B39431R0980U410 Crystals, Oscillators, Resonators

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Resonators

The B39431R0980U410 is a state-of-the-art Bluetooth enabled high power resonator for the low-power Industrial, Medical, and Automotive (IMA) market segments. This resonator has been specifically designed to provide superior performance and reliable long-term operation in a variety of harsh environments.

Resonators are used in a variety of applications, ranging from high frequency signal communication, to low frequency signal processing, to simple frequency identification. In particular, they are well suited for applications needing a guarantee of high accuracy, low power consumption and a long-term reliable operation. The B39431R0980U410 resonator was designed to meet these requirements.

The B39431R0980U410 resonator is capable of providing superior performance in a wide range of application fields. It can be used in a variety of medical and industrial application fields where a reliable, low-power frequency source is required. The medical applications include therapeutic and diagnostic medical devices, monitoring systems and systems for patient data acquisition and storage. The industrial applications include semiconductor equipment, machining systems and control, drive and positioning systems.

In addition, the B39431R0980U410 can be used in automotive applications as well, providing reliable operation in noisy electromagnetic environments. The resonator is particularly suited to applications where a reliable wireless connection and a high level of accuracy are required.

The B39431R0980U411 resonator is based on a trapezoidal excitation principle and is designed to provide the highest level of performance and control, while maintaining a low power consumption and a high degree of reliability. The core of the resonator is a clocked structure called a circuit topology which is comprised of two bare-to-ground film capacitors and two inductors connected in series.

The circuit topology of the resonator is critical to its accurate operation, as it effectively determines the frequency response and damping characteristic of the resonance. The excitation principle of the resonator is based upon the forced displacement of the core resonance by the application of an electrical signal of a predetermined frequency. An amplitude-dependent tuning circuit automatically adjusts the output frequency of the resonator to match the applied signal. This ensures that the resonance frequency remains stable even under varying environmental conditions.

The B39431R0980U410 resonator is designed to be compatible with the low-power IMA market segments in mind and is suitable for operation in temperatures ranging from -50°C to +85°C. The device is also compliant with a wide range of electromagnetic regulations and is certified in many countries such as the United States, Europe, Japan and other countries.

The B39431R0980U410 resonator is an advanced Bluetooth-enabled system for low-power industrial and medical applications. This device provides enhanced performance, reliable operation, and low power consumption in a variety of application fields. The trapezoidal excitation principle and circuit topology of the resonator ensure high accuracy, low distortion and a stable frequency response despite varying environmental conditions.

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