YSN8130 RTC Chip for Smart Lawn Mowing Robots
YSN8130 RTC chip with built-in 32.768 kHz crystal, 0.9 µA standby, VDD/VBAT auto-switch — the ideal timing solution for outdoor robotic mowers.
NDK, KDS, Murata 8MHz/12MHz/24MHz Crystals - Complete Product Guide
Explore NDK NX3225GA series, KDS 1C series, and Murata CST series crystals. Complete 8MHz, 12MHz, 24MHz SMD crystal oscillator specifications and model selection.
5G Base Station Timing Solutions | TCXO for Telecom Infrastructure Stability
High-Precision Synchronization Solution for Base Station Communication: YXC TCXO
Deterministic Timing: The Hidden Lifeline of Industrial Automation | SiTime
Deterministic Timing—The Hidden Lifeline of Industrial Automation* { margin: 0;
5G Base Station Clock Solution: High-Precision TCXO & OCXO
YXC 5G base station clock solutions deliver ultra-high precision TCXO & OCXO for optimal synchronization. Meet stringent 5G timing requirements with YSO510TP & YOV2525DP series.
YSN8900 High-Precision RTC Module | YXC Industrial HMI Timing Solution
YXC YSN8900 series high-precision RTC module with built-in TCXO temperature compensation technology, ±3.4ppm ultra-high precision across full temperature range, 0.55μA ultra-low power. Specifically designed for industrial HMI applications with -40°C~+85°C wide temperature support, providing precise time synchronization and data traceability, facilitating Industry 4.0 smart manufacturing upgrades.
EPSON RX8900CE Real-Time Clock Chip - Precision Timekeeping for IoT and Wearable Devices
EPSON RX8900CE RTC chip with ultra-low power 160nA, high precision ±3.4ppm, ideal for IoT devices, smart meters, and wearable applications with time stamp function.
Drone Gyroscope Sensor | Epson XV-8000CB UAV Flight Control
Precision drone flight control. Epson XV-8000CB gyroscope: stable hovering, smooth flight, precise attitude detection. Low noise, high stability. Request samples.
EPSON SG-8101 Programmable Crystal Oscillator | 1-170MHz Flexibility
One chip for all frequencies. EPSON SG-8101 programmable oscillator: 1MHz-170MHz range, software-configurable. Eliminate inventory complexity. Get specs now.
TCXO – Providing a Highly Stable Clock Reference for GNSS Positioning Systems
In GNSS positioning systems, the frequency stability of the reference clock directly impacts positioning accuracy, startup speed, and system reliability. As the core clock source of the system, the Temperature Compensated Crystal Oscillator (TCXO) is a key fundamental component that ensures the stable operation of satellite signal acquisition, tracking, and positioning calculations.
SGT MOSFETs power robot joint motor drives and 48V/60V Li-ion battery protection — low RDS(on), fast switching, DFN5×6 packaging and a 25V–200V portfolio.
Why industrial robots are moving from quartz to SiTime MEMS timing — vibration, temperature, power-noise and aging data behind every IEEE 1588 clock tree.
YQ8563 is a pin- and register-compatible drop-in replacement for the NXP PCF8563 RTC, with 0.25µA backup current, a 1.0-5.5V supply, I2C and MSOP8/SOP8.
Epson TSX-3225C 3.2×2.5mm SMD crystal — pin-to-pin FA-238 upgrade with tighter frequency tolerance, lower power, and AEC-Q200 for 5G, IoT, and automotive.
YQ8025T is a high-precision calendar RTC with a built-in DTCXO — no external crystal, I²C, 1.6–5.5V, LGA14. A practical alternative to EPSON RX8025T.
NCE90N800F 900V super junction MOSFET vs Infineon CoolMOS IPW90R800C3: spec comparison, fast-recovery body diode, micro inverter & auxiliary power applications, and cost-effective replacement guide.
Sunlord WL-FS wire-wound ferrite inductors deliver 0.116Ω DCR, stable inductance under 900mA bias and -100dB THD — filtering RF noise on smartphone audio lines.
NCE Gen.8 1200V/140A IGBT cuts VCE(sat) 8.6%, Qg to 54%, switching loss ~10% vs top rivals. TO-247Plus-4L for PV inverters, storage and UPS.
YXC YSO233UJ ultra-low-jitter differential oscillator: 30fs @ 312.5MHz, 2.0×1.6mm package, ±20ppm over -40~+105℃ for optical modules, SerDes and 5G clocks.
Sunlord wire-wound power inductors (SWPA/SPH/WPN/WPG), LTCC RF devices, transparent antennas and EMC parts solving AI glasses' space, power and signal limits.
YQM