416F25033ILT

Crystals play a key role in technology today. From the tiny crystals usedin computers to the large quartz crystals used in oscillators and frequency control circuits, crystal applications are widespread and growing. The 416F2503ILT range of crystals offer excellent performance and long-term stability in many applications and environments.

Overview of the 416F2503ILT

The 416F2503ILT is a frequency control device designed to precisely control the output frequency of high performance oscillators such as those found in communications, handheld and other remote-control systems. It uses a 4.000MHz quartz crystal with a temperature coefficient between -25 and 10ppm (defined as a TEMPerature Type-3 coefficient). It provides a frequency control of 1Hz resolution and a maximum frequency control range of 500Hz.

Application Field of the 416F2503ILT

Due to its excellent performance and long-term stability, the416F2503ILT can be used in a variety of applications, including:

• Radio communication systems
• Cellular phones and similar mobile communicationdevices
• Wireless communication systems
• Handheld and remote control systems
• Metering and measuring equipment
• Computer-controlled and microcontroller-based systems
• Automation control systems

The 416F2503ILT is especially suitable for applications that require precise frequency control over long periods of time. As such, it is often used in timekeeping and frequency-controlled systems, such as radio, television, and telecoms networks.

Working Principle of the 416F2503ILT

The416F2503ILT uses a 4.000MHz quartz crystal, along with temperature compensation and control circuitry, to generate a stable, accurate output frequency. The output frequency is determined by the crystal, while the temperature compensation and control circuitry is used to ensure that the output frequency is not affected by environmental temperature changes.

The 416F2503ILT works by using the quartz crystal to oscillate between two specific frequencies. The frequency of the quartz crystal is affected by the surrounding temperature, and thus the output frequency of the 416F2503ILT must be constantly adjusted to compensate for temperature changes. This is done by the temperature compensation and control circuitry, which is responsible for monitoring the temperature and adjusting the oscillation frequency accordingly.

The 416F2503ILT also includes an internal voltage regulator, which ensures that the output frequency is maintained at a constant level, even when the input voltage is varied. This is especially important in applications that require precise frequency control over long periods of time.

Conclusion

The 416F2503ILT range of crystals provides excellent performance and long-term stability in many applications. Its temperature compensation and control circuitry enables it to deliver accurate output frequency control, while its internal voltage regulator ensures that the output frequency is maintained at a constant level. The 416F2503ILT is therefore a valuable tool for applications that require precise frequency control over long periods of time, such as radio, television, and telecoms networks.