CB3LV-2I-14M7456

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Oscillators are often used in electronic circuits, and the CB3LV-2I-14M7456 is one of the widely used oscillators. Its most common applications involve generating predetermined fixed and accurate frequency signals from circuits and electronic systems. The application fields of the CB3LV-2I-14M7456 oscillator mainly include consumer electronics, automotive electronics, digital broadcasting, and industrial technology control, among other fields.

The CB3LV-2I-14M7456 oscillator is a voltage controlled oscillator (VCO) comprising a bipolar transistor, a resistor, a capacitor, a voltage regulator, one or two inductors, and a crystal oscillator. The circuit structure is such that negative feedback modifies the base current within a bipolar transistor and further stabilizes the output signal frequency. This oscillator can be tuned in range from 14MHz to 56MHz and provides adjustable frequency selection with highly accurate performance, making it an ideal choice when a precise voltage controlled oscillator is needed. In addition, it is easy to use, it has low power consumption, it provides good temperature stability and its startup time is very short.

Interestingly, the working principle of the CB3LV-2I-14M7456 oscillator can be broken down into three main steps. First, the inductor and capacitor in the circuit act as an LC oscillator. Then, the voltage regulator provides a voltage reference on the node of the collector in the bipolar transistor. Lastly, the output frequency is adjusted with the voltage difference at the node of the resistor, which is supplied from the adjustable external voltage source. With each step, the circuit is able to generate a predetermined frequency that can then be controlled or corrected by adjusting this voltage source.

To conclude, the CB3LV-2I-14M7456 oscillator is a simple and reliable device widely used to generate predetermined and accurate frequency signals from circuits and electronic systems. It is made up of bipolar transistor, resistor, capacitor, voltage regulator, one or two inductors and a crystal oscillator, and its working principle involves the interaction of these components to generate a predetermined frequency which can be adjusted with an external voltage source. Its application fields mainly include consumer electronics, automotive electronics, digital broadcasting and industrial technology control, and it has a wide range of advantages like good temperature stability, low power consumption, precise frequency tuning and short startup time.

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