MP196A-E

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Crystals are a type of material composed of atoms arranged in three-dimensional lattices. Using these crystals, engineers can create components and circuits that regulate, oscillate, and amplify electric signals. The MP196A-E is a crystal oscillator used in radio communications, home electronics, computers, and other electronic devices.

The MP196A-E consists of four distinct parts: the quartz crystal, a driver amplifier (oscillator), a frequency control circuit, and a housing. The quartz crystal is the central component of the MP196A-E, providing a precise frequency for the oscillator. The quartz crystal has a specific “cut” that determine its frequency and stability. The driver amplifier (oscillator) produces a buffered output signal. This signal is typically in the range of 100 Hz – 10 MHz. The frequency control circuit determines the frequency range of the output signal. This range can be set by the user.

The MP196A-E has a wide range of applications. It is used in portable electronic devices such as pagers, cell phones, portable radios, and wireless communication systems. It is also used in home electronics such as televisions, alarm systems, and digital cameras. Additionally, the MP196A-E is used in computer systems, including personal computers, servers, and mainframes.

The MP196A-E operates on the principle of harmonic resonance. When an alternating current is passed through the quartz crystal, the crystal will oscillate at its resonance frequency. This frequency is determined by the quartz crystal’s geometry. The frequency can be adjusted by changing the cut of the crystal or by adding a frequency control circuit. The oscillator then amplifies the signal generated by the crystal, producing the output signal.

The MP196A-E is an important component in a variety of electronic systems. It provides a consistent, reliable signal with a high degree of accuracy. The frequency control circuit allows the output signal to be adjusted to meet specific requirements. Additionally, the MP196A-E has a relatively low level of power consumption, making it an ideal choice for many electronic devices.

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