416F27013AST

Crystals are used in electronic device and communication applications. The 416F27013AST is a SMT type of crystal designed for high frequency and high performance applications, in particular for major mobile frequency bands all over the world. This crystal is designed with a high stability frequency which is imperative for precise timing applications and long term frequency accuracy.

Features of the 416F27013AST

• The 416F27013AST crystal has a frequency range of 300 MHz to 3000 MHz
• It has a mechanical design of 5x3mm
• It has a frequency tolerance of ±0.3PPM, with an operating temperature range of -40°C to 85°C
• It has a wide pull range of ±90ppm, an equivalent series resistance of 20 ohm and a second overtone of no more than -14dBc/Hz
• It has a low temperature coefficient of stability of ±25ppm/°C

Application fields and working principle of the 416F27013AST

The 416F27013AST crystal is an essential component for high frequency and high performance applications, such as in radio frequency circuits, wireless communication technology and wireless sensing systems. It is also often used in remote control systems, as it ensures a precise timing reference.

The working principle of the 416F27013AST crystal is simple. It is composed of two parallel plates held at a distance and two conductive electrodes, which when used in combination with an oscillator circuit, is able to produce an output of a precise, stable frequency. The frequency is determined by the type of material used in the crystal and the holder. The oscillator produces a voltage source that is sent to the crystal, and the electrodes interact with the material inside the crystal plates, amplifying the frequency being produced. This frequency is then sent back to the oscillator, stabilising it and keeping it running. This cycle then repeats, resulting in a stable and accurate frequency.

Conclusion

The 416F27013AST crystal is an excellent choice for electronics and communications applications. The crystal ensures a long term frequency accuracy and stability, which is imperative for radio frequency circuits, remote control systems, wireless communication technology and wireless sensing systems. Its wide pull range, low temperature coefficient of stability and high frequency range make it an excellent choice for high performance and high frequency applications.