SMV1236-074LF

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Variable capacitance diodes, also known as varicaps or varactors, are diodes manufactured for controlling and regulating the flow of electrical current within a given device. The SMV1236-074LF is one of the most popular varieties of these devices, known for its high-performance and low power consumption.

This device offers a wide range of features that make it one of the most sought after variable capacitance diodes in the market. It can be used in a variety of applications including television, radio, and amplifier tuning. Additionally, it can be used in the frequency modulation (FM) process and in cellular phone circuits in order to provide a secondary specific capacitance adjustment.

The SMV1236-074LF has a dynamic capacitance ranging between 7 and 12 pF which is dynamically altered by the reverse bias voltage. This allows for precise control of the device when it comes to selecting the frequency and voltage of the circuit.

Its working principle is simple yet effective. When a reverse-biased voltage is applied on the diode, it induces the capacitance to be altered depending on the voltage applied. This voltage can range from 0 to 7V which then correspond with a capacitance range from 7 pF to 12 pF.

The SMV1236-074LF is mainly used in applications where precise frequency and voltage controls are needed. It is ideal for radio and television tuners, frequency modulation applications, amplifier tuning, and more. It is designed to be low-cost and low profile, making it the perfect choice for today’s mobile devices.

The SMV1236-074LF is a highly reliable device with a minimum breakdown voltage at 0.8V. This means that the device can handle heavy usage and operate at a higher voltage without suffering any damage. This makes it an attractive choice for designing more advanced and power-efficient systems.

In conclusion, the SMV1236-074LF is a highly versatile variable capacitance diode that can be used in various applications such as tuning amplifiers and radios, FM applications, and cellular phone circuits. This device offers high performance, low power consumption, and high reliability, making it an attractive option for designers.

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