416F50035IKR application field and working principle

The 416F50035IKR crystal is a titanium-treated ceramic-package oscillator developed by the NXP Semiconductors company. It provides 26.0 MHz performance over a temperature range of -20 to 70ºC.

This crystal is mainly used for frequency adjustment operations in high-end equipment, computers, vehicle electronics and other related industries. It is also suitable for applications requiring phase-locked loop (PLL), frequency synthesis, and other frequency control systems.

Working Principle

The 416F50035IKR crystal oscillators use a quartz crystal that acts as a frequency-determining element. An alternating electrical signal is applied to the crystal, which causes it to vibrate at a precise frequency. The signal from the crystal is then amplified by an on-chip CMOS amplifier, and the output signal is used to develop a reference frequency or as a signal source for a variety of frequency-controlled applications.

The 416F50035IKR features an exceptionally long time period stability and low-power consumption making it attractive for applications that require accurate and reliable frequency stability. Its advanced design and high performance features make it the ideal choice for a variety of frequency control applications.

Benefits

The 416F50035IKR crystal is an economical, reliable, and highly accurate frequency control solution. Its low-power design is capable of producing a much lower noise level than other solutions, making it ideal for precision applications. Additionally, its small physical size allows for enhanced thermal performance and improved reliability in hostile environments.

The 416F50035IKR crystal is an ideal choice for applications in all industries that require an accurate and reliable frequency control solution. It offers a wide range of features and benefits, including low-power consumption, long time period stability, and an incredibly small form factor, making it a perfect solution for all frequency control needs.