RTC (Real-Time Clock): YSN8130 for Smart Robot Vacuums

With its high-precision timing, low-power operation, and wide-temperature stability, the RTC YSN8130 series provides the foundational timing support for smart cleaning systems, making every cleaning session more orderly, efficient, and hassle-free.

Solving the problem of long crystal oscillator startup time

The startup time of a crystal oscillator refers to the duration required for the oscillator to transition from power-on state to a stable oscillation state. Five common factors influence the length of this time period.

YXC spread spectrum crystal oscillators are suitable for medical equipment and can control EMI.

The YXC Yangxing Technology-developed YSO171PS series programmable spread spectrum oscillator (SSXO) addresses EMI challenges at the source through its proprietary frequency modulation technology, providing rock-solid timing support for intelligent diagnostic and therapeutic devices.

Yangxing Technology's TCXO/OCXO clock solutions enable high-precision synchronization of 5G base stations.

Yangxing Technology's TCXO/OCXO clock solutions enable high-precision synchronization of 5G base stations.

The role of RTC real-time clock chip

In the fields of the Internet of Things (IoT), industrial control, automotive systems, medical devices, and consumer electronics, accurate, continuous, and lossless real-time data during power outages serves as the foundation for system operation. A Real-Time Clock (RTC) chip is an independent dedicated timing chip responsible for providing stable calendar clocks, power failure endurance, timed interrupts, and high-precision timestamps.

Clock correlation between active crystal oscillators, passive crystal oscillators and MCUs

Passive crystal oscillators and active crystal oscillators are two core solutions for MCU clock systems. Passive crystal oscillators rely on the internal circuitry of the MCU to provide a low-cost, low-power clock supply, making them the preferred choice for general-purpose applications. Active crystal oscillators work independently, offering higher stability and high-frequency characteristics to meet the needs of high-end applications.