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Langer FLS 106 IC User Manual

Ic test system ic scanner 4-axis positioning system / pcb scanner 3-axis positioning system
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User manual
FLS 106 IC set / FLS 106 PCB set
IC scanner 4-axis positioning system /
PCB scanner 3-axis positioning system
Copyright © Februar 2019
LANGER EMV-Technik GmbH
- Translation of the original German user manual into English -
2019.07.04 User Manual FLS 106 eng

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Summary of Contents for Langer FLS 106 IC

  • Page 1 User manual FLS 106 IC set / FLS 106 PCB set IC scanner 4-axis positioning system / PCB scanner 3-axis positioning system Copyright © Februar 2019 LANGER EMV-Technik GmbH - Translation of the original German user manual into English -...

  • Page 2: Table Of Contents

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Table of contents: Page Declaration of Conformity.................... 6 General Remarks ......................7 User Manual ........................7 Reading and Understanding the User Manual ..............7 Local Safety and Accident Prevention Regulations .............. 7 Images ..........................
  • Page 3 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Overcurrent Protective Device ................... 19 Environmental Protection ..................20 Nameplate ........................20 Overview of the FLS 106 Scanner ................21 Description of the Subassemblies ..................21 9.1.1...
  • Page 4 Operation with Spatial Separation and External NA 5 EMERGENCY STOP Switch ..41 14.2 Checking the Cables of the Rotary Unit ................43 14.3 Installing the Digital DM-CAM Microscope Camera on the FLS 106 IC ......43 14.3.1 Installing the DM-CAM Holder.3 for the Microscope Camera........43 14.3.2 Installing the Digital DM-CAM Microscope Camera ............
  • Page 5 Removing the ICR Probe ....................74 21.2 Removing the Near-Field Probe ..................74 21.3 Removing the SH 01 Probe Holder from the FLS 106 IC ........... 74 21.4 Removing the Pre-Amplifier / BT 706 Bias-Tee..............74 21.5 Removing a Device Under Test from the T-slot Table............75 21.6...

  • Page 6: Declaration Of Conformity

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Declaration of Conformity Manufacturer: Langer EMV-Technik GmbH Nöthnitzer Hang 31 01728 Bannewitz Germany Langer EMV-Technik GmbH herewith declares that the FLS 106 IC / FLS 106 PCB positioning system...

  • Page 7: General Remarks

    Figures have been included in this user manual to assist the reader's understanding but may differ from the device's actual version. Limitation of Liability In the following cases, Langer EMV-Technik GmbH can assume no liability for damage to property and personal injury if: The information given in this user manual has not been observed.

  • Page 8: Description Of Symbols

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Description of Symbols Mandatory signs Warning signs Disconnect the mains plug General warning sign Wash your hands Warning against dangerous electrical voltage hazard Warning against hand injury...

  • Page 9: Scope Of Delivery

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Scope of Delivery FLS 106 IC Scope of Delivery * Item Name of article Short name Qty. 4-axis positioning system FLS 106 IC 2 ChipScan-Scanner software / CD-ROM...

  • Page 10: Technical Parameters

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Technical Parameters General Parameters of the FLS 106 Scanner Figure 1: Axes of the FLS 106 scanner Supply voltage 100 - 250 V (50/60 Hz) Current consumption 4.5 A...

  • Page 11: Technical Parameters Of The Subassemblies

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Technical Parameters of the Subassemblies 4.2.1 UH DUT Figure 2: Dimensions of the DUT UH universal holder 4.2.2 Claw 01 and Claw 02 Figure 3: Dimensions of the claws for the DUT UH (claw 01 and claw 02)

  • Page 12: Gnd 25 Holder

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 4: Claws from above with the long hole and M3 screw 4.2.3 GND 25 Holder Figure 5: GND 25 holder with anti-rotation element - 12 / 79 -...

  • Page 13: Gnd 25 Ground Plane

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 4.2.4 GND 25 Ground Plane Figure 6: GND 25 ground plane Diameter 218 mm Depth of the recess 1.7 mm Recess dimensions (L x W)

  • Page 14: Suh 106 Safety Enclosure

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 4.2.6 SUH 106 Safety Enclosure Length 1260 mm Width 890 mm Height 1000 mm Connection 25-pin D-Sub Weight 50 kg Table 6: Technical parameters of the SUH 106 safety enclosure 4.2.7...

