416F2501XCSR

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Crystals are one of the most important components used in today’s electronics. A lot of these devices depend on the application of crystal oscillators in order to function properly. One example is the 416F2501XCSR oscillator, a high-performance crystal oscillator that is commonly used in the field of networking and communications. This article will explore the applications of this technology and its working principles.

The 416F2501XCSR is specifically designed for the field of high-performance networking and communications. It provides excellent stability and accuracy over temperature extremes, ensuring reliable data transmission and accurate timing. This makes it suitable for applications in a wide range of industries, such as industrial automation, transportation, and medical systems.

The 416F2501XCSR is a full two-port device with three types of outputs to choose from: Symmetric CMOS, Full Rail CMOS, and 17-Lead MMCX. It also provides excellent signal integrity with negligible reflection, resulting in low-noise signal integrity throughout the system. In addition, its power supply noise immunity is significantly better than other oscillators, resulting in improved overall system performance.

When it comes to the working principles of the 416F2501XCSR, it utilizes a type of piezoelectric effect known as “flexural mode”. In this type of oscillator, a quartz plate is surrounded by a metal shield. The plate is attached to a non-conductive stem, which is then bonded to the circuitry. As an electrical signal is applied to the plate and stem, the quartz material will expand and contract at a specific frequency due to the piezoelectric effect, generating a signal of a specific frequency. This oscillator will generate a signal that is accurate and stable over temperature extremes and other environmental conditions.

The 416F2501XCSR also utilizes a process called automotive temperature compensation, which helps maintain the accuracy of the signal over wide temperature ranges. This is a key feature of the oscillator, as it ensures that the signal is accurate under a variety of conditions and is not influenced by changes in the environment. This helps make it a reliable oscillator for many types of applications.

The 416F2501XCSR is a highly versatile oscillator that is suitable for a wide range of applications in the field of networking and communications. Its high accuracy and excellent signal integrity make it an ideal choice for these types of systems. In addition, its automotive temperature compensation ensures that the signal is reliable under a variety of conditions and temperatures, making it a reliable and dependable oscillator.

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