416F27013ATT

416F27013ATT Application Field and Working Principle

The 416F27013ATT is an oscillator crystal that is used in numerous electronic applications. The oscillator crystal is commonly used in integrated circuits (ICs), such as microcontrollers or pulse width modulation (PWM) applications. Its features include a 6.00 MHz resonance frequency, a 260PF load capacitance at 25V, a tolerance + -20 ppm, and an operating temperature of -30C to +70C.

The 416F27013ATT also has an oscillation type P (parallel resonant) and an emission frequency of 2 MHz. This makes it suitable for use with higher frequency applications that require a stable clock source. The device is also hermetically sealed, which offers more protection against external electrostatic fields.

The 416F27013ATT has a truly unique application field: it can be used for a wide range of digital electronics applications, from microcontrollers to PWM devices. Although the device has a comparatively small form factor, it is capable of providing reliable, accurate clock signals up to 6.00 MHz. This makes it extremely versatile and can be used for a number of digital electronics applications.

The 416F27013ATT works by converting electrical inputs (DC) into an output signal (AC) at a fixed frequency. The electrical signals are supplied to the input pins, and then converted into an AC signal in the crystal\'s resonant chamber. This AC signal is amplified by the oscillators electronic components, which generates the required output. The output is a square wave with a constant frequency and can be used to accurately control the speed of components, such as microcontrollers.

In summary, the 416F27013ATT is an oscillator crystal that is used in a range of digital electronics applications, from microcontrollers to PWM devices. It has a 6.00 MHz resonance frequency, a 260PF load capacitance, a tolerance of + -20 ppm, and an operating temperature of -30C to + 70C. The device has a parallel resonant type P, an emission frequency of 2 MHz, and a hermetically sealed construction, which provides greater protection against external electrostatic fields. The device converts electrical signals to a signal at a fixed frequency, and the output is then amplified and used to control the speed of components, such as microcontrollers.