  • Page 15: Requirements For The Chipscan-Scanner Software

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Requirements for the ChipScan-Scanner Software Operating system Windows 7 64 bit (latest service packs) Monitor resolution (1280 x 1024) px Hard-disk storage 1 GB minimum / 10 GB recommended...

  • Page 16: Intended Use

    The probes can be moved across the DUT surface on the X-, Y- and Z-axis. In addition, the FLS 106 IC allows the probe's rotation around the Z-axis. The probe tip position can be checked visually with the digital DM-CAM microscope camera at any time.

  • Page 17: Risks If Not Used For Its Intended Purpose

    Never use any damaged or defective devices. Do not connect or disconnect any cables whilst the FLS 106 scanner is in operation. Only staff from Langer EMV-Technik GmbH may open the scanner and work on the electrical components and electrical lines.

  • Page 18: Hazard Due To Movements Along The Axes

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 5.3.2 Hazard Due to Movements along the Axes There is a risk of injuries when the scanner is in motion. Important: The scanner may only be operated within a protective enclosure (section 6.1.1 and 14.1.1) or with a spatial separation (section 6.1.2 and 14.1.2).

  • Page 19: Safety Devices

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Safety Devices Prerequisites for Safe Operation The FLS 106 scanner may only be operated if either a protective enclosure or a spatial separation in connection with the external NA 5 EMERGENCY STOP switch is used.

  • Page 20: Environmental Protection

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Environmental Protection Dispose of any packaging material paying due regard to the local environmental protection regulations. Do not allow lubricants such as grease and oil based on mineral oils to escape into the environment.

  • Page 21: Overview Of The Fls 106 Scanner

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Overview of the FLS 106 Scanner Figure 9: Overview Description of the Subassemblies 9.1.1 Guide Rails along the X-Axis Figure 10: Guide rails of the X-axis The electrically driven stepping motor moves the Z-axis tower on the guide rails along the X-axis over a working range of 400 mm.

  • Page 22: Guide Rails Along The Y-Axis (Long Side)

    Figure 12: Z-axis tower with rotary unit A rotary unit is located at the bottom of the Z-axis tower on the FLS 106 IC. The SH 01 probe holder and the KA 220 camera arm are located at the bottom of the Z-axis tower on the FLS 106 PCB.

  • Page 23: Gantry

    The gantry transports the probe that is attached to the rotary unit and the digital DM-CAM microscope camera along the Y-axis. 9.1.5 Rotary Unit Figure 14: Rotary unit with SMA-SMA coupling and fastening screws The FLS 106 IC scanner comes with a rotary unit as a standard feature. - 23 / 79 -...

  • Page 24: Aluminium Mounting Bracket

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de The rotary unit is used as a fourth axis that allows the installed probe to rotate around the Z-axis by ±180°. The DM-CAM holder.3 for the digital microscope camera is attached to the rotary unit. Either an ICR probe or the SH 01 probe holder can be mounted on the rotary unit's rotary ring.

  • Page 25: T-Slot Table

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 9.1.7 T-Slot Table Figure 16: T-slot table T-slots with openings for the T-nuts The T-slot table (600 mm x 540 mm x 19 mm) has several hollow sections. T-nuts (Figure 17) can be inserted into the individual hollow sections (T-slots) to fasten the clamping pieces (section 10.4)

  • Page 26: Control Panel With Emergency Stop Device And Control Leds

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 9.1.8 Control Panel with EMERGENCY STOP Device and Control LEDs Figure 18: Control panel of the FLS 106 scanner The EMERGENCY STOP device ("Emergency Stop") that is integrated in the control panel is used to stop the FLS 106 scanner immediately.

  • Page 27: On / Off Switch

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 9.1.10 ON / OFF Switch Figure 20: ON / OFF switch An ON / OFF toggle switch is located on the rear of the FLS 106 scanner.

  • Page 28: Connectors On The Control Panel

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 9.2.2 Connectors on the Control Panel Figure 22: Connectors on the control panel: "RF out" and "USB" - USB connector, type B, marked "USB" to connect to a PC via a corresponding USB cable, - SMA connector marked "RF out"...

