Hyperion Series

Model : Hyperion Series

Description :

The Hyperion series colorimeter from Admesy is the successor of our successful MSE platform colorimeter. The Hyperion offers even better filter characteristics compared to other colorimeters and ultra high sensitivity packed in a typical robust and compact Admesy package. The Hyperion is truly the next level colorimeter, the ultimate user-friendly system for in-line colour measurement applications and display production.

Highlights
• Nearly perfect CIE1931 filter characteristics
• Higher sensitivity: lower noise circuit
• High dynamic range
• High speed luminance & colour measurements for accurate flicker measurements
• All calculations done inside, including JEITA, for ease integration
• Colour measurement in XYZ, Yxy, Yu’v’
• Other colour spaces available via a supplied colour library
• USB and RS232 communication interfaces
Specification

General Specifications

Interfaces
USB 2.0 USBMTC compliant, SCPI command set, high speed device
RS 232 For PC and embedded purposes, using same command set as USB
Trigger in & out 5V compliant
Power ratings Min voltage Typical voltage Max voltage Max current
USB power 4.75V 5.00V 5.25V 300mA
9V power 8.75V 9.00V 9.25V 300mA
Measurement system
Photo detector 3 silicon photo diode using XYZ interference filter
Spectral response Approximates CIE 1931 colour matching functions
Measurement parameters XYZ, Yxy, Yuv, correlated color temperature(CCT), dominant wavelength DWL, Flicker, Response time
Size (HxWxD) 53x70x147 mm (without lens system)
Mounting 12 M3 threat holes spread over four sides

Typical spectral sensitivity

Admesy Hyperion Sensiivity 

Measurement Specifications - 10mm Lens

Measurement system
Optical system Acceptance angle 5º (+/- 2.5)
Measurement spot size 13.5 mm at 50 mm distance ;  18 mm at 100 mm distance
Flicker measurement speed
(sample mode)
Luminance 2000 samples / second, XYZ 2000 samples / second
Correct detected frequency of at least 1 Hz
Colour measurement speed Colour 22 ms or higher, depending on luminance level (including communication)
150 cd/m² with DC level light at 16 ms. PWM requires longer integration (multiple frames)
Sample mode signal frequency response
Parameter F3dba  
Gain 1 DC – 500 Hz  
Gain 2 DC – 500 Hz
Gain 3 DC – 500 Hz
Colorimeter Specification
Parameter Range Accuracy Repeatability
Resolution 16 bit for X, Y and Z >80 dB without averaging  
Luminance (Y) 0.005 cd/m² - 20,000 cd/m² integration time between 0.5ms – 1s +/-4% of measured value, measured at white image of  LCD  display,  Luminance  of  app.  150  cd/m², x=0.300 y= 0.325 Y +/- 0.5% at 0.1 cd/m² *¹
Y +/- 0.2% at 1 cd/m² *¹
Y +/- 0.15% at 5 cd/m² *¹
Y +/- 0.1% at 150 cd/m² *¹
Chromaticity (x,y)   +/- 0.001 after calibration, measured at white image of  LCD  display,Luminance  of  app.150cd/m², x=0.300 y= 0.325 x,y +/- 0.001 for Y at 0.1 cd/m² *¹
x,y +/- 0.0005 for Y at 1 cd/m² *¹
x,y +/- 0.0005 for Y at 5 cd/m² *¹
x,y +/- 0.0002 for Y at 150 cd/m² *¹
Measurement speed     4-10 samples / s for Y at 0.1 cd/m² *¹
10-20 samples / s for Y at 1 cd/m²  *¹
40 samples / s for Y at 5 cd/m² *¹
40 samples / s for Y at 150 cd/m² *¹
Flicker (contrast method) 5 cd/m² or higher +/- 0.3% flicker frequency 30Hz AC/DC 10% sine wave. Sine wave at 10 cd/m² +/- 0.2%
Flicker (JEITA method) 5 cd/m² or higher +/- 0.3dB flicker frequency 30Hz AC/DC 10% sine wave. Sine wave at 10 cd/m² +/- 0.2dB
Operating temperature 10 - 35°C *²
Shutter lifetime > 1,000,000
Shutter speed 250 - 300 ms depending on temperature and lifetime
*1 All measurements are performed 20 times on a LED display with sufficient signal noise ratio, value is based on 2 sigma. Sample speed depends on the measured sample. If the sample uses PWM, it will take longer. Use of lower rated values is strongly recommended to ensure repeatability.
*2 Operating temperature reaches from 0 to 40 degrees. Dark level compensation is optimized for operating in temperatures between 10 and 35 degrees.

      Data Sheet