TA-150.000MCE-T

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Oscillators are electronic components or circuits, which work by generating a repeating digital or analog waveform. TA-150.000MCE-T oscillators are a type of Analog Oscillator, specifically used in Ultrasonic applications such as Medical Imaging, Research & Development and Industrial Imaging.

The TA-150.000MCE-T comes in either a hermetically sealed flat package (TA-150.000MCE-T-Z) or a ceramic plate package (TA-150.000MCE-T-C). Both packages offer the same features, with the main difference being the mechanical and environmental characteristics. The TA-150.000MCE-T-Z is designed for use in engineering applications, while the TA-150.000MCE-T-C is designed for medical and research applications.

The TA-150.000MCE-T has several features which make it suitable for use in Ultrasonic applications. The device has a high frequency stability, which helps in achieving a high signal-to-noise ratio in ultrasound imaging. The device also offers a wide range of operating parameters, from low power (less than 1 μW) to medium power (up to 200 μW). It also offers a wide variety of resonance frequency without compromising on quality.

In addition, TA-150.000MCE-T is a robust device, being able to withstand shock and vibration while still successfully operating. Furthermore, the TA-150.000MCE-T also offers a low phase noise compared to other oscillators, which is important for accurate imaging. Finally, the device has excellent temperature stability and a wide temperature range from -40°C to +45°C.

The working principle of the TA-150.000MCE-T is based on the piezoelectric effect. The device has a crystal resonator made up of a piezoelectric material placed between two metal walls. A voltage is then applied to the crystal, and this causes the crystal to vibrate at its resonant frequency. This vibration is then transformed into an equivalent electrical oscillation, and this is the signal that is sent out by the device.

The TA-150.000MCE-T oscillator is the ideal choice for Ultrasonic Imaging and R&D applications. Its robust design, stability, and low phase noise make it ideal for generating precise ultrasound signals. Its wide temperature range also makes it suitable for a wide range of environments. Finally, its small form factor means it is easy to integrate into any system.

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