416F3801XAKR

Crystals are an extremely versatile and important component in many applications and products. The 416F3801XAKR crystal is a very reliable surface mounted device (SMD) that has applications in the telecommunications, wireless and computer industries. This article will explore the application fields and working principles of the 416F3801XAKR crystal.

Applications

The 416F3801XAKR crystal is widely used in various electronic systems and applications. It is widely used as a frequency source for telecommunications infrastructures and equipment. It is also ideal for wireless and computer applications, such as:

• GPS tracking systems
• Wireless communication systems
• Network infrastructure and wireless local area networks
• PC clock timing and oscillation
• Medical instrumentation, clocks, and timing

The 416F3801XAKR crystal is also used in a variety of consumer electronics. Its compact and reliable size makes it perfect for applications such as:

• Cell phones
• Personal digital assistants
• MP3 players
• Digital cameras
• Laptop computers and tablet PCs

Working Principle

The 416F3801XAKR crystal is an electromechanical device with a tiny quartz crystal mounted on an array of electrodes. The structure of the crystal allows it to vibrate or resonate at a very specific frequency when energized by an alternating electric current. This frequency is determined by the size, shape and construction of the particular crystal. The resulting signal is then used to provide a time base, or measure the frequency of an electrical signal when used in conjunction with a frequency counter.

The 416F3801XAKR crystal is a Class II product, meaning it is designed for use in electronic systems that require precision timing. The 416F3801XAKR has a frequency stability of ±10 ppm over an operating temperature range of -40°C to +85°C. This makes it an ideal choice for applications that require a very stable timing reference.

The 416F3801XAKR crystal is an SMD type with a dielectric layer of gold metallization for increased electrical insulation and improved heat transfer. It also has a proprietary sealing technology for increased environmental protection and product reliability. The 416F3801XAKR is available in a variety of frequencies, making it suitable for a wide range of applications.

Conclusion

The 416F3801XAKR crystal has many applications in the telecommunications, wireless, and computer industries. It is an SMD type crystal with a frequency stability of ±10 ppm and a proprietary sealing technology for increased environmental protection and product reliability. With its wide range of available frequencies, the 416F3801XAKR is an ideal choice for applications that require a very stable timing reference.