416F32012ATT

416F32012ATT application field and working principle

The 416F32012ATT is a high-end integrated miniaturized crystal that is commonly used for timing and frequency control in high-end electronic products. It has a wide frequency range and can provide excellent temperature coefficient performance. It can be applied to a variety of consumer, automotive, IOT and industrial applications.

The 416F32012ATT is built with a planar design technology which allows an extremely small size of just 3.2 x 5.0 x 0.9mm. This crystal also features a wide operating temperature range of -40 to 105 degree Celsius. The 416F32012ATT has a frequency range of 10MHz to 80MHz and can be used in both parallel and series resonance configurations.

The 416F32012ATT is referred to as an AT-cut device. This means that it is cut along the crystal blank\'s crystallographic axes, which is usually 60 degrees or 120 degrees and can be determined by the application. This AT-cut also helps in providing superior temperature stability and improved frequency stability to the device.

Furthermore, the 416F32012ATT also has a variety of other features such as low ESR (Equivalent Series Resistance), a thermistor for temperature compensation and a load capacitance selection for adequate frequency selection.

To operate, the 416F32012ATT crystal needs an external oscillator circuit for it to be connected to a power supply and a load capacitor. The power supply provides a certain bias voltage to the crystal, enabling it to oscillate and create an alternating current waveform. The load capacitance which is connected parallel to the crystal determines the resonance frequency of the oscillator. As the alternating current waveform moves through the crystal, it creates sound waves that drive the resonance frequency.

The 416F32012ATT crystal is an excellent choice for high-end consumer and industrial applications that require precise timing and frequency control. It has a wide frequency range, excellent temperature stability and a low ESR, making it ideal for today\'s advanced electronics.