9C-36.000MAAJ-T Crystals, Oscillators, Resonators

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Crystals

Crystals, otherwise known as quartz crystals, are small rocks composed mostly of silicon dioxide and can be naturally formed or manufactured. They are used for numerous applications in the modern world, including medical, communications, and even computing. One particular type of crystal which is the 9C-36.000MAAJ-T has been designed for use in communications technology.

9C-36.000MAAJ-T Application Field

The 9C-36.000MAAJ-T, or commonly known as the 9C36, is an advanced crystal developed by the firm Advanced Crystal Technologies, INC. It is typically used in most communications-related applications due to its frequency stability and capability to be used with a variety of single-ended or differential low-level circuits. Because of its high accuracy and stability, the 9C36 can be used in various applications such as mobile phones, computer networks, radio transmitters, and wireless communications systems.

The 9C36 achieves its accurate and stable frequency operation through the use of temperature-compensated crystal oscillator (TCXO) tuning. This advanced technology allows for precision temperature compensation in or near a temperature range of −10 °C to +40 °C. It also has an operating temperature range from −20 °C to 70 °C, allowing it to be usable in even the harshest conditions.

9C-36.000MAAJ-T Working Principle

In order for the 9C36 to achieve its stable frequency performance, the quartz crystal needs to be tuned to the correct frequency. This is accomplished using the TCXO tuning circuit, which is comprised of both active and passive components. The active components have the task of temperature compensation, while the passive components are meant to stabilize the frequency.

The temperature sensor and temperature-compensation circuit will detect the temperature of the environment and adjust the crystal\'s tuning voltage accordingly. This allows the crystal to remain stable regardless of the environmental temperature. Additionally, the passive components will ensure that any deviations in the tuning of the crystal are minimized, further increasing the accuracy and stability of the frequency.

Conclusion

The 9C-36.000MAAJ-T crystal is designed for use in a variety of communications applications and is capable of providing a stable and accurate frequency over a wide temperature range. This is accomplished through the use of a TCXO tuning circuit, which employs both active and passive components to compensate for temperature changes and stabilize the frequency. Thanks to its high level of accuracy and stability, the 9C-36.000MAAJ-T crystal is ideal for use in applications such as mobile phones, computer networks, radio transmitters, and wireless communications systems.

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