, such as sine waves or other periodic waveforms. It is particularly useful in radio frequency electronics to generate fixed frequencies suitable for use in radios and other equipment. The component is functionally similar to an inductor, but with greater precision and stability. It is often used as a component of an oscillator circuit to provide a consistent signal frequency.

The B39321R0903H110 resonator consists of a coil wound around an electro-ceramic core, acting as an inductor. To this is connected a capacitor, forming an LC tank circuit. An alternating current (AC) voltage is applied across the two terminals, exciting the LC circuit and producing an oscillating response. When the externally applied AC voltage is tuned to the resonant frequency of the LC circuit, the circuit’s amplitude of oscillation is maximised. The resonator also acts to reject any signal which is not at the specified frequency. The component’s resonant frequency is set by the component’s values and is fixed, allowing it to be used as a frequency-stabilising device.

The B39321R0903H110 resonator is widely used in different applications, particularly in radio frequency (RF) systems and communications. Common applications include wireless communications systems, mobile phones, Wi-Fi and Bluetooth networks, radio transmitters and receivers and radio-based navigation systems. Resonators may also be used in audio systems, and in laboratory equipment such as oscilloscopes, scanners, and frequency counters.

The B39321R0903H110 resonator is generally favoured for its stability and consistency of performance. It is expected to work reliably over a wide range of input voltages, temperatures, and frequencies. As it is a self-contained component, it requires little external circuitry or components for operation. The component also offers relatively low insertion loss, meaning it does not significantly reduce the signal strength when inserted into a circuit, making it an ideal choice for many applications.

In summary, the B39321R0903H110 resonator is a useful component which is widely used in many modern electronics applications. Its stability and broad range of functionality make it an ideal choice for a variety of applications, especially in RF systems and communications.

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