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Nanoscope Systems lnc
Thermal reflection microscope
NegotiableUpdate on 07/01
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Overview
TRM250 thermal reflection microscope is a microscope specially developed by Nanoscope Systems in South Korea for semiconductor research and other purposes. The principle of thermal reflection measurement can be used to obtain the heat distribution on the surface of the sample.
Product Details
TRM250Thermal reflection microscopeIt is a microscope specially developed by Nanoscope Systems in South Korea for semiconductor research and other purposes. Using the principle of thermal reflection, the brightness of the target sample is collected as a function of temperature, and the thermal reflection coefficient (κ) is obtained. By inputting the thermal reflection coefficient (κ) into the system for measurement, the actual temperature value of the target sample's thermal distribution image can be obtained.
Features&Benefits:
1. High definition image quality
2. Compact module size
3. Development oriented modules
4. Easy to operate
5. High cost-effectiveness
Main functions:
1. Synchronous
In Synchronous mode, this method obtains thermal reflection images by matching the period of the signal source with the measurement timing of the camera
2. ASynchronous
In Asynchronous mode, the generation period of the signal source is independent of camera measurements. The image measured in this way is then used to obtain a thermal distribution image through a separate TRMeter.
TRViewer (software):
Transient thermal imaging
Application field:
Specifications (parameters):
module | |||||||
objective lens |
magnification |
5X |
10X |
20X |
50X |
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working distance |
34.0 |
33.5 |
20.0 |
13.0 |
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NA |
0.14 |
0.28 |
0.42 |
0.55 |
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field of view |
Horizontal(um) |
1330 |
655 |
332 |
133 |
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Vertical(um） |
1330 |
655 |
332 |
133 |
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Light source (pulsed LED) |
Basic wavelength |
430,455,505,530,565,590, 617, 625, 660, 700, 730 nm (12 wavelength) |
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output power |
120 ~ 3000 mW (wavelength dependent) |
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image sensor |
scientific CMOS |
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Active imaging pixels |
2048x2048 pixel |
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Active thermal imaging pixels |
1024x1024 pixel |
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Spatial resolution (horizontal) |
0.5 um |
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Thermal resolution |
1˚C |
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Thermal reflection imaging mode |
Steady state (Asynchronous FFT, 4-Bucket) Transient |
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Time resolution in transient mode |
50 nsec ~ 1 msec |
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Electric heating plate |
Heating range |
RT to 110˚C |
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Heating/cooling rate |
· 2min. to heat from RT to 90˚C |
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X. Y, Z stage |
Travel range: 18x18x14mm |
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Manual Z-stage |
Travel range: 50mm |
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X. Y stage is used for scanning head movement |
Travel range: 13x13mm |
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PC |
voltage |
100 to 240 VAC, 50/60 Hz |
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current |
500W Max |
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