German InfraTec lock-in thermal infrared imaging microscope

NegotiableUpdate on 01/13

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Overview

The German InfraTec lock-in thermal infrared imaging microscope is used to measure thermal characteristic parameters such as transient junction temperature, thermal resistance composition, and heat capacity composition of chips. The main components of the system include: infrared thermal imager, thermal resistance testing bench, power supply, data acquisition and analysis system (workstation computer), constant temperature bench, etc.

Product Details

　　German InfraTec lock-in thermal infrared imaging microscopeIt is a high-performance infrared thermal imaging device, particularly suitable for fields that require high-precision and high-resolution thermal imaging measurements. Mainly used in aerospace, medicine, laser processing, microstructure infrared imaging, temperature measurement in the field of electronics/microelectronics, temperature measurement of semiconductor materials/devices, preparation of metal and non-metal materials, non-destructive material testing, lock-in hotspot imaging, PPT pulse thermal imaging, material stress testing analysis, solar cell quality inspection, etc.

ImageIR ® 9500 Refrigerated High Definition Medium Wave Infrared Thermal Imaging Host

德国InfraTec锁相热红外成像显微镜

The main advantages of the micrometer level chip transient thermal characteristic testing system are:

The main components are designed and manufactured in Germany, with excellent quality, stability, and reliability.

2. Adopting a 640 x 512 infrared pixel detector to provide a wider field of view and higher resolution for testing microstructures.

3. Multiple specifications of close-up and microscope lenses are available, with a resolution of up to 1.9 microns.

4. It can analyze extremely short peak signals and directly transmit measurement data to a computer.

5. The shortest jitter time and various input and output options give this system greater flexibility in using and measuring program settings. six Even temperature differences of 20mK or even smaller can be easily detected.

7. Pulse excitation measurement of electronic components enhances the ability to measure minimum temperature deviation by setting the power pulse of the electronic components. InfraTec provides hardware and software to achieve more accurate measurements.

From qualitative to precise quantitative analysis, this will help you measure in a professional way.

9. This system comes with a comprehensive software package called IRBIS ® 3. This modular software will meet your specific needs and make the control, data acquisition, and data analysis of the thermal imager convenient and easy to implement. Various execution functions will make data analysis simple and efficient.

German InfraTec lock-in thermal infrared imaging microscopePerformance Parameter Table

Thermal imaging host	ImageIR 9500	Typical applications: □ Aerospace □ Medical □ Laser processing □ Infrared imaging of microstructure Temperature measurement in the field of electronics and microelectronics Temperature measurement of semiconductor materials and devices □ Preparation of metal and non-metal materials Non destructive material testing □ Lock in hotspot imaging □ PPT pulse thermal imaging □ Material stress testing analysis Quality inspection of solar cells
detector type	Mercury cadmium telluride (MCT)
spectral range	3.7～4.8(μm)
Detector specifications	(1280 x 720) pixels, 12 μ m
MicroScanning	Precision optical micro scanning component, real-time generation of (2560x1440) pixel ultra high definition infrared thermal map (optional)
Thermal sensitivity (NETD)	≤ 20mK@30 ºC
cooling method	Long life and low-power split linear refrigeration unit
Standard temperature measurement range	(-10～+200)ºC
Optional range extension	Low temperature to -40 º C; high temperature to 3000 º C
measurement accuracy	± 1 º C or ± 1%
dynamic range	14 bit, 16 bit (optional)
Full frame rate	120Hz @ (1280 x 720) pixels
Subwindow mode	Customize imaging window size and position
Non homogenization correction	External manual calibration; Optional built-in real-time electric shutter
Integral time (μ s)	1～20,000
Electric Spectral Filter Wheel	Can be equipped with one set of 4-hole or 5-hole rotating wheels, suitable for precise temperature measurement and imaging of specific spectra. The hole selection can be manually and automatically switched
Focusing method	Manual or software controlled electric focusing, with full area automatic, multi area automatic, specified distance and other modes
I/O interface	Integrated 4-channel, including 2 digital inputs and 2 digital/analog outputs
Control and transmission interface	10GigE 10 Gigabit Ethernet
IRIG-B timestamp	Integrated into infrared data, with an accuracy of 20ns
Power supply/power consumption	(110-230) VAC/50Hz input/24VDC output, approximately 30W under steady-state conditions
Shell material	Durable and sturdy lightweight alloy
Protection level	IP54 IEC529, IP 67 optional
Storage/operation temperature and humidity	-40~+70 º C/-20~+50 º C, 10-95% non condensing
Size/Weight	Approximately 241 x 123 x 160mm (LxWxH)/approximately 4.7 kg, excluding lens
fixed installation	UNC 1/4 "and 3/8" standard camera threads, 2xM5

Conventional optional lenses include: 25mm wide-angle, 50mm standard, 1.0X microscope, 8.0X microscope, etc.

德国InfraTec锁相热红外成像显微镜