BT-187.500MCC-T

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Oscillators

Oscillators are used to create regular, repetitive thermal fluctuations, often encountered in applications such as powering devices, maintaining temperature control, and providing timing sequences. The BT-187.500MCC-T is one type of oscillator that is used in many applications.

BT-187.500MCC-T Application Field

The BT-187.500MCC-T is a temperature-controlled oscillator which offers precision accuracy and reliability over a wide temperature range. It is particularly well-suited to provide an accurately-controlled timing sequence in applications such as radio communications, vibration or shock detection systems, and precision control of circuit operations. It is suitable for low- and medium- speed switching and sequencing operations in computers and other electronic systems.

The BT-187.500MCC-T is used extensively in industries such as military and defense, automotive, industrial, medical, telecommunications, aerospace, and consumer products. It is designed for operating temperature conditions from -40°C to +105°C, but can be set up for operation within temperatures ranging from -55°C to +125°C, making it suitable for use in a variety of environments.

BT-187.500MCC-T Working Principle

The BT-187.500MCC-T uses a thermally sensitive material, cross-linked polyethylene (XLPE), to detect changes in temperature. This material is connected directly to the oscillator’s external circuitry and is sensitive to temperature changes within its operating temperature range. The XLPE is constructed from two layers of semiconducting material which are cross-linked with each other. When a voltage is applied to the XLPE, it responds by either increasing or decreasing its resistance depending on the temperature.

When the temperature of the XLPE decreases below its “turn-on” temperature, a voltage is applied and the XLPE begins to oscillate at a frequency that is determined by the applied voltage. As the temperature of the XLPE increases, the frequency of the oscillator increases until it reaches its “turn-off” temperature. At this point, the voltage is removed and the oscillator stops oscillating and returns to its resting state.

When the BT-187.500MCC-T is used in an application such as powering devices, it can allow for precise and accurate timing sequences because the frequency can be adjusted by controlling the temperature. This is beneficial for high-precision applications, such as in the telecommunications industry.

Conclusion

The BT-187.500MCC-T oscillator is a temperature-controlled device that is suitable for many applications. It offers precision accuracy and reliability, as well as a wide temperature range. Its operating temperature can be tailored to the application, and its frequency can be adjusted through temperature control, allowing for accurate timing sequences in high-precision applications. These features make the BT-187.500MCC-T oscillator an invaluable tool in a variety of industries.

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