511JBB125M000BAG

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Oscillators are an essential and dynamic electronic component in various measurement and control circuits. They are used to generate periodic signals that are used to control system functions such as frequency conversion, frequency control, frequency monitoring, and timing. The 511JBB125M000BAG Oscillator is a type of miniature oscillator module designed to provide a stable, low-power source of sine wave oscillation for various digital systems and devices.

The 511JBB125M000BAG Oscillator consists of two-pin output devices that are integrated with the associated focusing circuit and precision circuit boards. It has a standard voltage of 5 V and a frequency range of 10 MHz to 125 MHz. The oscillator adopts the surface acoustic wave (SAW) technology and uses an American SMD package and a unique magnetic field-protected sealing technology. It is free of magnetic and radiation interference and has a wide temperature range with a highly stable output frequency from 0 to 70 °C.

The 511JBB125M000BAG Oscillator has a variety of practical applications in digital systems and devices. It can be used for high-speed clock efficient synchronization, pulsed control, data transmission, frequency stabilization, frequency modulation, timing, frequency conversion, digital transmission, communications, and signal transmission. It can also be used as a transducer to convert electrical signals into acoustic signals and vice versa. Additionally, the oscillator can be used in precision instrumentation and measurement, media processing, high-speed sorting, frequency synthesis, and embedded systems.

The working principle of the 511JBB125M000BAG Oscillator is based on the oscillation of sine waves. It uses a quartz crystal as a piezoelectric element to produce an oscillating electric current following its frequency. The quartz crystal is connected to an external oscillation circuit and it then oscillates at a specific sine wave frequency depending on its size and shape. The output of the sine wave is then amplified through an op-amp and coupled with a coil output terminal to the external device for usage. The output sine wave frequency can be adjusted through the adjusting terminal of the external oscillating circuit to precisely match the frequency to its application.

In conclusion, the 511JBB125M000BAG Oscillator is a miniature oscillator module used to provide a stable, low-power source of sine wave oscillation for various digital systems and devices. It is used to generate periodic signals for functions such as frequency conversion, frequency control, frequency monitoring, and timing, and can be used in precision instrumentation and measurement, media processing, high-speed sorting, frequency synthesis, and embedded systems. Its working principle is based on oscillation of sine waves generated by a quartz crystal connected to an external oscillating circuit.

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