VIGO PHOTONICS · SMART TAIWAN
AM / AMS infrared detection modules
Compare AM03100-02, AMS3140-01, AMS6140-01 and AMIS8140-01 by spectral range, temperature control, supply and integration requirements, with local selection support from SMART Taiwan.
Compare spectral coverage and integration
| Model | Typical spectral range | Typical bandwidth | Temperature control / integration | Supply |
|---|---|---|---|---|
| AMS3140-01 | 2.0–5.5 μm | DC–4.0 MHz | 1TE; amplifier and controller | 3.3 V |
| AM03100-02 | 1.7–5.9 μm | DC–3.0 MHz | Uncooled; differential amplifier | 3.0 V |
| AMS6140-01 | 2.2–6.8 μm | DC–2.6 MHz | 1TE; amplifier and controller | 3.3 V |
| AMIS8140-01 | 1.9–11.0 μm | DC–3.0 MHz | 1TE; amplifier and controller | 3.3 V |
Typical conditions: Tamb 20°C; Tchip −20°C and 50 Ω bandwidth-test load for the three temperature-controlled modules. AM03100-02 is uncooled. Refer to each original English datasheet for full conditions, the 20°C chip operating point and limits.
Model specifications and documents
AMS3140-01 infrared detection module
2.0–5.5 μm at Tchip −20°C, with 1TE temperature control, differential amplification, 3.3 V supply and a board-to-board interface.
AM03100-02 infrared detection module
1.7–5.9 μm at Tamb 20°C. An uncooled differential-amplifier module with a specified 3.0 V operating point and a 10 × 10 mm solderable PCB.
AMS6140-01 infrared detection module
2.2–6.8 μm at Tchip −20°C, with 1TE control, differential amplification and a 3.3 V supply for longer mid-infrared wavelengths.
AMIS8140-01 optically immersed IR detection module
1.9–11.0 μm at Tchip −20°C. Optical immersion, 1TE control and differential amplification for evaluating signals extending into long-wave infrared.
Choose an integration starting point
- AM03100-02: uncooled solderable PCB; assess ambient-temperature effects, assembly and calibration.
- AMS3140-01 / AMS6140-01: integrated amplification and temperature control; compare operating wavelength, speed and heatsinking.
- AMIS8140-01: optically immersed, longer-wavelength configuration; check beam size, acceptance angle and response at the actual wavelength.
- All four are analogue detection modules requiring optics, receiver / ADC and processing; they are not USB sensors or complete gas analysers.
Module integration and qualification
- Source / measurement target
- Filters and optical coupling
- IR detection module
- Differential receiver / ADC
- Signal processing and calibration
The module provides part of the sensing and analogue chain. A complete measurement also needs optics, power, readout and calibration.
Start with the measurement task, wavelength or source, modulation frequency, optical power, quantity and schedule. A fixed model is not required to begin the discussion.
Original English documents
Discuss the configuration for your application
SMART coordinates candidate models, supporting components, manufacturer technical questions, quotations and lead time.
Submit a module inquiry