416F406X3ATR

Crystals: 416F406X3ATR Application Field and Working Principle

Crystals are a type of electronic component used for a variety of applications, ranging from frequency control to momentary interruptions in a circuit. Particularly, the 416F406X3ATR crystal is part of the family of MHz AT-cut crystals, designed primarily to provide both high-accuracy frequency control and a 360° view of the circuit board. Notably, this particular crystal offers the ability to provide frequency control in a variety of applications, from computers to consumer products.

The 416F406X3ATR crystal consists of a quartz crystal that is cut into a rectangular shape. The standard width of the crystal is 8.0mm for common consumer products, while the length is a full 20.0mm. The crystal also features four signal ports, two on each side. These two ports are used to integrate the crystal into the circuit board. This crystal is designed to operate within 60°C to +105°C temperature range and 5V supply voltage, while maintaining a frequency accuracy of ~2ppm (parts per million).

The 416F406X3ATR crystal works by generating a signal at a specific frequency when voltage is applied. This frequency is determined by the characteristics of the quartz crystal based on its geometric shape, size, and material properties. As the voltage is increased, the frequency increases up to a certain limit or “threshold”. Over this threshold, the crystal will not generate a signal. The 416F406X3ATR crystal is designed to operate at temperatures ranging from -10°C to +105°C and frequencies ranging from 1.5MHz to 25MHz.

The 416F406X3ATR crystal is ideal for frequency control because it is very stable. Additionally, it can be used in a wide range of applications from consumer products, such as clocks and watches, to computers, radio receivers, and other communications devices. It can also be used to generate a fixed reference signal, meaning it’s perfect for use in frequency synthesisers and other digital applications.

In order to use the 416F406X3ATR crystal, the voltage must be applied to the four signal ports, two on each side. The voltage should be regulated and within the specified supply voltage range. Once the voltage is applied, the crystal will begin to oscillate at a fixed frequency determined by the characteristics of the quartz crystal. This frequency can then be used as a reference signal for the application or device being used.

In conclusion, the 416F406X3ATR crystal is a type of MHz AT-cut crystal, designed primarily for frequency control and integration into a variety of applications. It consists of a quartz crystal that is cut into a rectangular shape and features four signal ports, two on each side. It can be used for a variety of applications, such as clocks and watches, computers, radio receivers, and communications devices. The 416F406X3ATR crystal works by generating a signal at a specific frequency when voltage is applied, and it is designed to operate within a specified temperature range and supply voltage.