Table of Contents
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Table of Contents
Summary of Contents for Senop HSC-2
- Page 1 Senop Hyperspectral Camera HSC-2 User Guide Version: 30 / 5.4.2019 DRAFT...
- Page 2 IN NO EVENT SHALL SENOP OR ITS SUPPLIERS BE LIABLE FOR ANY INDIRECT, SPECIAL, CONSEQUENTIAL, OR INCIDENTAL DAMAGES, INCLUDING, WITHOUT LIMITATION, LOST PROFITS OR LOSS OR DAMAGE TO DATA ARISING OUT OF THE USE OR INABILITY TO USE THIS MANUAL, EVEN IF SENOP OR ITS SUPPLIERS HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
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Page 3: Table Of Contents
AUX connector ..............................14 AUX connector functions ..........................14 AUX connector specification ........................14 AUX connector pin order ..........................15 AUX TRIG pin usage principle ........................15 Attaching the HSC-2 to Drone......................... 16 HSC-2 requirements when used in drone: ....................16 25247... - Page 4 Creating a custom script ..........................28 Measuring the script using the Senop HSI-2 software ................28 Measuring the script using the HSC-2 camera menu ................29 Importing the data to the PC ........................29 Open the data cube in HSI-2 software ......................30 ENVI Data type .............................
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Page 5: Purpose
Purpose This guide will help you to start the use of the Senop Hyperspectral Camera HSC-2 and the Senop HSI-2 software. Key Features of Device The device is meant for Hyperspectral imaging. It can take images of specified wavelengths inside its operational wavelength range. -
Page 6: Regulatory Information
Regulatory information This Device is tested under CE & FCC requirements as descripted below: Hereby, SENOP declares that the HSC-2 is in compliance with directives and regulations listed below 2014/53/EU (The Radio Equipment) • 2011/65/EU (RoHS) • 2012/19/EU (WEEE) •... -
Page 7: Safety Information
IMPORTANT NOTICE FOR USE IN HEALTHCARE ENVIRONMENTS: Senop HSC-2 product is not a medical device and is not listed under UL or IEC 60601 (or equivalent). As a result, it must not be used within 6 feet of a patient or in a manner that directly or indirectly contacts a patient. -
Page 8: Warranty Statement
The repair or replacement of a faulty product within the warranty period remains at the discretion • of Senop The Senop HSC-2 warranty covers defects in parts or workmanship but does not cover fair wear and • tear, defect resulting from misuse, unauthorized modification, operation or storage outside the environment specification for the product or in-transit damage. -
Page 9: Specifications
Specifications Frame Based Digital Hyperspectral camera • o True global shutter snapshot sensor. Size: 199,5mm x 130,9mm x 97,2mm (73mm without lens) • Weight 990 g (without connector cover) • Powering Device Voltage supply 7 – 17 VDC • Maximum current consumption (@7V) peak 2,2A, nominal 1,6A •... -
Page 10: Connections
4 button, (up, down, back, select) • Indicator RGB -led • Sales Package Contents Senop HSC-2-x Hyper Spectral Camera, where x is • o C – 500nm – 900nm Wall Power Unit • o 90 - 264 VAC / 12VDC 24W... - Page 11 Customized Peli 1400 25247...
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Page 12: Display And Keyboard
Display and Keyboard Ok /Select Cancel Down When HSC-2 Hyperspectral Camera is not controlled directly by computer there are certain functions that can be operated from the device own user interface Run script • Single shot • Settings for •... -
Page 13: Connections And Connectors
Connections and Connectors External Power Supply Ethernet Mini 7-17V USB-C RJ-45 DisplaPort connector antenna MMCX There are six connectors on the device Ethernet RJ 45 connector • Power connector • USB connector • Display port connector • AUX-Connector • GPS antenna connector •... -
Page 14: Aux Connector
AUX connector specification Voltage should be supplied for interface from device connected to. • o Connector is isolated from HSC-2 voltage domains. o Voltage range: 1.65V – 5.5V, Used buffer: SN74LVC1T45 o Interface is enabled only when voltage is supplied. -
Page 15: Aux Connector Pin Order
This can be done for example ON-ON type control o TRIG pin is tied to GND with 10kΩ resistor internally TRIG pin impedance is high, IO-Power consumption is very low. • TRIG IO power can be connected independently, regardless of HSC-2 power supply • IO-Power 2.8-5V Trigger event... -
Page 16: Attaching The Hsc-2 To Drone
Attaching the HSC-2 to a Drone. When using the HSC-2 camera in drones it is always advisable to use professional gimbal, compatible with drone. Gimbal insulate drone vibrations and keep camera steady. Use also high-quality drones. HSC-2 requirements when used in drone: Safe and sturdy installation. -
Page 17: Electrical Connection
Power connector type (in cable): Barrel Plug, 2.5mm I.D. x 5.5mm O.D. Positive Center. GPS in Drone Use Internal Antenna for Integrated GPS is located so, that is functional in most cases when HSC-2 is attached to Drones. Location is just front to GPS external antenna connector. Antenna is sensitive to all directions... -
Page 18: Dji Matrice 600
Imaging from a distance When the HSC-2 camera is used to image from a great distance, it is useful to consider the affect of the resolution of the image. The graph below shows the size what one pixel sees at a given imaging distance. For example, when the image is taken 100m from the target, the image is formed from 65mm x 65 mm resolution. - Page 19 Imaging distance, m 25247...