  • Page 29: Connector For External Emergency Stop Switch Or Safety Enclosure

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 9.2.4 Connector for External Emergency Stop Switch or Safety Enclosure Figure 24: "ext. Stop" connector The connector marked "ext. Stop" is located on the rear of the FLS 106 scanner and is used to connect the SUH 106 safety enclosure or the external NA 5 EMERGENCY STOP switch.

  • Page 30: Overview Of Attachments

    Figure 25: KA 220 camera arm 10.2 DM-CAM Holder.3 The DM-CAM holder.3 of the FLS 106 IC scanner is used to position and mount the digital DM-CAM microscope camera on the rotary unit. Figure 26: DM-CAM holder.3 There are three slots that allow an individual installation of the DM-CAM such as to the right or left of or above the installed ICR probe.

  • Page 31: Dm-Cam With Camera Screw

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 10.3 DM-CAM with Camera Screw The digital DM-CAM microscope camera is used to monitor the probe tip position and the distance between the probe tip and DUT.

  • Page 32: Clamping Pieces

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 10.4 Clamping Pieces The clamping pieces are used as fasteners to individually position and mount the UH DUT universal holder or a DUT on the FLS 106 scanner's T-slot table.

  • Page 33: Gnd 25 Holder

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 10.6 GND 25 Holder The GND 25 holder holds the GND 25 ground plane. The GND 25 holder can be mounted directly on the T-slot table or on the UH DUT universal holder.

  • Page 34: Sh 01 Probe Holder

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 10.8 SH 01 Probe Holder The SH 01 probe holder is designed to hold a near-field probe. The SH 01 comprises a mounting bracket, the magnetic holder and the probe sleeve.

  • Page 35: Delivery

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Delivery The FLS 106 scanner is delivered in a customised transport box. The scanner itself weighs 75 kg. The transport box's dimensions and weight may vary depending on the equipment and place of destination.

  • Page 36: Preparations For Putting The Fls 106 Scanner Into Service

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Preparations for Putting the FLS 106 Scanner into Service 12.1 Preparations for the Safe Operation of the FLS 106 Scanner There are two options to ensure the system's safe operation: use the SUH 106 safety enclosure or provide for a spatial separation (see Section 6.1).
  • Page 37 We recommend that further steps only be taken after the scanner has adjusted to the working area's ambient temperature.  Langer EMV-Technik GmbH assumes no liability for damage to property and/or personal injury or for consequential damage that arises from the incorrect unpacking or installation of the FLS 106 scanner.

  • Page 38: Removing The Transport Protection From The Guide Rails

    12.3 Removing the Transport Protection from the Guide Rails Langer EMV-Technik GmbH applies a thin layer of grease to all sliding rails so as to ensure appropriate corrosion protection during transport and storage. Remove this grease before putting the system into service.

  • Page 39: Checking / Releasing The Emergency Stop Switch

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 12.5 Checking / Releasing the EMERGENCY STOP Switch Only transport the FLS 106 scanner with the EMERGENCY STOP switch locked in place. If the EMERGENCY STOP switch is locked, the scanner cannot be put into service. Therefore, the user should check whether the EMERGENCY STOP switch is locked before switching the scanner on.

  • Page 40: Putting The Fls 106 Scanner Into Service For The First Time

    Standard procedure: a) Install and connect the digital microscope camera: - refer to section 14.3.2 for FLS 106 IC or - refer to section 14.4 for FLS 106 PCB b) Check that the cable of the rotary unit is connected correctly (connect if necessary) (Figure 40).

  • Page 41: Installation

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Installation 14.1 Ensuring the System's Safe Operation 14.1.1 Operation with the SUH 106 Safety Enclosure The user may be at risk when working on the scanner whilst this is in operation.
  • Page 42 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 38: D-Sub port (ext. Stop) Figure 39: NA 5 EMERGENCY STOP switch with D-Sub connector - 42 / 79 -...

  • Page 43: Checking The Cables Of The Rotary Unit

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 14.2 Checking the Cables of the Rotary Unit Check that the rotary unit is connected to “rot. Axis" on the Z-axis tower. Figure 40: Cable of the rotary unit on the "rot. Axis“ connector 14.3...

