MIC3002GML TR

Overview

The MIC3002GML-TR is a Fiber Optic Module (FOM) controller designed for fiber optic applications. It supports data rates up to 10Gbps and operates on a single supply voltage ranging from 3V to 3.6V. The device integrates internal calibration capabilities to simplify system design. It is housed in a 24-pin QFN package measuring 4mm by 4mm. The typical supply current is 2.3 mA.

Feature Summary

• Integrates internal calibration mechanisms to reduce external component requirements
• Supports sophisticated hot-pluggable fiber optic module implementations
• Enables control of fiber optic modules with high-speed data transmission capabilities

Applications

• Hot-pluggable fiber optic transceiver modules
• High-speed optical communication systems
• Fiber optic network interface cards

Procurement Notes

Verify the exact ordering suffix, as 'TR' typically indicates tape and reel packaging. Confirm the specific revision level and temperature grade against the manufacturer's latest datasheet. Ensure compatibility with your host system's voltage levels and protocol requirements before finalizing procurement.

Selection Notes

Select this component when designing fiber optic interfaces requiring integrated FOM management. It is suitable for applications needing 10Gbps support within a compact footprint. Consider the 24-QFN package constraints and thermal performance during PCB layout. Verify that the internal calibration features meet your system's accuracy specifications without additional external circuitry.

Part Context

This part belongs to Microchip's family of fiber optic module controllers. It shares functional similarities with other models like the MIC3003 series but may differ in specific pinouts or feature sets. These controllers are essential for managing power, monitoring, and control signals in modern optical transceivers used in data center and telecommunications infrastructure.

Replacement Considerations

Check for direct substitutes such as the MIC3003GML-TR, ensuring pin compatibility and feature parity. Verify if alternative packages or voltage ranges are acceptable for your design. Always consult the official replacement guide to confirm electrical and mechanical equivalence.