IR DETECTOR

Infrared detector performance is fundamentally limited by thermal noise at ele-vated temperatures.

By lowering and stabilizing the detector operating temperature,TEC cooling leads to:

1.Reduced dark current and noise floor.

2.Improved NETD and image contrast.

3.Higher signal-to-noise ratio(SNR).

4.More stable and repeatable detector behavior over time.

1.Solid-state design with no moving parts→long-term reliability

2.Zero vibration operation→no impact on imaging stability

3.Precise temperature control(±0.1 K typical)→consistent detector performance

4.Compact and orientation-independent→easy system integration

5.Fast thermal response→quick stabilization after power-on

1.Long-range infrared imaging and surveillance systems.

2.Scientific and analytical instruments.

3.Medical and life-science thermal imaging systems.

4.Industrial inspection and monitoring systems.

The following models represent typical multi-stage TEC models commonly used in infrared detector applications.They are provided for reference and comparison only,not as a complete product list.