TFF11145HN/N1,118

TFF11145HN/N1,118 is an oscillator with a wide application field in the clock/timing area. This type of oscillators are widely used in telecommunications and computer applications, especially in those with the need of ultra low jitter system. The main characteristics of this type of timer are its ability to operate over a wide temperature range (−40°C to 85°C), to handle voltage fluctuations, and to work consistently over varying temperatures.

These oscillators fit a variety of applications, such as clock synthesizers, mobile phones, timekeeping, data acquisition, and clocking of logic gates, among other electronics devices. When compared to quartz timers, their performance is considered more reliable and accurate.

In terms of the working principle, these oscillators function by using a magnetostrictive transducer, also known as a tri-axis accelerometer, to measure the angular acceleration of a spinning motor. The signals from the motor are then converted into electrical signals which are used to alter the output frequency of the oscillator. This allows for a more precise control of the output frequency than is possible with quartz timers.

Due to its robust design, this type of timer is suitable for use in harsh environments, such as aerospace and telecommunications. The output frequency can be adjusted with the help of a computer interface, allowing for automatic or manual adjustments. This type of clock/timer is used in a variety of systems where accurate timekeeping is critical, such as cellular phones, navigational systems, medical equipment, robotics and even control systems in cars.

The high stability of the output frequency makes these oscillators ideal for applications where timing accuracy is key. They provide consistent accuracy, even when subjected to extreme temperature, humidity and pressure variations. They are also more resistant to EM interference than quartz timers.

Overall, TFF11145HN/N1,118 clocks/timers are one of the most versatile and accurate types of timer available in the market. They combine the best characteristics of both quartz and magnetostrictive transducer clocks/timers, providing an efficient, reliable, and accurate solution for a variety of applications.