416F27135CSR

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Crystals are used in many radio frequency and circuit applications, including ocillators, mixers, amplifiers, and filters. The 416F27135CSR is one such crystal - an active surface-mount crystal designed to provide low frequency stability and low jitter performance in a wide variety of radio and digital functions.

General Description

The 416F27135CSR crystal is a multi-frequency series-resonant crystal in a miniature, leadless surface mount package. Designed to provide tight frequency tolerance, stable and controlled jitter, and excellent harmonics characteristics, this crystal is suitable for cost-effective, low-jitter applications. The 416F27135CSR delivers performance and reliability, making it the choice for a wide range of telecommunications, automotive, consumer electronics, and industrial system applications.

Applications

The 416F27135CSR is optimized for use in the following applications:

• Wireless communication systems
• Test and measurement systems
• Telephones and cellular systems
• Digital video and audio systems
• Fire and security systems

This crystal is compatible with modern surface mount assembly processes, and can be used in a variety of waveforms. With a reduced lead frame and a low reflow temperature, the 416F27135CSR is ideal for high-density PCB assembly procedures.

Working Principle

The 416F27135CSR is an active crystal, meaning it has a built-in circuit to adjust frequency and pull range. It utilizes the piezoelectric effect of quartz crystals: quartz is composed of particles which have a positive and negative charge. When a current is applied, the quartz’s particles move, causing it to expand or contract which changes its frequency.

The 416F27135CSR uses this phenomenon to control the frequency of oscillations produced. When an electrical signal is applied to the crystal, it causes a vibration and a change in its frequency. The crystal’s circuit can adjust the signal and feedback loop to maintain a consistent output frequency, which is necessary for the crystal’s use in radio-frequency and digital signal applications such as receivers, transmitters, and oscillators.

Conclusion

The 416F27135CSR crystal is a low-jitter, low-cost alternative for use in digital and radio frequency applications. Its compact form factor and active circuit allow for improved frequency stability, making it an attractive choice for applications such as test and measurement systems, wireless communication systems, telephones, digital video and audio systems, and fire and security systems. By understanding its working principle, the 416F27135CSR can be implemented with ease into any project requiring a reliable crystal.

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