9B08000082

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Crystals play an important role in the world of electronic components, embedding themselves in many types of applications such as electronic signal processing, frequency control and oscillation, and signal stabilization. In particular, the 9B08000082 crystal is a monolithic temperature compensator device that is commonly used in oscillator applications as a low-cost yet reliable temperature-compensated timing device.

The 9B08000082 is extremely small in size, measuring just 4.4 x 3.2 x 0.75 mm, and its main component is the main crystal oscillator, which is a combination of four parallel resonant crystals. The device is designed to supply a constant Frequency and cycle time regardless of varying temperatures. It also produces low jitter, which makes it suitable for applications such as PLL circuits and digital signal processing.

The 9B08000082 also features low power consumption, offering extremely low power requirements, which is ideal for battery-powered and portable devices where extended battery life is required. This crystal also features high stability, with good tolerance to temperature variations, stimulating less drift in the oscillator frequency.

The working principle of the 9B08000082 consists of a band pass filter connected to the crystal oscillator, which has two components; an oscillator composed of two parallel resonant crystals and a frequency-determining element providing automatic thermal compensation. A pair of signal coils are used to "fine-tune" the oscillator for a predetermined temperature range. When the actual temperature of the device varies, the frequency offset of the signal coil "coarse-tune" adjusts the oscillator for an automatic frequency compensation to produce an accurate frequency and cycle time.

The 9B08000082 can therefore be used in many oscillator applications, such as clock circuits and frequency control. It is also used in communication devices, remote sensing, home appliances, and numerous other industrial and consumer products that require precision frequency control. With its low power consumption and excellent stability, it has become the foremost choice for low frequency timing devices.

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