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Crystals

Crystals are an important component in a variety of applications, ranging from medical to electrical. A crystal can be a valuable component by providing excellent electrical, electromechanical and optical properties.Crystals are important components in numerous scientific and technological applications. They are used in electronics, telecommunications, medical imaging, sensing, control systems and other fields.

7A-25.000MAAV-T Application Field and Working Principle

The 7A-25.000MAAV-T crystal is a low noise active oscillator with high precision selection and frequency stability. It is suitable for applications such as high-speed communication, instrumentation, and digital audio. The working principle of the 7A-25.000MAAV-T crystal is based on a quartz crystal that vibrates when electricity is passed through it. The circuit is made up of a quartz crystal, an amplifier and a resistor. The crystal acts as a transducer, transforming electrical signals into mechanical vibrations. The amplifier, also known as an oscillator, amplifies the vibrating signal. The resistor helps to maintain the resonating frequency of the crystal. The 7A-25.000MAAV-T crystal is designed to work in the range of 20MHz to 25MHz, making it ideal for applications such as data transmission, telecommunication, navigation and intelligent control.

The 7A-25.000MAAV-T crystal offers a variety of benefits for modern applications. It provides excellent frequency stability, with a ±0.5ppm frequency accuracy. It also has a low noise level and a maximum frequency deviation as low as ±0.5ppm. Additionally, the 7A-25.000MAAV-T crystal also offers excellent storage temperature range and shock resistance. Additionally, it has no ageing, making it more durable and reliable than other crystals.

The 7A-25.000MAAV-T crystal is a high performance crystal, providing excellent frequency stability and a wide range of temperature range and shock resistance. It is suitable for applications such as high-speed communication, instrumentation, and digital audio. Additionally, it offers low noise and a maximum frequency deviation as low as ±0.50ppm, making it ideal for applications such as data transmission, telecommunication, navigation and intelligent control.

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