DS90CF562MTD

Specialized Overview

The DS90CF562MTD is an LVDS interface integrated circuit manufactured by National Semiconductor, designed for flat panel display applications. It features 18 drivers and 3 receivers, supporting a data rate of 171 Mb/s. The device operates on a single 5 V power supply with a maximum voltage of 5.25 V and a minimum of 4.75 V. Input voltage ranges from -100 mV to 100 mV. It functions within a temperature range of -10°C to +70°C and is housed in a 48-pin TSSOP package.

Specialized Feature Summary

• Supports high-speed LVDS signaling for flat panel display links
• Integrates multiple driver and receiver channels in a compact package

Specialized Applications

• Flat Panel Display (FPD) Link systems
• LVDS interface circuits for display panels

Specialized Procurement Notes

Verify the manufacturer status as National Semiconductor has been acquired by Texas Instruments. Confirm the specific suffix and RoHS compliance details against current datasheets. Ensure the component meets the required operating temperature and voltage specifications for the target application environment before procurement.

Specialized Selection Notes

Select this component when an 18-channel LVDS transmitter is required for FPD-Link applications. Compare pinout and electrical characteristics with similar models like the DS90CF564 if channel count or voltage requirements differ. Verify package availability and lead times due to potential lifecycle changes following corporate acquisitions.

Specialized Part Context

This part belongs to the DS90CF56x series of LVDS interface ICs. These components are specialized for connecting video sources to flat panel displays using Low Voltage Differential Signaling technology. The series typically includes variants with different channel counts and voltage levels to suit various display resolutions and system architectures.

Specialized Replacement Considerations

Check for direct equivalents such as the DS90CF564MTD/NOPB which shares similar functionality but may have different channel configurations. Verify compatibility with existing PCB layouts and signal integrity requirements when substituting.