SIT8008BI-72-XXE13.560000G

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Oscillators are electronic components that generate an electrical signal of a certain frequency. SIT8008BI-72-XXE13.560000G is a kind of oscillator which provides stable, precise, and reliable clock signals to support various systems. It is widely used in industrial, automation, civil, and medical equipment, etc.

SIT8008BI-72-XXE13.560000G is a device that produces a sinusoidal wave. This oscillator incorporated a rotary mechanical resonator, with an integrated quartz crystal. It offers a frequency range of 13.56MHz, which can be adjusted within 1Hz step size with incorporated digital control technology. The device also includes a PLL (phase-locked loop) circuit that allows it to be easily synchronized to an external reference signal. With this advanced circuit design, the performance of SIT8008BI-72-XXE13.560000G is extremely stable, and its long-term frequency stability is less than 0.5ppm.

The oscillator generates a low-amplitude sinusoidal waveform output. It is designed with an integrated programmable amplifier, which amplifies the output signal to up to 2V peak-to-peak. This high driving capability enables SIT8008BI-72-XXE13.560000G to be used in systems with a high-load demand. Furthermore, it features excellent EMI/EMC reduction capability, providing substantial protection to any systems it\'s used in.

Due to its robust design, SIT8008BI-72-XXE13.560000G has a wide operating temperature range from -40℃ to 85℃. It also has a low current consumption of 9mA, allowing it to operate on a single 3V power supply. In addition, the oscillator also includes 3-wire serial port communication interface, which is used to set various parameters. Moreover, the oscillator can also be configured with an adjustable enable/disable package.

In summary, SIT8008BI-72-XXE13.560000G is an ideal choice for oscillator applications, due to its wide frequency range, compact size, high accuracy, low current consumption, and superior output reliability. It is ideally suited for use in many industrial, automation, civil, and medical applications.

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