SIT1618BE-13-33E-20.000000D

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Oscillators play an important role in applications associated with distributed component systems, such as electronic control systems, accelerometers, signal processing, and embedded systems. One type of oscillator is the SIT1618BE-13-33E-20.000000D oscillator. This device is used in automatic control applications where precision, stability, and low phase noise is required. Below is an explanation of the application field and working principle of this device.

The SIT1618BE-13-33E-20.000000D oscillator range is designed for high accuracy, good linearity, and immunity to power supply noise. These devices are mainly used in applications such as industrial automation, process control, and communication. The oscillator has an output frequency of 20 MHz with a cycle to cycle jitter of up to 160 picoseconds. In addition, its resistance to power supply line noise and surge voltages makes it suitable for power systems, such as telecommunications, energy, and even automotive applications.

The SIT1618BE-13-33E-20.000000D oscillator works by generating an output signal when a voltage is applied to the crystal oscillator. The clock frequency of the output signal is determined by the type of crystal used in the oscillator. The crystal oscillator is housed in a hermetically sealed enclosure, which protects the oscillator from environmental noise, vibration, and moisture. This ensures that the output signal is stable over a wide range of operating temperatures and shock levels.

The device is designed to function near the center of the frequency spectrum with excellent phase noise performance. The dynamic frequency response of the oscillator is also excellent, allowing the device to instantly adjust to any changes in the input voltage. Furthermore, the low frequency stability of the oscillator ensures a low power consumption that is ideal for battery operated applications. The device is designed to be compliant with the RoHS Directive 6/12/2004 and can be used in hazardous areas.

In addition to providing excellent signal accuracy and stability, the SIT1618BE-13-33E-20.000000D oscillator can also be used for a variety of applications. This includes frequency synthesis, data transmission, speech recognition, spectrum analysis, and code verification, among others. The device is also compatible with a range of industrial communication protocols, such as CANbus, IO-Link, WLAN, and Bluetooth. One of the main advantages of this device is that it can be easily integrated into existing distributed control systems.

The SIT1618BE-13-33E-20.000000D oscillator is an ideal device for applications that require accurate frequency and frequency stability. It offers excellent immunity to power supply noise, excellent linearity, low phase noise, and compatibility with a variety of industrial communication protocols. The oscillator is easy to integrate into existing systems and is designed to be RoHS compliant.

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