ICS 105 set
IC Scanner 4-Axis Positioning System
Short description
The ICS 105 IC scanner allows for measurements of high-frequency near fields above ICs. Depending on the used ICR near-field microprobe magnetic or electric fields can be measured with a measuring resolution of 50 to 100 µm. The probe can also be automatically rotated to determine the magnetic field’s direction.
Optionally the ICS 105 scanner can be used for measurements above small assemblies in combination with UH-DUT universal holder and SH 01 probe holder.
The IC scanner can be set up for ESD or EFT immunity tests on ICs in a few simple steps.
Scope of delivery
- 1x ICS 105, 4-Axis Positioning System
- 1x CS-Scanner, ChipScan-Scanner Software / USB
- 1x GND 25, Ground Plane
- 1x DM-CAM, Digital Microscope Camera
- 1x ICS Flight case, ICS Flight Case
- 1x ICS 105 m, ICS 105 User Manual
Scope of delivery details
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ICS 105
4-Axis Positioning System
The ICS 105 IC scanner is a 4-axis positioning system for moving near-field probes in three linear axes and for rotating the near-field probes over an IC in an electronic PCB. The scanner is suitable for ICI injection probes, ICR near-field microprobes and all other near-field probes from Langer EM…
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CS-Scanner
ChipScan-Scanner Software / USB
The ChipScan-Scanner software is used for the automated measurement of electric and magnetic near fields of electronic assemblies. The software enables measurements in a plane or in the volume above the assembly, visualization of the measurement results for fast and accurate evaluation of the near f…
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GND 25
Ground Plane
The GND 25 ground plane ensures the RF-compatible contacting of the probe during an EMC measurement at a test IC. The GND 25 consists of steel with a gold plated surface. The recess (103 mm x 103 mm) is designed for the placement of GNDA ground adapters (GNDA 01-04) and TEM cell prints (100 mm x 100 mm).
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DM-CAM
Digital Microscope Camera
The digital microscope camera is an essential part of a Langer-Scanner and makes it easier to position the near-field probes above the DUT.