416F25035IAR

416F25035IAR Application Field and Working Principle

The 416F25035IAR series of highly accurate clock oscillators, single crystals and crystal oscillators, is NEL’s latest innovation. This 5th generation crystal oscillator (GO 5) is part of the NEL Fully Automated Oscillator System (FOSS), and is the most accurate of its kind in the world, boasting minimal power consumption of less than 0.1mA, extremely low output jitter of 15ps and ultra-wide temperature range of -45°C~125°C. Its application fields include communication systems, aerospace, defense and more.

The 416F25035IAR crystal oscillator works by converting an electrical signal into a resonant waveform through the use of quartz crystals, or in other words, “crystals”. This quartz crystal contains elastic properties, creating a filter circuit which allows certain frequencies of an oscillator to pass while blocking out others, thus enabling the oscillator’s frequency to be precisely known. A quartz crystal oscillator thus converts the electrical energy into mechanical energy and back again, while maintaining the frequency of vibration.

In addition to its wide application field, 416F25035IAR also operates with a consistent frequency accuracy of ±1ppm both over multiple supply voltages (1.2V~5.5V) and temperature ranges. Additionally, it is rated for parametric stability over 5 grades, depending on the customer’s application, ranging from ±10ppm for space and aerospace industry use, all the way down to ±3ppm for communications use.

Due to its high-end characteristics, the 416F25035IAR performs remarkably well in its application field. It is perfect for high-end usage in communications, aerospace, defense and other related industries. For example, in the aerospace and defense industries, the 416F25035IAR can be used in inertial navigation, flight control and GPS navigation, due to its frequency accuracy and high-end temperature performance. It is also widely used in wireless communications, including wireless smart home technologies and the 2.4GHz -5GHz or 6GHz Wi-Fi bands, due to its low output jitter.

The high accuracy and ultra-stable performance of the 416F25035IAR has enabled its widespread application in the tech industry, and it has become the go-to clock oscillator for many high-end applications. It is ideal for applications where pinpoint accuracy and ultra-stable performance are vital, such as in aerospace and defense, communications, and other related industries.