7M-25.000MDHV-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are essential components in electronic circuits, providing simultaneously the electrical and timing characteristics. 7M-25.000MDHV-T is a good example of quartz crystals that offers a good performance for oscillator applications.

The product has a broad frequency range which makes it suitable for any kind of application where tuning is required. This makes it perfect for providing impulse input signals in various applications, like radio communications, radars, instrumentation and circuit protection.

The 7M-25.000MDHV-T was designed to work with a high voltage range in order to offer a reliable and optimal performance. With its strong signal to noise ratio it can provide precise measurements in oscillators. Additionally, it has a versatile temperature range from -30 to +85 degrees Celsius.

Regarding its physical properties, the product has an SMD package for achieving a compact size that is convenient for integration of the component in other circuits without taking up too much space. It is also distinguished by its smaller size compared to other types of quartz crystals.

The 7M-25.000MDHV-T is a very precise and stable component capable of providing the exact frequencies needed in many applications. Its working principle is based on the fact that quartz crystals can vibrate at precise frequencies when they receive an electric current input. The frequency of oscillations is determined by the design of the component and is usually between 25 and 125 MHz.

The crystal then works to maintain a constant frequency throughout its working range. This frequency is then tapped into by the circuit to provide an output signal for further application or processing. Additionally, the component produces a high signal to noise ratio to assure accuracy of the oscillations and frequency stability.

In conclusion, the 7M-25.000MDHV-T is ideal for receiving impulse signals in various applications such as radars and radios, as well as for providing precise measurements in oscillators. Thanks to its design and working principle, the component offers great performance and stability, along with a high signal to noise ratio that ensures accuracy of the frequency.

The specific data is subject to PDF, and the above content is for reference