Reliable Timing Solutions: Fox Clipped Sine Wave TCXOs

Fox’s Clipped Sine Wave TCXOs powered by Abracon are designed to provide excellent frequency stability and low phase noise. With a frequency stability of ±0.5 ppm, these TCXOs ensure accurate timing even in challenging environments. The low phase noise reduces signal interference and improves overall system performance in applications like GPS and telecommunications. Additionally, these TCXOs operate reliably across a broad temperature range of -40°C to +85°C, making them suitable for industrial environments. With package sizes as small as 2.0mm x 1.6mm, they are perfect for space-constrained designs without sacrificing performance.

The versatility of Fox’s Clipped Sine Wave TCXOs makes them suitable for various applications. In GPS navigation systems, precision timing is essential for accurate location tracking, and the high stability and low phase noise of these TCXOs ensure reliable performance. In telecommunications, maintaining synchronization across networks is vital for seamless data transmission, and these TCXOs provide the stable timing required for base stations, repeaters, and other telecom infrastructure. For test and measurement equipment, precise timing is necessary for accurate results, and the stability and low phase noise characteristics of these TCXOs enhance the reliability and accuracy of the equipment. In industrial and automotive applications, the wide operating temperature range and compact size of Fox Clipped Sine Wave TCXOs make them ideal for use in harsh environments where reliability and space efficiency are critical.

Incorporating these TCXOs into your designs can enhance the performance and reliability of your applications. With their high stability, low phase noise, wide operating temperature range, and compact size, these TCXOs are an excellent choice for GPS navigation systems, telecommunications, test and measurement equipment, and industrial and automotive applications. You can learn more about the Fox Clipped Sine Wave TCXOs by clicking here.