NIT WiDy SenS 320 Overview
NIT WiDy SenS 320 supplies a documented dual response SWIR imaging configuration. This source-based review distinguishes the model, acquisition and practical system scope without claiming hands-on testing.
Key Specifications
Product detail | Specification |
Product | NIT WiDy SenS 320 |
Image scope | 320 × 256 pixels |
Sensor architecture | NSC2001 dual-response InGaAs |
Receiving | USB3, Camera Link or current GigE branch |
Rate scope | Up to 1000 fps full frame; high-speed option up to 10 kHz ROI |
Pixel geometry | 15 µm square |
Response | Linear or logarithmic; mode-specific numeric meaning |
Review Summary
WiDy SenS 320 merits evaluation when 320 × 256 pixels and nsc2001 dual-response ingaas suit the required evidence. The high-speed ROI rate is not full-frame cadence. The current range adds a GigE branch to the older USB3/Camera Link catalog scope; confirm the quoted output and timing configuration. Select the complete ordering code rather than assigning one family maximum to every variant. The useful outcome is a reproducible image and accepted interpretation delivered at the required time. Assess sensor resolution and acquisition cadence with the complete optical and receiving configuration.
Integration and Selection
Match exposure, receiver, selected gain/response and full-frame or ROI scope. An optional short-exposure high-speed mode is not a universal property of every configuration. Up to 1000 fps full frame; high-speed option up to 10 kHz ROI is the identified rate scope. USB3, Camera Link or current GigE branch determines the documented receiving architecture. Confirm representation, exposure, trigger behavior and receiver capacity together.
Price: Request a quote.
