DS90LV011ATMFX/NOPB is a TI single LVDS differential driver that converts one TTL input into a low-voltage differential output pair. It runs from a 3.0 V to 3.6 V supply, supports data rates above 400 Mbps, and uses the compact 5-pin SOT-23 (DBV) package for space-constrained communication links.

The current-mode output delivers a 350 mV typical differential swing while limiting power and electromagnetic emission. TI specifies 100 ps typical differential skew, 700 ps maximum differential skew, and 1.5 ns maximum propagation delay. Power dissipation is 23 mW typical at 3.3 V, and the operating range is -40°C to 85°C.

A robust PCB implementation keeps the differential traces length matched, places the 100 Ω termination at the receiver, and provides short local supply decoupling between VDD and GND. Confirm the DBV orientation before assembly, route OUT+ and OUT- as a controlled differential pair, and validate timing and signal integrity across the real cable, connector, receiver, and temperature range.

DS90LV011ATMFX/NOPB uses the 5-pin SOT-23 (DBV) package. The official DBV0005A outline provides the controlling dimensions and pin-one index for footprint and assembly review.

Use the official land pattern and current orderable-part information for PCB release. A similar five-lead outline does not prove footprint, carrier, finish, or environmental equivalence.

The official top view assigns VDD, GND, OUT-, OUT+, and TTL IN. Confirm pin-one orientation before placement and keep the differential output routing symmetric.

• 1 - VDD: Positive 3.3 V supply input.
• 2 - GND: Ground reference.
• 3 - OUT-: Inverting LVDS output.
• 4 - OUT+: Noninverting LVDS output.
• 5 - TTL IN: Single-ended logic input.

Compatibility requirement: Family-related orderables require a documented compatibility review; a shared family name alone does not prove direct interchangeability.

TI documents DS90LV011ATMFX/NOPB as an orderable member of the DS90LV011A single-channel LVDS driver family.

Use the current TI product page, data sheet, quality report, and exact orderable information as the controlling sources for electrical limits, package details, qualification, and lifecycle review.