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HDPYX 330-G Mono High-Speed HDR Sensor

Fast HDR sensor for high-speed applications and demanding imaging tasks.

pyxalis
HDPYX 330-G Mono High-Speed HDR Sensor

Product Number: 25909
Category: Area Sensors
Tags: not released yet

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HDPYX 330-G Mono High-Speed HDR Sensor

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Product Base:

HDPYX 330-G Mono High-Speed HDR Sensor

HDPYX 330-G RGB High-Speed HDR Sensor

Product Summary

High-speed mono sensor with dual-gain HDR capability.

HDPYX 330-G Mono High-Speed HDR Sensor Highlights

  • 3.32 MP resolution
  • 200 fps frame rate
  • Dual-gain global shutter
  • 2/3 inch optical format
  • Double-sided AR coated window

Targeted Applications

  • Night Vision
  • Its
  • Scientific Imaging
  • High-Speed Video

Product Specifications

Pixel Size x [µm]Pixel Size x [µm]

4.4

Pixel Size y [µm]Pixel Size y [µm]

4.4

InterfaceInterface

LVDS

Aspect RatioAspect Ratio

4 : 3

Bit DepthBit Depth

12

ChromaticsChromatics

Monochrome

Dymanic DBDymanic DB

84

Frame Rate [fps]Frame Rate [fps]

200

Horizontal Resolution [px]Horizontal Resolution [px]

2160

Image Diagonal [mm]Image Diagonal [mm]

11.66

ManufacturerManufacturer

Pyxalis

Max. Operating Temperature [°C]Max. Operating Temperature [°C]

85

Min. Operating Temperature [°C]Min. Operating Temperature [°C]

-40

Quantum EfficiencyQuantum Efficiency

65

Resolution [MP]Resolution [MP]

3.32

Sensor SizeSensor Size

2/3 inch

Sensor TypeSensor Type

CMOS

Shutter TypeShutter Type

Global Shutter

Vertical Resolution [px]Vertical Resolution [px]

1536

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Description

The HDPYX 330-G Mono is a 3.32 MP CMOS sensor designed for high-speed imaging applications with a global shutter and dual-gain HDR capabilities. It delivers excellent in-scene dynamics with low noise, high sensitivity, and a frame rate of up to 200 fps. Featuring a double-sided AR coated window, the sensor is suitable for applications such as high-speed capture, night vision, ITS, and scientific imaging. It provides a versatile solution for Full HD video with electronic stabilization, defense imaging, and other demanding scenarios requiring fast and accurate data acquisition.

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