TCO-7086X1A4 25.0000M3

Oscillators are electronic devices that generate signals with consistent frequencies. They are used as reference sources in many electronic systems. The TCO-7086X1A4 25.0000M3 is a type of oscillator that is often used in many applications and systems.

Overview

The TCO-7086X1A4 25.0000M3 is a type of oscillator that is designed to produce an extremely low-noise and stable output. The oscillator has a frequency of 25.0000 MHz and offers a low-power, low-noise operation. It also offers a wide operating temperature range from -40°C to 85°C. The oscillator has an output power of 1.5mW, which makes it ideal for both high-energetic and low-power applications.

Application fields

The TCO-7086X1A4 25.0000M3 is mainly used in the field of telecommunications and wireless systems. It is suitable for the design of Bluetooth and Wifi systems, especially for those with low-power and long-term requirements. It can also be used for navigation systems, test and measurement systems, medical systems, data communication systems, audio systems and other applications where a stable and low-noise frequency is required.

Working Principle

The TCO-7086X1A4 25.0000M3 works on the principle of Quartz Crystal Oscillation. In this type of oscillator, an electrically-driven quartz crystal is used to establish a stable, low-noise frequency. The crystal is driven by a voltage, causing it to vibrate in a specific frequency. The frequency of the crystal is determined by its dimensions and composition, which makes it ideal for frequency stability and accuracy.

The output signal from the TCO-7086X1A4 25.0000M3 is then amplified and conditioned by an amplifier circuit to produce a stable output. The output signal from the oscillator is also stabilized by the use of temperature compensation and management techniques. This allows for an extremely stable output frequency over a wide temperature range.

Conclusion

The TCO-7086X1A4 25.0000M3 is a quartz crystal oscillator designed to produce an extremely low-noise and stable output. It is suitable for applications where an extremely low-noise frequency is required. The oscillator works on the principle of quartz crystal oscillation and is stabilized by the use of temperature compensation and management techniques. This allows for an extremely stable output frequency over a wide temperature range.