Solutions
Solutions
Smart Single-Cell Bi-directional Inverter Energy Storage with High-Performance Integrated Lighting Solution
Help customers adapt capacity cells for smart bidirectional inversion, while equipping with a high-performance integrated lighting module.
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Commercial & Industrial Lighting Solutions
Delivers compact, low-power, high-reliability light sources for LED lighting fixtures.
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Infrared Thermopile Temperature Measurement and Imaging Solutions
Infrared thermopile arrays operate based on the Seebeck effect. All objects above absolute zero emit infrared energy, which is converted into heat by an IR-absorbing layer (such as a silicon nitride thin film) on the sensor surface, raising the temperature of the thermopile's "hot junction." Composed of multiple thermocouples connected in series, the thermopile's "cold junction" is attached to the substrate; a voltage signal is generated when a temperature difference exists between the hot and cold junctions. The combined electromotive force from all thermocouples is output, with its magnitude proportional to the intensity of received infrared radiation. To enhance performance, modern sensors often employ MEMS technology to create suspended structures that reduce thermal mass or use high-absorption coatings like black gold in the heat-collection region. Mainstream thermopile array pixel specifications available on the market cover multiple series, primarily including 8x8, 16x16, 32x32, as well as larger formats like 80x64 and 120x84. For example, some manufacturers have developed 8×8 array chips, while commercial offerings now include 120×84 pixel sensors supporting frame rates up to 30Hz. These varying specifications cater to different market segments and application requirements.
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