The Broad Application of SPXO

What is SPXO?

SPXO is a crystal oscillator without temperature compensation or temperature control, generally using AT-cut crystals, with a frequency-temperature characteristic of a cubic curve. Therefore, the frequency-temperature characteristic of a simply packaged crystal oscillator is almost the same as the frequency-frequency characteristic of the crystal unit, forming a cubic curve. SPXO provides a stable frequency output, making it very suitable for various electronic devices. Its compact design and high accuracy make it ideal for applications in communication, computing, and consumer electronics. SPXO is known for its reliability and low power consumption, ensuring efficient operation in different environments.

Advantages of SPXO

Outstanding performance indicators

The frequency accuracy of SPXO reaches the order of 10^-5 to 10^-4, ensuring stability and reliability across various applications. Its standard frequency range is extensive, from 1MHZ to 100MHZ, capable of meeting the needs of different devices and systems. Moreover, the frequency stability is maintained at ±100ppm, providing consistently stable performance even in variable working environments.

Significant cost-effectiveness

Notably, SPXO does not employ complex temperature frequency compensation measures, which not only simplifies its structural design but also significantly reduces production costs. Therefore, SPXO is known for its low price in the market, making it an ideal choice for microprocessor clock devices. For cost-sensitive applications, SPXO offers a perfect combination of high performance and low cost.

Wide range of applications

Thanks to its stable and reliable performance, SPXO is widely used in multiple fields. In communication equipment, measuring instruments, and controllers, SPXO often serves as a reference oscillator, providing precise clock signals for systems to ensure data transmission accuracy and measurement reliability. Additionally, in computers, office automation equipment, and information terminal devices, SPXO functions as a crystal clock oscillator, providing a stable clock source for the normal operation of these devices.

Highlight of automotive applications

In the automotive field, SPXO also exhibits strong application potential. In millimeter wave radar systems, SPXO provides accurate clock signals for the radar, ensuring the radar can accurately detect and identify surrounding obstacles, thereby providing safety assurance for autonomous driving. In addition, during the image processing of autonomous driving, SPXO serves as a clock device, providing stable clock signals for image sensors and processors to ensure real-time processing and accurate identification of image data.

Other application areas of SPXO

Wearable technology

Devices like smartwatches and fitness trackers benefit from low-power SPXO, ensuring longer use times between charges.

Internet of Things (IoT) devices

IoT sensors and nodes typically operate in remote or hard-to-reach locations, relying on low-power SPXO to extend functionality.

Medical devices

Portable medical devices, such as glucose monitors and portable ECG machines, use low-power SPXO to ensure reliability and patient safety.