Drivers Hamamatsu Photonics K.k USB Devices

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  • Features include high-speed read-out, low energy response down to 10 kV and 200 μm pitch size. Various interfaces are available, including RS-422, CameraLink, USB & Gig-E.For tire inspection, Hamamatsu manufactures C-shaped line scan cameras (C9750-27FCC and C9750-27FCD) with high sensitivity and wide dynamic range.
  • Page 1: Instruction Manual Read this manual carefully beforehand use the camera correctly. After reading the manual, store it in a location where you can refer to it at any time. 1.7 April 2007 HAMAMATSU PHOTONICS K.K.
  • Hamamatsu Photonics K.K. 3.0.0.4260 (3/06/2013) This Driver Applies to Devices with the Following Plug-And-Play IDs (PNPID): USB VID0661&PID1400.
  • The LabVIEW ™ driver allows for maximum control of image acquisition for LabVIEW ™ software. It supports both 32-bit and 64-bit versions of LabVIEW ™. Supported hardware: Fusion, Flash 4, ImagEM X2, ORCA (all models), C8484, C8800, C9100, DCAM-API. This driver supports only B/W cameras. Before using this software please use the latest.

A LiDAR device works with a pulsed IR laser diode, which sends out short light pulses. Some systems are scanning continuously with a mirror and other systems illuminate the whole area at once. The emitted light is reflected from every surface of the obstacles in its path, with a reflection ratio depending on the material and colour.

K.kDrivers Hamamatsu Photonics K.k USB Devices

We have designed a software API to be used by all Hamamatsu digital cameras; it is named DCAM-API (Digital CAMera Application Programming Interface).

The purpose of DCAM-API is:

  • To standardize camera control and functionality of all Hamamatsu digital cameras.
  • To bridge all the different RS-422/LVDS, CamLink, RS-232, IEEE-1394, USB software API and interfaces (Ex. Phoenix SDK, IFC, File I/O Serial, OHCI 1394, USB EHCI, etc.) into one defined set of API functions.
  • To allow for future expandability of the API with limitless and seamless integration of digital cameras and interfaces without the need for re-building the host application to support them.
  • A simple, yet powerful set of functions to control all the necessary features and data acquisition control functions of our cameras.
  • Dynamic detection of camera features and control.
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DCAM-API is currently supported on Microsoft Windows (32-bit and 64-bit) and Linux. Please click on the Download link to learn about and download the latest official driver runtime for your platform.


All Modules are DLL’s in Windows.

Drivers Hamamatsu Photonics K.k Usb Devices Inc

Devices

Drivers Hamamatsu Photonics K.k Usb Devices Download

  • The application’s communication with all the installed cameras in the system is done through one entry point – The DCAM-API Library.
  • The DCAM-API Library contains all the defined exported functions of the API.
  • DCAM-API is responsible for connecting all registered DCAM-API Modules to the host application.
  • Basic flow
    • Application layer (host) initializes the DCAM-API Library.
    • DCAM-API initializes each module and queries how many devices are found.
    • Total count is returned back to the host. Host can open a connection to any of the devices by index.
    • Once opened, all communication and data acquisition to that device through its connected interface are handled with the link.
    • There is no theoretical limit to how many devices or how many links are opened.
      • Allows for simultaneous control/acquisition of multiple devices.
    • Dynamic property and image data type querying. Common memory management.
    • When done, the connection is closed to each module/device, then the API is cleaned up and closed..