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Semiconductor Material Doping Based on Target Valence Band Discontinuity

Sensor Electronic Technology, Inc.

A patent family: one line of work, grouped by real continuity rather than by a technology label inferred from titles. 6 of these applications claim priority to application 61/266,523, filed Dec 4, 2009. A shared origin can cover several different claimed inventions, which is why members here may not share a title. In-force patents first, soonest term end first, then patent number. Expired patents follow, in the same order.
PatentTitleHolderStatusExpiresTime remainingConfidence
US 9,634,183Semiconductor Material Doping
In force
 · High confidence
Sensor Electronic Technology, Inc.In force
High confidence
US 9,997,667Semiconductor Material Doping
In force
 · High confidence
Sensor Electronic Technology, Inc.In force
High confidence
US 10,497,829Semiconductor Material Doping
In force
 · High confidence
Sensor Electronic Technology, Inc.In force
High confidence
US 8,426,225Semiconductor Material Doping Based on Target Valence Band Discontinuity
In force
 · High confidence
Sensor Electronic Technology, Inc.In force
High confidence
US 9,287,442Semiconductor Material Doping
In force
 · High confidence
Sensor Electronic Technology, Inc.In force
High confidence
US 9,368,580Semiconductor Material Doping
In force
 · High confidence
Sensor Electronic Technology, Inc.In force
High confidence
6 of 6 records shown. In-force patents first, soonest term end first, then patent number. Expired patents follow, in the same order.
Updated Nov 14, 2026 · includes USPTO assignment & status data published Nov 14, 2026 and grant & fee data published Nov 10, 2026 (weekly) · how we know
Computed patent terms end on the dates shown. Related patents and pending applications may cover overlapping subject matter.
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