TG-5006CG crystal oscillator (X1G004211003700) is the ideal choice for GPS global positioning system

    In the GPS global positioning system, an accurate clock source is crucial for positioning accuracy and system stability. The TG-5006CG crystal oscillator (model X1G004211003700) is an ideal choice for GPS global positioning systems due to its high frequency stability, low phase noise, high anti-interference ability, and ability to adapt to environmental changes. It ensures the efficient operation and positioning accuracy of GPS devices under various environmental conditions. Due to its high stability and performance, it has become an excellent choice in GPS systems.

    Epson crystal oscillator TG-5006CG is a temperature compensated crystal oscillator with code X1G004211003700 and a frequency of 24.000000MHz. It has temperature compensation function and an accuracy of ± 1.5ppm in the working temperature range of -30 ° C to+85 ° C. It has extremely high temperature stability and meets the clock requirements of GPS. With a small volume size of 2.5x2.0x0.8mm four pin surface mount crystal oscillator, TG-5006CG, as a voltage controlled temperature crystal oscillator, can reduce the output frequency changes of quartz crystal oscillator caused by environmental temperature changes through temperature compensation circuit, further improving the stability of crystal oscillator output frequency, The frequency control range of TG-5006CG pressure controlled temperature compensated crystal oscillator can reach+8.0~± 15.0ppm. Based on the advanced process design of TG-5006CG crystal oscillator, its maximum frequency aging in the first year does not exceed+1.5ppm. The excellent frequency stability allows TG-5006CG to perform excellently in various applications with high frequency requirements. It can not only be used in the design of GPS, but also in RF and wireless communication devices, GPS, wireless communication devices (CDMA, WCDMA, LTEWiMAX), etc.

The advantages of TG-5006CG crystal oscillator

1. High frequency stability

Accurate positioning: TG-5006CG provides a frequency of up to 42.11 MHz, ensuring that the GPS system can provide accurate time reference. This frequency stability is crucial for the processing and transmission of GPS signals, helping to improve the accuracy of positioning and the overall performance of the system.

2. Low phase noise

Improving signal quality: TG-5006CG crystal oscillator has low phase noise characteristics, which helps to enhance the clarity and stability of GPS signals. Reducing phase noise can improve signal quality and ensure that the system can accurately receive and process satellite signals.

3. High anti-interference ability

Stable signal transmission: This crystal oscillator design has excellent anti-interference ability and can work stably in environments with strong electromagnetic interference. This characteristic is crucial for the signal stability and reliability of GPS systems.

4. Wide working temperature range

Adapting to environmental changes: TG-5006CG can operate stably over a wide temperature range and meet the GPS system requirements under different environmental conditions. This stability ensures the reliable operation of the system, whether in extreme high or low temperature environments.