416F40022ATT

Crystals are a type of electronic component used for frequency control in various electronic applications. The 416F40022ATT is a high frequency crystal manufactured by Foxconn Electronics Corporation. This crystal can be used in a variety of radio communication applications and has a range of frequency output of 10-22 MHz.

The 416F40022ATT is a crystal oscillator device that is composed of two resonant circuits connected in parallel. Each resonant circuit consists of a quartz crystal and two external oscillating capacitors. The quartz crystal is the main component of the crystal oscillator and works as a frequency-determining element. It has a fixed frequency that is determined by its shape, size, and crystal material. The two external capacitors are connected to two opposite terminals of the crystal, forming a parallel resonant circuit. The capacitors provide a damping effect and determine the output frequency.

This crystal oscillator can be used in many applications for frequency control. It is often used in radio receivers and transmitters for frequency tuning and control. It can also be used for signal synchronization and data transmission in digital systems. Additionally, it is often used for signal buffering in mobile communication systems and for timing control in processor systems. The 416F40022ATT has excellent frequency stability due to its low internal temperature coefficient of frequency and low frequency drift.

The 416F40022ATT crystal oscillator has a range of frequency output of 10-22 MHz and is designed to operate in a wide temperature range. The operating temperature range is -10°C to +80°C, allowing the device to be used in a variety of environmental conditions. The crystal also has a low ESR of 3.0k34 and a high RMS power dissipation of 0.50 W.

Although the manufacturing of crystals is relatively simple, the design and characterisation of crystals are complex tasks. Some of the key parameters that must be taken into consideration when designing a crystal include the cut angle of the crystal, the frequency of operation, the ESR, the operating temperature range, and the pullability. The performance of the crystal may be further improved by optimising these parameters. The 416F40022ATT crystal oscillator has been carefully designed and tested to ensure reliable operation and long-term stability for various electronic applications.

In conclusion, the 416F40022ATT crystal oscillator is a high frequency device suitable for a wide range of applications. It is designed to operate in a wide temperature range, has low ESR and excellent frequency stability. The device is also relatively easy to implement and offers reliable operation and long-term stability. It is an ideal choice for frequency control in radio receivers, transmitters and digital systems.