SIT8918BE-13-33E-80.000000G

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Oscillators are devices that generate periodic electrical signals. SIT8918BE-13-33E-80.000000G is a low noise, high stability oscillator that is suitable for magnetic resonance imaging (MRI) solutions. The device embeds a low noise phase-locked loop (PLL) with loop bandwidth adjustment. This oscillator is designed to meet the rigorous requirements of medical, industrial, regulated, and abraded applications.

The SIT8918BE-13-33E-80.000000G is designed to offer industry-leading noise, stability and power efficiency for MRI medical and defence applications. Its low noise, high stability oscillator is easily integrated with existing MRI systems, and its short settling time and low power consumption make it more energy efficient than regular oscillators. This oscillator can also be used in combination with a phase locked loop (PLL) to achieve quick frequency hopping and agile signal acquisition.

The working principle of the SIT8918BE-13-33E-80.000000G is based on a digital PLL circuit with a high-accuracy programmable oscillator. It works by outputting an output frequency, which is then compared with the input frequency by the PLL circuit. When the compared signals are within a close enough range to each other, the PLL circuit locks and maintains the output frequency. The PLL circuit continuously adjusts the output frequency in order to keep it in synchronization with the input.

The main application field of the SIT8918BE-13-33E-80.000000G is magnetic resonance imaging (MRI) solutions. Its low noise, high stability oscillator makes it ideal for medical, industrial, regulated, and abraded applications. It is also suitable for microwave applications such as ultra-wideband (UWB) communication and impulse radar. Additionally, its low jitter surface mount oscillator is suitable for high-speed multimedia data streaming, wireless local area networks (WLAN) and digital video applications.

In conclusion, the SIT8918BE-13-33E-80.000000G is a low noise, high stability oscillator suitable for medical, industrial, regulated, and abraded applications. It is based on a digital PLL circuit with a high-accuracy programmable oscillator and is designed to offer industry-leading noise, stability, and power efficiency for MRI medical and defence applications. Its main application field is magnetic resonance imaging (MRI) solutions and it is also suitable for a wide range of other applications including microwave applications, ultra-wideband (UWB) communication, impulse radar, high-speed multimedia data streaming, wireless local area networks (WLAN) and digital video applications.

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