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Crystals

A crystal, also known as a monolithic crystal, is an electrical component that is used for multiple applications in electronic circuits. Crystals are typically made from quartz, a naturally occurring mineral, although other materials such as sapphire, germanium, silicon, and lithium can be used. The most common type of crystal used in electronic circuits is the quartz crystal. It has a wide range of use in the communication, military and consumer electronics industry.

NX2016SA-26MHZ-EXS00A-CS06025 application field and working principle

NX2016SA-26MHZ-EXS00A-CS06025 is a highly reliable crystal oscillator designed for use in low frequency applications. Its small size and low power consumption make it an ideal choice for mobile devices, medical implants, and other ultra-low-power applications. The oscillator is constructed from a proprietary NEXtech technology, which results in high resonance accuracy, low power consumption, and immunity to shock and vibration. The oscillator can operate in a wide frequency range from 3 MHz to 26 MHz and is generally used to provide a precise oscillating signal for the control and timing of components.

This crystal oscillator has a wide range of application fields, including clock and timing applications, communications, consumer audio and video products, internet of things, health monitoring, and consumer IoT applications. It is known for its high stability and accuracy, and it has the ability to hold very accurate timing signals. The oscillator also offers a low EMI, low jitter, and long-term durability, which are essential requirements for most applications.

The working principle of a crystal oscillator is based on the Piezoelectric effect. Inside a crystal, there is a small voltage difference between two equal and opposite faces. When a crystal is placed in a steady electric field, that electric field causes electrons in the crystal to move and the voltage is generated. This voltage, called an electrical piezo signal, causes a strain on the crystal and the mechanical strain creates a sound wave. The sound wave creates a vibration, which is passed through the crystal and results in a frequency change. This frequency change is then transmitted back to the electronics and is detected and amplified to create a clock signal.

The NX2016SA-26MHZ-EXS00A-CS06025 crystal oscillator is an ideal solution for high precision applications and is used in applications requiring high stability and stability over a wide temperature range. It is also suitable for use in small, low power applications, and is available in various configurations. The oscillator is the ideal choice for low frequency applications and is suitable for use within a variety of different applications.

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