Temperature compensated crystal oscillator TG-5006CE for GPS

    Epson crystal oscillator TG-5006CE is a voltage controlled temperature compensation crystal oscillator with a small volume crystal oscillator size of 3.2x2.5mm active crystal oscillator, four pin SMT crystal oscillator, power supply voltage: 1.8V to 3.3V, featuring ultra small size, lightweight, low power supply voltage, low jitter, low power consumption, low loss, low energy consumption, low phase noise, and low power equality. Becoming an ideal choice in GPS systems. It not only improves the accuracy and reliability of GPS receivers, but also provides a solid foundation for various high-precision positioning applications. With the continuous development and popularization of GPS technology, TG-5006CE will continue to play an important role in precise positioning and navigation systems.

In GPS systems, the high stability and low noise characteristics of TG-5006CE temperature compensated crystal oscillator make it an ideal choice, with specific applications including:

1. GPS receiving module: A highly stable clock source is crucial for receiving and processing satellite signals. The high stability of TG-5006CE ensures that the receiver can accurately decode and process signals from multiple satellites, improving positioning accuracy.

2. Clock synchronization: Multiple modules within the GPS system need to synchronize clock signals to coordinate their work. The high frequency accuracy and stability of TG-5006CE ensure precise synchronization of various parts of the system, ensuring the accuracy of data processing and transmission.

3. Frequency reference source: TG-5006CE can serve as a frequency reference source for other subsystems, providing high stability and low phase noise clock signals to ensure overall system performance and reliability.