  • Page 44: Installing The Digital Dm-Cam Microscope Camera

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 14.3.2 Installing the Digital DM-CAM Microscope Camera Use the large, silver-coloured knurled screw and the black, knurled plastic nut to mount the camera screw on the DM-CAM holder.3. Insert the digital microscope camera into the opening of the camera screw and fix it in the desired place with the small, silver-coloured knurled screw.

  • Page 45: Installation Of The Digital Dm-Cam Microscope Camera On The Fls 106 Pcb

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 14.4 Installation of the Digital DM-CAM Microscope Camera on the FLS 106 PCB Figure 45: Digital DM-CAM microscope camera Figure 46: KA 220 camera arm Mount the DM-CAM on the KA 220 camera arm (Figure 47) with the FLS 106 PCB.

  • Page 46: Connecting A Computer

    Figure 51: Connecting the measuring cable with SMA plug to the scanner's "RF out" port Please refer to the annex of the ChipScan-Scanner software user manual or the www.langer- emv.de website for a list of measuring devices supported by the ChipScan-Scanner software www.langer-emv.com/fileadmin/ChipScan-ESA%20Supported%20Spectrum%20Analyzers.pdf...

  • Page 47: Switching The Fls 106 Scanner On

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 14.8 Switching the FLS 106 Scanner on Bring the toggle switch on the rear of the scanner into the "I" position to switch the FLS 106 scanner on properly.

  • Page 48: Software Installation

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Software Installation Put the device into service as described in chapter 13 before installing the software. Start the installation process by inserting the installation CD with the ChipScan-Scanner software into the CD drive or connecting the USB memory stick to the computer.
  • Page 49 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 54: Updating the driver 4) Select the "Browse my computer for driver software" option in the dialogue window that opens. Figure 55: Selection for driver search 5) Click the "Browse"...

  • Page 50: Installing The Chipscan-Scanner Software

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 56: Browsing the enclosed CD for the driver 6) The driver will now be installed. The "TRINAMIC Stepper Device" entry should then appear under "Ports" in the device manager.

  • Page 51: Putting The Fls 106 Scanner Into Service With The Chipscan-Scanner Software

    Select the COM interface to which the scanner is connected in the "RS232" selection box in the "Scanner" section. o Select the "Langer FLS 106" entry in the selection box below "RS232". o Then click the "Detect Devices" button.
  • Page 52 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 3. Calibrate the FLS 106 scanner. - Click "Calibrate" (lower right corner) to move the scanner to its home position. This has to be done each time the ChipScan-Scanner software is started, each time the scanner is switched on and each time the scanner is stopped.

  • Page 53: Fastening The Device Under Test

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Fastening the Device Under Test 16.1 Fastening a Device Under Test With the Clamping Pieces Fasten the clamping pieces with the hexagon socket screws M6 (hexagon socket 5 mm) and the T-nuts in the selected T-slots.

  • Page 54: Fastening A Circuit Board With The Uh Dut Universal Holder

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Adjust the height and angle with the grub screws so that the device under test can be pushed under the projecting part of the clamping piece. Align the device under test and fix the clamping piece with the hexagon socket screw M6.

  • Page 55: Installing The Uh Dut

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 63: Fastening example with claw 02 The claws have to be fastened so that the circuit board cannot be moved in any direction. The remaining claws can also be used for this purpose.

  • Page 56: Fastening The Gnd 25 Ground Plane For Ic Measurements

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 65: Fastening the UH DUT with the clamping pieces on the T-slot table Adjust the height and angle with the grub screws as required. Fix the clamping pieces with the hexagon socket screw M6.

  • Page 57: Information On Using The Gnd 25 Ground Plane

    "IC test instructions" from Langer EMV-Technik GmbH or by Langer EMV-Technik GmbH on the basis of the customer's specifications. 16.3.3 Installing the GND 25 Holder First insert and position two T-nuts into the desired T-slot (Figure 67).
  • Page 58 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 68: Fastening the GND 25 holder The anti-rotation element can be fastened in one of the four outer holes as required. It ensures that the installed GND 25 ground plane does not turn by accident.

