Imaging components. Procurement support.

RESOURCES & DOWNLOADS

Information for
your next decision.

Review a product overview, prepare a sourcing brief or check what needs to be agreed before an evaluation sample is ordered.

PRODUCT DOCUMENTS

Overviews you can share with your team.

Compare all modules

MINI 640-2

Thermal imaging module · Product overview · PDF · R2

Download PDF

DL-W5010

Visible-light camera module · Product overview · PDF · R2

Download PDF

9.1 mm F0.8

LWIR lens configuration · Product overview · PDF · R2

Download PDF

MINI 384-2

Thermal imaging module · Product overview · PDF · R2

Download PDF

MINI 256-2

Thermal imaging module · Product overview · PDF · R2

Download PDF

FPV Thermal 256 / 384 / 640

FPV thermal camera · Product overview · PDF · R2

Download PDF

1.2MP CVBS Camera

Visible-light camera module · Product overview · PDF · R2

Download PDF

These TORSUN overviews support initial product discussion. Confirm the supplier’s final datasheet, drawing and selected configuration before design-in.

DESIGN-IN GUIDES

Integrate a thermal core.

01
Design-in guide

How wide, how far: choosing a lens for a 640 × 512 thermal core

Choose a lens for a 640 × 512 thermal core: coverage width, pixel size and measuring distance for 9.1, 13.5 and 18 mm lenses, and the horizontal-or-diagonal check for wide angles.

02
Design-in guide

USB, MIPI or DVP: getting temperature data out of a radiometric thermal core

How temperature data leaves a radiometric thermal core over USB, MIPI CSI-2 or DVP, why analog video cannot carry it, and five questions to ask before design-in.

03
Design-in guide

Designing a 21 × 21 mm thermal core into your housing: mounting, connector, power and the window

A mechanical checklist for a 21 × 21 mm thermal core: size with the lens, M2 mounting, the 50-pin DF40 connector, 5 V power, the infrared window, heat and ambient limits.

04
Design-in guide

“±2°C or ±2%”: what a radiometric module’s accuracy figure means on a real target

What a radiometric module’s “±2°C or ±2%” accuracy covers, and what matters more on a real target: emissivity, reflections, spot size, distance, windows, ambient temperature and NUC.

05
Design-in guide

Thermal cores on drones, vehicles and trains: when the image smears and when the temperature reads low

Why a thermal core smears on drones, vehicles and trains, why a higher frame rate does not fix it, and at what speed temperature readings drop (calculated).

06
Design-in guide

Putting a thermal core behind a window: why glass fails, what germanium needs, and how the window changes your readings

Why glass and most plastics block long-wave infrared, what a germanium window and its coatings need, how a window shifts readings, and how to size it.

07
Design-in guide

Thermal cores on patrol and inspection robots: typical specs, and what to check before you choose one

What thermal payloads on inspection robots use, and what to check: pixels on target, field of view in aisles, temperature range, stop-and-measure, close focus.

ENGINEERING & PROCUREMENT

Related engineering & purchasing notes

Need a specific drawing or document?

Include the model, configuration and documents your engineering team needs.

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Catalogues & downloads

Product information you can keep.

Download a concise catalogue with product images, model references, listed specifications and the details to include in your enquiry.