SVC236-TB-E Discrete Semiconductor Products

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Variable capacitance (Varicaps, Varactors) diodes are components that allow the capacitance value to be altered by changing a bias voltage applied to the component. Changing the bias voltage changes the charge stored and therefore the capacitance value. Varicaps are used in automatic frequency tuning, frequency control AGC circuits, speech processing and tuning as well as other applications. The SVC236-TB-E is a Varicap diode designed for use in applications requiring frequency control and modulation.

The SVC236-TB-E is a dual varicap diode, meaning that it has two elements - an anode and a cathode - that can be used to alter the capacitance. It has an operating temperature range of 0-70°C and is capable of withstanding high voltages and wide frequency ranges. The SVC236-TB-E features a low insertion loss and a low noise voltage coefficient. The device is constructed using two junction scans, each consisting of a Varicap element and substrate/paddle.

The SVC236-TB-E\'s application fields and working principle are primarily centered around frequency control and modulation tasks. This device is used in RF applications to control the frequency of a transmitter-receiver or a transceiver system. It can also be used for FM modulation, allowing for fine tuning of the frequency.

The SVC236-TB-E\'s working principle is based on the capacitance of a diode changing with a given bias voltage. By applying a bias voltage, the charge on the diode’s junctions can be altered. It is this alteration that allows for the capacitance of the diode to change, in turn allowing its use for frequency control and modulation.

The SVC236-TB-E is an excellent choice for frequency control and modulation, due to its low insertion loss and low noise voltage coefficient. In addition, its wide operating temperature range and high voltage withstanding makes the device suitable for a variety of applications. As a result, the SVC236-TB-E is an ideal solution for those seeking a reliable and affordable solution for their frequency control and modulation needs.

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