500SAAA2M04800ACF

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Oscillators are used to generate a periodic signal. The 500SAAA2M04800ACF is a reliable, quiet, and cost-effective crystal oscillator developed by Oscillator Technologies, Inc. This oscillator has a wide range of applications and can be used in various commercial and industrial applications.

Application Field of 500SAAA2M04800ACF

The 500SAAA2M04800ACF crystal oscillator is widely used in various commercial and industrial applications, ranging from computer and communication equipment to embedded systems. It can perform frequency synthesis, timing, high frequency signal generation, clock generation, microprocessor clocks, address decoding, and other timing functions. It is also used in system clock oscillators, regulating crystal oscillators, and general-purpose logic oscillators.

In addition, this crystal oscillator is also used in photography application, such as digital trigger control, timing control, and machine control. It can provide accurate and stable timing necessary for image capture and then storage to the memory.

Moreover, this high precision clock oscillator is also suitable for metering systems, which measure time in pulses or other incremental units. Meters such as watt-hour meters and gas or water meters for measuring energy or liquid flow in a building are typically fitted with high precision crystal oscillators to provide the pulses. Furthermore, the 500SAAA2M04800ACF oscillator can be used in various industrial and medical instruments.

Working Principle of 500SAAA2M04800ACF

The 500SAAA2M04800ACF crystal oscillator integrates two transistors and a quartz crystal to provide a high accuracy timing source. The quartz crystal is resonant at a certain frequency, which is determined by the size and shape of the crystal itself. The two transistors form an astable multivibrator circuit that oscillates at the frequency of the crystal, which acts as the timing source.

The two transistors form an oscillator that is used to supply current to the quartz element. The quartz element vibrates in response to the current and generates an output that is an oscillating signal with a frequency that is determined by the engineering parameters of the crystal. The multivibrator circuit then amplifies and shapes the signal, producing a smooth output signal.

The advantage of the 500SAAA2M04800ACF crystal oscillator is that it not only has a high degree of accuracy and stability, but also is extremely cost-effective. It has a low power consumption and operates in a wide range of temperatures, making it suitable for a variety of applications. In addition, this crystal oscillator has a long operating life and is highly reliable, making it a popular choice for many applications.

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