416F27013ITT

​The ITT 416F27013 is a monolithic crystal oscillator offering high reliability, excellent temperature stability and low power consumption. This crystal oscillator utilizes optimized circuit design, modern SMT components and advanced fabrication techniques to ensure consistently superior performance and reliability.

The ITT 416F27013 crystal oscillator is used to generate precise frequency signals. It works on the principle of electron vibration. Cristals have vibration properties that vibrate within a certain range of frequency when excited by external signal. The 416F27013 uses this fundamental physical principle to generate a precise signal output.

The vibration of the crystal in the 416F27013 oscillator is driven by an input voltage, which produces a precise frequency signal with very low jitter. The device has a typical frequency accuracy of ± 10% and a typical frequency stability of ± 5ppm. Its excellent frequency stability and low jitter make this crystal oscillator ideal for applications that require precise signal timing.

The ITT 416F27013 crystal oscillator is most often used in telecommunications, computers and consumer electronics. It is suitable for use in high speed microprocessor systems, clocks and embedded controllers. In addition, the 416F27013 oscillator can also be used in automotive, medical and portable devices, for precise timing and signal generation.

The ITT 416F27013 crystal oscillator is a robust, reliable and cost-effective solution for precise signal timing. Its wide frequency range, excellent temperature stability, low power consumption, and superior frequency accuracy and stability, make it a perfect choice for wireless, telecommunications and consumer electronics applications.