• How to test for phase noise and jitter in OCXO and TCXO

    Mar 18, 2024

    Testing OCXO and TCXO for phase noise and jitter involves specialized equipment. Phase noise is measured with a phase noise analyzer or spectrum analyzer, while jitter is measured with a time interval analyzer or oscilloscope. For phase noise measurement, the oscillator output is connected to the an... read more

  • Important of TCXO in hydrophones

    Mar 15, 2024

    Hydrophones are like special microphones that listen underwater, kind of like how fish hear things in the sea. But underwater, things like temperature changes can mess up the sounds and make them less accurate. That's where TCXOs (Temperature-Compensated Crystal Oscillators) come in. TCXOs help hydr... read more

  • Measure sound with frequency control products

    Mar 14, 2024

    Imagine you have a magical ear that can hear all different kinds of sounds. Sometimes, you might notice that some sounds are higher or lower, like when you hear a high-pitched bird chirping and a low-pitched drumbeat. Now, let's say you want to count how many times the bird chirps or the drum beats ... read more

  • Using TCXO in high end sport equipment

    Mar 13, 2024

    Using a TCXO (Temperature-Compensated Crystal Oscillator) in high-end sports equipment is like having a super accurate stopwatch for athletes. Imagine you're racing against your friends. You want your stopwatch to be really, really precise so you know exactly how fast you ran. A TCXO helps the equip... read more

  • What is the difference between ppm and ppb

    Mar 12, 2024

    PPM and PPB are like ways to talk about really tiny amounts of things, kind of like counting little grains of sand. PPM means "parts per million," and PPB means "parts per billion." Imagine you have a big bowl of colorful candies. If you take just 1 candy out of every million candies in the bowl, th... read more

  • How do we use frequency control products to detect Fukushima water into ocean

    Mar 11, 2024

    Frequency control products play a crucial role in detecting the release of radioactive water from the Fukushima Daiichi nuclear plant into the ocean. While these products are not directly used for this specific purpose, they play a vital role in the broader monitoring systems that are designed to tr... read more

  • Using frequency control products in natural disaster detection

    Mar 08, 2024

    Frequency control products are vital for natural disaster detection. They offer precise timing, sync, and communication for monitoring and warning systems. These products are integral in various disaster-related applications, like seismic monitoring, GPS receivers, tsunami detection, volcanic activi... read more

  • Using frequency control products to track animals migration

    Mar 07, 2024

    Frequency control products play a crucial role in tracking animals' migration patterns, behaviors, and habitats. These products, including GPS trackers, satellite transmitters, and radio tags, rely on precise timing and synchronization to collect and transmit data about animals' movements. Accurate ... read more

  • Using crystal oscillators in 2nd world war

    Mar 06, 2024

    During World War II, crystal oscillators emerged as indispensable components in various military applications, ensuring stability and precision in frequency references. Their significance was pivotal in radar systems, communication equipment, encryption machines, sonar systems, navigation instrument... read more

  • Using frequency control products in medical devices

    Mar 05, 2024

    Frequency control products play a pivotal role in ensuring the reliable and accurate operation of various medical devices. These products are essential for maintaining precise timing, synchronization, and dependable performance in a wide range of medical equipment. From patient monitoring devices to... read more