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Page 20: Senop Hsi Software
Senop HSI Software Senop Hyperspectral camera HSC-2 can be used as a standalone device but HSI software or some other compatible software is needed to initialize or control the device. Senop HSI-2 Software can be used to: Viewing live image for camera •... -
Page 21: Connection Status Indicator
Connection Status Indicator GREY: Device not connected • GREEN: Device connected • RED: Device connected and recording • Data Visualization Toolbar Data cube name • o If live stream enabled: Live stream, RGB / WL o If snapshot taken: Snapshot, script name o If opened data: Data cube name Open data •... -
Page 22: Sequence Toolbar
Sequence toolbar Sequence toolbar contains the following features and tools. • o Sequence name o Spectrum visualization method: Dots/point-to-point line/Smoothened o Data presentation method: Radiometric/Relative in the units of mW/(sr*nm*m o Menu New: Opens sequence editor for creating new sequence. Copy: Opens sequence editor with copy of the currently selected sequence for copying sequence. -
Page 23: Script Creator
Script Creator 25247... - Page 24 Menu • o New: Clear script content and start creating a new script o Open: Open saved script from computer o Save as: Save created script to the computer o Edit Description: Add or edit the description of the script o Upload: Directly upload script to the device Script name: Add name for the script •...
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Page 25: Quick Start Guide
Power up the HSC-2 device by connecting the DC Voltage cable and connect the Ethernet cable between the HSC-2 and a PC. Start the Senop HSI-2 Software. On the Device tab, press the + sign. On the opened window, 25247... -
Page 26: Taking A Snapshot Using The Default Sequence
select your device from the Available Devices list and click OK. The device will now be listed as Available on Your devices list. Click on the device to connect. Wait until the device is connected and the status of the device is switched to CONNECTED. -
Page 27: Creating And Measuring A Custom Script
Radiometric in the units of mw/(m *nm*sr). The selection can be done from the drop-down menu at the top right corner. The image shown on the top left corner of the software can be saved by clicking the -button on the top of the window and selecting SAVE AS IMAGE. -
Page 28: Creating A Custom Script
Multiple sequences can be added to a script and their order can be changed by using the ARRANGE button. In order to measure with the created script, it needs to be transferred to the HSC-2 camera. After the Script Name has been created, click -button from the Script Creator window and select UPLOAD. -
Page 29: Measuring The Script Using The Hsc-2 Camera Menu
Importing the data to the PC The data taken with the script, is saved into the HSC-2 internal memory. To analyze the data, it needs to be transferred to a PC. The data can be imported with the HSC-2 software by pressing IMPORT-button on the Device sheet. -
Page 30: Open The Data Cube In Hsi-2 Software
Open the data cube in HSI-2 software To open the stored data cube, press the open icon at the DATA VISUALIZATION sheet. Select the desired sequence from the folder and click OK. The data cube opens, and the spectrum can be viewed by clicking the image. -
Page 31: Envi Data Type
There is a .png preview images of every frame, the actual data in Envi file format and a header file, which contains information about the recording parameters. By default, HSC-2 uses ENVI type image cubes. .dat file is ENVI type flat binary file. - Page 32 {1.0000,1.0000,62.26495167,26.37994000} Geographical coordinates, pixel_x_coordinate, pixel_y_coordinate, latitude, longitude senop {0,1,2,3,4} Order of the requested bands sequence order senop order {0,0,0,0,0} Wavelength order of the measured bands, 0=Wide, 1=Normal, 2=Narrow senop {0,55067000,165198000,220266000,110132000} Acquisition time of the bands timestamp compared to the first...
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Page 33: Updating The Device Software (Firmware)
Updating the device software (firmware) The HSC-2 camera software can be updated using the HSI-2 software. First, you should have received a software package from an authorized dealer. The software is packaged in -tar.xz file format. The package should be extracted using for example 7zip software or similar. The xz-package should be extracted first and then the tar-package.
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