GTLP16612MTD

Universal Bus Functions Overview

The GTLP16612MTD is a registered bus transceiver manufactured by Fairchild Semiconductor. It implements the GTL+ (GTL Plus) logic family, providing high-speed data transmission capabilities for digital systems. The device facilitates signal integrity in complex electronic designs by supporting specific voltage levels and termination requirements inherent to the GTL+ standard.

Universal Bus Functions Feature Summary

• Supports GTL+ logic family standards for reliable high-speed data transfer
• Functions as a registered bus transceiver for system interconnects

Universal Bus Functions Applications

• High-speed digital bus interfaces
• System interconnect applications requiring GTL+ signaling

Universal Bus Functions Procurement Notes

Verify the exact manufacturer part number against official Fairchild or ON Semiconductor documentation. Confirm that the suffix 'MTD' corresponds to the correct package type and temperature range specifications required for your design. Ensure compatibility with GTL+ power supply and termination networks before procurement.

Universal Bus Functions Selection Notes

Select this component when a registered bus transceiver compliant with GTL+ standards is required. Verify that the system operates within the specified voltage ranges and that the package type matches the PCB layout constraints. Ensure the application environment meets the thermal specifications defined in the official datasheet.

Universal Bus Functions Part Context

This component belongs to the GTLP16612 series of bus transceivers. These devices are designed for high-performance digital applications where signal integrity and speed are critical. The series typically includes variants with different package options to suit various board space and thermal management needs.

Universal Bus Functions Replacement Considerations

Consult official cross-reference lists from Fairchild or ON Semiconductor for verified substitutes. Ensure any replacement part maintains GTL+ compatibility and identical electrical characteristics.