MP240-E

Crystals: MP240-E Application Field and Working Principle

Crystals are exceptionally versatile and highly reliable elements in many types of electronic circuitry. Crystals are commonly used in oscillator circuits to establish and maintain precise electrical frequencies. They have become indispensable components in electronic communication, power supply systems, and other critical applications. The MP240-E is a crystal oscillator that has unique properties that make it suitable for a wide variety of applications. In this article, we will examine the application field and working principle of the MP240-E.

Application Field of the MP240-E

The MP240-E crystal oscillator is designed for use in commercial, industrial, and military applications. The device is suitable for applications that require high accuracy and stability, such as frequency synthesisers, precision clock sources, microwave link modems, and sonar systems. It is also commonly used in telecoms networks, base station transceivers, GPS receivers, and other microwave frequency sources. In addition to its primary uses, the MP240-E is also suitable for use in timing and control circuits, such as medical instruments, gaming consoles, and security systems.

Working Principle of the MP240-E

The MP240-E crystal oscillator works on a simple principle. The crystal element makes up the core of the device and features a resonant frequency that can be controlled by the application of an appropriate electric current. The crystal is connected between two metal electrodes, which are connected to a power source. The crystal reduces the frequency of the electric current, which is then amplified and output through the oscillator. The output frequency is determined by the physical properties of the crystal and its geometry. The frequency stability is ensured by the precise control of the electric current.

The MP240-E crystal oscillator is designed to meet stringent operating conditions. It features a highly reliable construction with an integrated electrode structure and superior vibration resistance. The device is also characterised by low power consumption and a wide temperature range. Additionally, the MP240-E offers a wide frequency range and high accuracy, allowing it to deliver precision performance.

Conclusion

The MP240-E crystal oscillator is a reliable, advanced crystal for use in a variety of applications. The device offers precise frequency control, vibration resistance, and a wide operating temperature range. It is versatile, easy to use, and delivers accurate and stable performance in demanding operating conditions. As such, the MP240-E is an ideal choice for a wide range of commercial, industrial, and military electronics devices.