TC-33.000MBE-T

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Oscillators play an increasingly important role in the world of modern electronic circuit design. From the flyback transformers and semi-conductor circuits used in TVs and computers, to the crystal oscillators powering smartphones, they are everywhere. The TC-33.000MBE-T oscillator is a high-performance, miniature quartz crystal oscillator with low power consumption and small size, suitable for a wide variety of applications.

The TC-33.000MBE-T features a 3.3 V supply, low phase-noise and high frequency stability, making it ideal for LTE base station infrastructure, Wi-Fi and GSM applications, including high-end timing and frequency synchronization services. The low jitter characteristics of the device make it suitable for use in voice, image and data transmission systems with strict requirements on accuracy.

The working principle of the TC-33.000MBE-T oscillator is based on the piezoelectric and ultrasound properties of the quartz crystal. The crystal acts like a transducer, converting between electrical and mechanical energy. The crystal is placed between two electrodes, and when a voltage is applied, it vibrates at a frequency determined by its thickness and geometry. This frequency is then converted back to an electrical signal, and amplified and sent out as an AC signal.

The TC-33.000MBE-T oscillator has a wide operating temperature range of -40°C to +85°C and low power consumption of less than 5 mW at room temperature. It also features integrated frequency calibration which ensures optimal frequency accuracy and stability. The design also includes built-in temperature compensation for improved frequency stability over the operating temperature range.

The TC-33.000MBE-T oscillator is a reliable and versatile quartz crystal oscillator suitable for a wide range of applications. Its high frequency stability, low jitter and low power consumption make it ideal for timing and frequency synchronization services in broadcast, cellular and data networks. The integrated temperature compensation further enhances its capabilities for reliable and accurate high-end applications.

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