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DSC1123DI5-125.0000

DSC1123DI5-125.0000 Description

The DSC1123DI5-125.0000 from Microchip Technology is a high-performance MEMS-based LVDS Oscillator (XO) designed for precision timing applications. Operating at 125 MHz, it delivers exceptional frequency stability of ±10ppm, ensuring reliable synchronization in demanding environments. With a compact 2.50mm x 2.00mm footprint and a low profile of 0.90mm, this oscillator is ideal for space-constrained designs. It supports a 2.25V to 3.63V supply voltage and features an enable/disable function, reducing power consumption to 22mA (max) in disabled mode. The LVDS output provides low-noise, high-speed signaling, making it suitable for high-frequency applications.

DSC1123DI5-125.0000 Features

• MEMS Resonator: Offers superior shock/vibration resistance compared to quartz-based oscillators.
• ±10ppm Stability: Ensures precise timing for critical applications like telecommunications and networking.
• LVDS Output: Delivers low-jitter, high-speed differential signaling for noise immunity.
• Low Power Consumption: 32mA max supply current (active), 22mA max in disable mode, enhancing energy efficiency.
• Wide Voltage Range: Operates from 2.25V to 3.63V, compatible with modern low-power systems.
• Compact SMD Package: 2.50mm x 2.00mm size, ideal for miniaturized PCB designs.
• Industrial Robustness: MSL 1 (Unlimited) and RoHS3/REACH compliant, ensuring reliability in harsh conditions.

DSC1123DI5-125.0000 Applications

• High-Speed Data Communication: Ideal for SerDes, FPGA, and ASIC clocking in 5G, optical networks, and data centers.
• Embedded Systems: Provides stable timing for IoT devices, industrial automation, and automotive electronics.
• Test & Measurement Equipment: Ensures accuracy in oscilloscopes, spectrum analyzers, and signal generators.
• Aerospace & Defense: MEMS reliability suits avionics, radar, and secure communications.

Conclusion of DSC1123DI5-125.0000

The DSC1123DI5-125.0000 combines MEMS technology, LVDS output, and ultra-low jitter to address modern timing challenges. Its compact size, low power, and ±10ppm stability make it a superior alternative to traditional quartz oscillators in high-speed, noise-sensitive applications. Whether for telecom infrastructure, embedded systems, or aerospace, this oscillator delivers performance, reliability, and miniaturization—key requirements for next-generation electronics.