TG-5510CA Temperature Compensated Crystal Oscillator for GPS Applications

    With the increasing demand for precise positioning and navigation in modern society, GPS (Global Positioning System) has become an indispensable part of our daily lives and various industries. Whether in smartphones, car navigation, drone flight control, or precision scientific research and military applications, GPS systems play a crucial role. It is crucial to choose a high-performance clock source to ensure the high accuracy and reliability of GPS devices. The TG-5510CA temperature compensated crystal oscillator launched by Epson provides strong support for various GPS applications with its excellent temperature compensation characteristics and stable frequency output.

    In modern portable devices, low power consumption is the key to extending battery life and improving user experience. The low-power design of TG-5510CA not only provides high-precision clock signals for GPS devices, but also effectively reduces system energy consumption, prolongs device endurance, and improves user satisfaction.

    Epson crystal oscillator TG-5510CA is a highly stable TCXO temperature compensated crystal oscillator that supports CMOS or limited amplitude sine output. It is a small volume crystal oscillator with a size of 7.0x5.0mm and 10 pin SMT. It is an active crystal oscillator with a power supply voltage of 3.3V and a frequency range of 10MHz to 54MHz. It is a small and lightweight type with low power source voltage, low jitter, low power consumption, low phase noise, high temperature resistance, and high stability, and can reach temperatures up to 105 ℃.

The application advantages of high stability temperature compensated crystal oscillators in various fields of GPS.

1. Improve the positioning accuracy of smartphones

Smartphones have become an essential tool in our daily lives, and their GPS function is ubiquitous. The TG-5510CA crystal oscillator provides high-precision clock signals for smartphones, ensuring fast response and high accuracy of location services, enhancing user navigation experience and reliability of location services.

2. Ensure the stable operation of the car navigation system

The car navigation system is an important component of modern vehicles, and its stability and accuracy directly affect driving safety. The TG-5510CA crystal oscillator provides a stable clock signal to ensure that the navigation system can accurately provide route planning and navigation guidance in various driving environments, improving driving safety and comfort.

3. Enhance the accuracy of drone flight control

The application of drones in agriculture, photography, logistics and other fields is becoming increasingly widespread, and their flight control and positioning accuracy are crucial. The TG-5510CA crystal oscillator provides high-precision clock support for drones, ensuring precise control of flight paths and accurate positioning data, improving the operational performance and application effectiveness of drones.