520R10HA38M4000

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Oscillators are used to generate periodic, repetitive electrical signals, often in alternating current or other cyclic forms of energy. These signals are used in many types of electronic applications ranging from communication to power control and instrumentation. One type of oscillator, the 520R10HA38M4000, is a highly efficient, programmable quartz crystal oscillator that offers low power consumption and a wide frequency range.

The 520R10HA38M4000 is a quartz crystal oscillator manufactured by Mitsubishi that is designed specifically for low voltage applications, such as those found in various types of electronic equipment. Its main features include efficient power consumption, a wide range of output frequencies, and a capability for programming the output frequency. The oscillator works on the principle of a quartz crystal with a vibrational frequency that is precisely determined by the external circuit. An electrical signal is applied to the crystal, which then vibrates at its natural frequency. This vibration is used to generate an output signal with high frequency accuracy.

The 520R10HA38M4000 is mainly used for precise timing and frequency control in various types of electronic and communication equipment. It is highly suitable for use in digital radio and television receivers, digital cordless phones, and digital cellular phones. In addition, it is used in personal computers for providing frequency stability, as well as in electronic navigation systems such as GPS for timing control. The oscillator is also used in some types of instrumentation, such as oscilloscopes and frequency counters.

The 520R10HA38M4000 oscillator works on the principle of a quartz crystal, as mentioned above. A quartz crystal consists of a slice of quartz that is laser cut and shaped into an oscillator plate. The quartz crystal is attached to one or two electrodes that act as an electrical connection between it and the external circuit. An electrical current is passed through the crystal, and the resonant frequency of the crystal is created when the electrical current passes through it. This frequency is then used to generate an output signal.

In order for the 520R10HA38M4000 to achieve the desired frequency accuracy, it relies on accurate and regulated temperature control. The electrical current is used to heat the crystal, and the frequency of the crystal\'s vibration is affected by its temperature. In addition, the oscillator is programmed to select specific frequencies by controlling the electrical current. The combination of precise temperature control and programming allows the oscillator to generate a precise output frequency over a wide range.

The 520R10HA38M4000 is a highly efficient, low power consuming oscillator that is designed for use in various types of electronic equipment. Its features, such as its frequency range, programmable output frequency, and precise temperature control, make it ideal for use in digital radio and television receivers, cordless phones, cellular phones, and instrumentation. With its excellent accuracy and reliable performance, the 520R10HA38M4000 oscillator is a great choice for any type of application that requires precise timing and frequency control.

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