AWSS10H60: 10 A, 60 V Schottky for High-Current Automotive Lighting

The AWSS10H60 is a 10 A, 60 V Schottky barrier rectifier in an eSGC (TO-277) package from Good-Ark, positioned for high-current automotive lighting. It is the 60 V cell of the 10 A AWSS row, and its full electrical specifications are confirmed with the supplier. This article covers the thermal-first positioning, the ratings, and the confirmation list.

(Last modified date: August 31, 2026)

AWSS10H60 — At a Glance:
10 A, 60 V Schottky barrier rectifier in an eSGC (TO-277) package; site-verified ratings and high-current automotive lighting positioning. The full electrical specifications, thermal data and qualification status are confirmed with the supplier before design-in.

High-Current Lighting Modules Are a Thermal Problem First

A 10 A lighting module is a thermal problem before it is an electrical one: at 10 A, every 0.1 V of forward drop is 1 W of heat in a sealed lamp housing, and the package and the board must carry it. The rectifier’s class and drop are read with the thermal budget first, and the sealed housing is the design’s acceptance line. The 60 V class covers the clean 12 V lighting rail with margin, and its lower forward drop than the 100 V rung is the efficient choice where the transients allow it — the class decision follows the measured reverse peak.

AWSS10H60 at a Glance

The site-verified information: a 10 A, 60 V Schottky in eSGC (TO-277), positioned for high-current automotive lighting. The datasheet is not yet published on the site, and the full electrical values are confirmed with the supplier before design-in.

Driving 10 A Through a TO-277 Package

The TO-277 exposed pad is the 10 A heat path: the pad, the via grid, and the board copper carry the loss into the module, and the footprint rules follow the TO-277 guide. The 10 A rating is valid at a stated case temperature with the board providing the path, and the case-temperature measurement at the sealed condition is the acceptance test.

Comparison Context: 5 A vs 10 A Families

The 10 A cell sits beside the 5 A AWSS parts in the same eSGC footprint: a design that outgrows 5 A moves to the 10 A part without a board change, and the 60 V and 100 V cells cover the rail classes. The family comparison follows the AWSS series guide; the spotlight’s point is that the 10 A/60 V cell is the high-current, clean-rail fit.

Getting the Full Datasheet

The AWSS10H60 product page on the Good-Ark site is the entry, and the datasheet, qualification status, and samples are requested through Good-Ark sales with the module’s current, voltage, and thermal conditions.

The sample evaluation runs the part in the module’s board: the case temperature at the 10 A working current, the efficiency at the load points, and the surge margin at the worst event are measured on the prototype, and the part’s performance is compared with the design budget. The evaluation also reads the module’s thermal reality: the sealed housing’s ambient and the 10 A duty set the case temperature, and the pad, via, and copper design carries it. The prototype measurement at the working current is the acceptance test, and the efficiency and the surge margin are recorded with it. The evaluation is the confirmation’s proof, and the record is the module’s evidence.

Design note: the AWSS10H60 information in this article is the site-verified set — ratings, package, and target market. The full electrical parameters, thermal data, and qualification status are confirmed with the supplier.

Specifications, Applications, Ordering

Specifications: 10 A, 60 V Schottky in eSGC (TO-277); ratings, package, and positioning site-verified; full electrical parameters confirmed with the supplier.
Applications: high-current automotive lighting paths on a clean 12 V rail.
Ordering: the AWSS10H60 product page and the sales team confirm the datasheet, samples, and qualification status.

Frequently Asked Questions

What does the site publish about the AWSS10H60?

The ratings (10 A, 60 V), the eSGC (TO-277) package, and the high-current lighting positioning. The full electrical specifications are confirmed with the supplier.

Why is it a thermal problem first?

At 10 A, every 0.1 V of drop is 1 W of heat in a sealed housing — the thermal budget is the acceptance line.

What does the TO-277 board need?

A pad matching the exposed area, a via grid into inner planes, and stencil apertures controlling the solder volume — the footprint guide owns the rules.

How does the 10 A family compare with the 5 A?

Same eSGC footprint, higher current cell: a design that outgrows 5 A moves up without a board change.

How do I get the datasheet?

Through Good-Ark sales with your module’s current, voltage, and thermal conditions, confirmed against the current revision.