7A-36.000MAAJ-T Crystals, Oscillators, Resonators

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Crystals: 7A-36.000MAAJ-T Application Field and Working Principle

Crystals are invaluable components of modern electrical systems. They are used to convert electrical signals into precise and stable frequencies, and are widely used in various applications. Among them, 7A-36.000MAAJ-T crystals, belonging to the OCXO(oven controlled crystal oscillator) family, stand out for their high performance and precise frequency stability. In this article, we will discuss the application fields and working principles of 7A-36.000MAAJ-T crystals.

The 7A-36.000MAAJ-T is a compact and precise OCXO specifically designed for communication systems such as radar, GPS, base station. Operating in temperatures ranging from -40ºC to +60ºC and temperature stability of ±0.1ppm, 7A-36.000MAAJ-T delivers reliable operation and high precision frequency standard. Thanks to its low power consumption and excellent long-term stability, 7A-36.000MAAJ-T is also widely used in industrial and medical fields, as well as in military and aerospace.

The principle of 7A-36.000MAAJ-T is quite simple. It works by converting an input electrical signal into a precise output frequency. Its internal structure is composed of two main parts: a quartz crystal and an oven. The quartz crystal is the component that actually produces the output frequency which is then amplified and sent to the output of the device. The oven controls the temperature inside the oscillator so that it can maintain a fixed operating temperature regardless of external influences.

The construction of the 7A-36.000MAAJ-T oscillator is designed to confer shock, vibration and environmental resistance capabilities. The crystal itself is securely mounted to an IC board, while the enclosure is made of metal to protect the internal components. To improve the temperature stability, the oven is equipped with a heater, an ambient temperature sensor, and a feedback circuit that adjusts the power supply to the heater so that the oscillator temperature remains constant regardless of external conditions. A temperature compensation circuit is also used to correct any potential frequency errors.

In conclusion, 7A-36.000MAAJ-T is a professional grade OCXO specifically designed for communication systems. With its high performance and precise frequency stability, it is also used in various other fields. Its working principle is based on the conversion of an input electrical signal into a precise output frequency. It also has a high degree of environmental protection, as well as shock and vibration resistance.

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