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UHP-M
Ultra-High Power UV-Visible LED Light Engine for Fluorescence Microscopy
Introduction
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Prizmatix UHP-M Dual-LED light engine is designed to substitute the
Metal-Halide and Mercury lamps in routine fluorescence microscopy applications.
Combining an Ultra-High-Power Broadband White LED (>55 Watt) and
a High-Power UV LED (>10 Watt) it offers extremely high power
for most popular fluorescent dyes.
Totally self-contained with all necessary driver electronics
and thermal management built in and no moving parts the UHP-M
offer superior illumination, simple integration and advanced features.
No special controller box is required to operate the light-engine
if used at maximum power. Besides standard TTL and analog inputs,
the optional digital console and USB-Interfaces enable a full
range of control configurations ( see below )
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Click to enlarge
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UHP-M-UV Visible White Dual LED
UHP-M-UV-Visible
UHP-M-UV-Visible Illuminator User Manual
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Key Features:
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Uniform Illumination from a single large chip
Ultra High Power White LED.
No diffuser needed as with LED arrays
- Uniform UV illumination from single High Power UV LED
- Optically Isolated fast TTL and Analog Inputs for each channel
- Low optical noise, No Shutter needed
- Large heatsink for fan free thermal management
- Optional Console enables convenient power adjustment
- Each LED has independent adjustable focus
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Easy integration with popular software packages
like uManager, LabView, Matlab etc. via optional USB
or RS-232 Interface
- Long life (no lamp replacement required)
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Optional items:
A: Remote controller B: USB-interface
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Optical Specifications:
| Channel | Total Power [mW] | Normalized Value [a.u.] | Bandwidth Power [mW] |
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■ | | | | |
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Remarks:
- The Power Collim. is the total beam power emitted from the LED head after passing the internal collimating aspheric lens.
- The Power LLG3 is total power emitted from 3 mm core liquid light-guide (Prizmatix P/N: LLG-3) connected to the LED head by suitable coupler (Prizmatix P/N: LLG-A3)
- The Power LLG5 is total power emitted from 5 mm core liquid light-guide (Prizmatix P/N: LLG-5) connected to the LED head by suitable coupler (Prizmatix P/N: LLG-A5)
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Electrical Specifications:
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Digital modulation (TTL input) |
Hz |
DC-20000 |
Analog modulation (Analog input) |
Hz |
DC-100 |
Analog power control |
% |
0-100 |
Digital power control |
Bit |
12 |
Input Voltage |
V |
12 |
Power Adaptor Safety |
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General Specifications:
Operation temperature range |
0C |
10-35 |
Storage temperature range |
0C |
-10-55 |
Operating relative humidity (Non condensing) |
% |
<90 |
Dimensions |
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See drawing below |
Illuminator weight |
g |
750 |
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System Configurations
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The UHP-M-DualLED illuminator and its control units (UHP-M-Console and UHP-M-USB) can
be assembled on microscope in several various configurations as described in following figures.
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Mechanical Drawings |
UHP-M main body
UHP-M-Console (left) and UHP-M-USB (right) control units
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Ordering Information |
Item Description |
P/N |
UHP-M UV (365nm) + White LED Illuminator for Fluorescence Microscopy
(power adaptor included)
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UHP-M-365-White
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UHP-M UV (385nm) + White LED Illuminator for Fluorescence Microscopy
(power adaptor included)
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UHP-M-385-White
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UHP-M UV (405nm) + White LED Illuminator for Fluorescence Microscopy
(power adaptor included)
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UHP-M-405-White
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Microscope adaptor for UHP-M illuminator
Please specify N for Nikon / O for Olympus / Z for Zeiss / L for
Leica microscope type
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Mic-ADPT-Type
(Type = N / O / Z / L)
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Console control unit for manual control of the illuminator
(cable included)
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UHP-M-Console
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USB interface to control UHP-M from Windows software,
uManager etc. Serial, LabVIEW, Arduino example control
code is available.
(cables included)
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UHP-M-USB
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RS-232 interface to control UHP-M from Windows software,
uManager etc. Serial, LabVIEW, Arduino example control
code is available.
(cables included)
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UHP-M-RS-232
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