TCO-7085X1A2 54.0000M

Oscillators

TCO-7085X1A2 54.0000M oscillator module is a frequency programmable module of high performance. Its main feature is that it can generate an output of precise frequency with extremely small drift and damage-free ramping time.

Application Field

This oscillator module is mainly used in many fields such as broadcasting and communication, positioning, navigation, security and monitoring, clock generation, phase detection, digital imaging and sensing, and system control applications.

Broadcasting and communication applications: This oscillator module is used as the standard frequency source for many broadcasting and communication systems. Besides, it can be used in high-frequency radio networks for providing clock routes for periodic update.

Positioning, navigation and security applications: This oscillator module is suitable for many positioning, navigation and security applications. It can be used in Global Positioning System (GPS) or Long Range Navigation (LORAN) for applications like anti-spoofing.

Clock generation and phase detection applications: This oscillator module is used to provide clock signals for high-speed components for digital image processing. It can generate precise clock pulses which enable accurate timing control for data manipulation. It is also used for phase shifting and frequency measuring applications.

Digital imaging and sensing applications: This oscillator module is used in many digital imaging and sensing applications. It can provide precise clock pulses for imaging and sensing devices. Such pulses can be used to accurately control data acquisition, conversion and manipulation.

System control applications: This oscillator module can serve as the control system for many applications. It can generate precise output signals which can be used to control other devices in the system. It is used in industrial automation systems, robotics, machine tools and other industrial settings.

Working Principle

This oscillator module works based on frequency control. It consists of a quartz crystal oscillator and a digital-controlled frequency programming circuit. The quartz crystal oscillator is responsible for providing a reference frequency and the programming circuit is used to precisely control the frequency of the output signals.

The programming circuit consists of digital logic circuits, programmable frequency dividers and logic gates. These circuits are responsible for setting the output frequency. The output frequency is controlled by varying the reference frequency and by setting the appropriate frequency dividers.

The output frequency is continuously monitored and controlled through feedback loops. This helps to ensure that the output frequency remains accurate and stable. Furthermore, the output signal drift is minimized by using logic gates to control ramping time.

This oscillator module is highly reliable and accurate. It provides an efficient way to control the output frequency and maintains accuracy even during varying environmental conditions. This makes it a great choice for many different applications.