TYNI-640-13UT — Ultra-Compact 640×512 Uncooled LWIR Module

The TYNI-640 series packs a complete 640×512/12μm uncooled LWIR imaging chain into a 17.3×17.3mm core — among the smallest footprints in its class. The TYNI-640-13UT pairs a wide-angle 13mm F1.0 athermalized lens (32.7°×26.4° FOV) for general-purpose observation with USB 2.0 digital video with UART control over a compact 4-pin connection. This radiometric variant streams per-pixel temperature at 30 Hz — measuring -20℃~+150℃ or 0℃~+550℃ with ±2℃/±2% accuracy — at just 17.2 g, ready for UAV payload and industrial monitoring integrations.

Mechanical Dimensions

Key to numbered callouts

1 The indicated face is the waterproof sealing surface.

2 Center-of-mass position.

3 Image-plane position.

4 8× M1.6 threaded holes, 2.5 mm deep, evenly distributed on all sides.

5 Side grooves are glued; glue must not protrude above the surface.

6 Cable connector: 0.8WTB-4AWB-01 (1 PIN).

7 Board connector: 145804030020829+ (1 PIN).

8 Sheet-metal bracket must reserve the component heat-dissipation area.

9 Rear view is drawn in the module’s forward orientation.

Technical requirements

1. Detector: 640×512 resolution, 12 μm pixel pitch.
2. Internal IR window: silicon (0.5 mm) + germanium (0.6 mm).
3. Lens: 13 mm, F1.0; FOV 32.7°×26.4° (the drawing shows 33.9°(H)/27.6°(V) — the maximum optical coverage including lens-mounting tolerance; allow structural clearance).
4. Module weight: 17.2 g ±5%.
5. Output signal: USB 2.0.
6. Ingress protection: lens front element IP67.

Specifications subject to change without notice.