SIT1602BC-12-30N-66.600000D

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Oscillators are essential for everyday applications including clocks, radio systems, and frequency synthesis applications. Frequency synthesis is especially critical in many electronic designs as it allows for the creation of digital or analog signals for use in digital designs, cellular telephony, Wi-Fi networks, and other applications. The SIT1602BC-12-30N-66.600000D oscillator is one example of a device that places a high-quality oscillator in a low profile surface-mount package. This article will discuss the application fields and working principle of the SIT1602BC-12-30N-66.600000D oscillator.

Application Fields of SIT1602BC-12-30N-66.600000D Oscillator

The SIT1602BC-12-30N-66.600000D oscillator is a high-performance, low profile surface mount device. Its small size allows it to be easily integrated into a variety of devices, including smart phones, medical equipment, industrial control systems, automotive applications, and more. It is ideal for applications requiring frequency accuracy, stability, and convenience. The 10 to 20MHz frequency range of the oscillator encompasses a wide variety of oscillator designs, ranging from simple timebases to more complex designs.

The device utilizes two curved four-layer ceramic resonators. These resonators are used to create an oscillator circuit which operates over a wide range of frequencies. The design is highly reliable due to its excellent thermal stability and low profile package size. Additionally, the oscillator is packaged in a BSM586B5P package, allowing it to be easily inserted onto small, surface mounted boards.

Working Principle of SIT1602BC-12-30N-66.600000D Oscillator

The SIT1602BC-12-30N-66.600000D oscillator utilizes two curved four-layer ceramic resonators to create an oscillator circuit. The circuit includes two capacitors in parallel and two resistor-capacitor networks. The two resonators are tuned to two slightly different frequencies, allowing the oscillator to have a wide frequency range and high accuracy. The circuit operates by allowing a electrical signal to oscillate between the two resonators, resulting in a stable signal.

The frequency of the oscillator is set by adjusting the position of the two resonators. The resonators are connected to the circuit board through three leads. The first is a feedback resistor lead, which is used to set the output frequency. The second leads adjusts the oscillator frequency offset, while the third adjusts the Q-factor of the resonators. This allows the user to precisely control the frequency of the oscillator.

The oscillator also features a number of additional features, including a wide temperature operating range, built-in temperature compensation circuitry, high shock tolerance, and low power consumption. The device is able to provide reliable operation in a wide variety of conditions, allowing it to be used in a variety of electronic applications.

Conclusion

The SIT1602BC-12-30N-66.600000D oscillator is an ideal device for a variety of electronic designs. Its small size and high-performance make it suitable for applications requiring frequency accuracy, stability, and convenience. Additionally, its wide temperature range and low power consumption allow the device to be used in a variety of applications. Its working principle of utilizing two curved four-layer ceramic resonators to create a highly reliable oscillator circuit ensures the device offers reliable performance in a wide variety of conditions.

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