  • Page 59: Installing An Icr Near-Field Microprobe

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Installing an ICR Near-Field Microprobe 17.1 Laying the Connecting Cables Unscrew the two screws of the cable holder on the rotary ring and place the upper part of the cable holder on one side (see Figure 70).
  • Page 60 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 73: SSMB-SSMB cable connected Figure 74: SSMB-SSMB cable on the rotary ring Now connect the long SMA-SMA RA measuring cable to the SMA coupling (Figure 75).

  • Page 61: Connecting The Icr Near-Field Microprobe

    As a prerequisite, the cables must have been laid according to section 17.1. The ICR near-field micro probe has to be installed on the rotary ring of the FLS 106 IC scanner's rotary unit. Remove the knurled screws from the rotary ring.
  • Page 62 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Now mount the ICR probe on the rotary unit's rotary ring using the knurled screws M3 (Figure 80). Figure 80: ICR probe mounted with the knurled screws The protective cap of the ICR probe should be removed only before the measurement.

  • Page 63: Installing The Bt 706 Bias-Tee

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 17.3 Installing the BT 706 Bias-Tee The BT 706 bias-tee has to be connected in the incoming circuit to ensure the ICR probe's power supply.
  • Page 64 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de The collision control has to be activated in the ChipScan-Scanner software by ticking the "Depth Test" checkbox. This is only possible if the SSMB-SSMB depth-test cable is connected to the SSMB connector of the ICR probe and the SSMB connector on the rotary unit (Figure 73, Figure 80) and the ICR probe's power supply has been established via the bias-tee.

  • Page 65: Installing A Near-Field Probe With The Sh 01 Probe Holder

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Installing a Near-Field Probe with the SH 01 Probe Holder 18.1 Installing a Near-Field Probe on the FLS 106 IC First connect one end of the SSMB-SSMB cable to the SSMB connector of the rotary unit and lay the cable on the rotary unit's rotary ring as shown in Figure 87.

  • Page 66: Connecting A Near-Field Probe Directly To The Fls 106 Ic Scanner

    18.1.1 Connecting a Near-Field Probe Directly to the FLS 106 IC Scanner If operated without a pre-amplifier, the RF measuring cable has to be connected to the near-field probe's measurement output and directly to "RF in" input on the scanner's Z-axis tower (Figure 93).

  • Page 67: Connecting A Near-Field Probe With A Pre-Amplifier

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Alternatively, the near-field probe can also be connected to the SMA coupling on the scanner (rotary unit). Two RF measuring cables are needed for this purpose. Connect the first RF measuring cable to the probe output (Figure 94) and the SMA coupling (Figure 95) and the second RF measuring cable to the SMA coupling (Figure 96) and the "RF in"...

  • Page 68: Installing A Near-Field Probe On The Fls 106 Pcb

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 98: Pre-amplifier example Figure 99: Pre-amplifier on the scanner's "RF in" input Connect the near-field probe's RF measuring cable to the pre-amplifier's SMA input (Figure 100).
  • Page 69 LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Connect the SSMB plug of the SSMB-HR10 cable to the SSMB connector of the SH 01 probe holder (Figure 90). Connect the HR-10 plug to the "rot. Axis" connector on the Z-axis tower.

  • Page 70: Connecting A Near-Field Probe Directly To The Fls 106 Pcb Scanner

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 18.2.1 Connecting a Near-Field Probe Directly to the FLS 106 PCB Scanner If operated without a pre-amplifier, the RF measuring cable has to be connected to the near-field probe's measurement output and directly to "RF in"...

  • Page 71: Collision Control For The Near-Field Probe

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Figure 107: RF measuring cable connected to the pre- Figure 108: Pre-amplifier power supply cable in the amplifier connected state 18.3 Collision Control for the Near-Field Probe The collision control has to be activated in the ChipScan-Scanner software by ticking the "Depth Test"...

  • Page 72: Information On How To Operate The Fls 106 Scanner

    A visual check of the scanner, attachments, measuring devices, DUT and cable guides should be performed before each measurement. Should any damage be discovered, this has to be eliminated before putting the scanner into service. Contact Langer EMV-Technik GmbH (chapter 24). 19.2 Adjusting the Exact Height of the Probe Tip above the DUT In many cases, the distance between the probe tip and the DUT has to be set exactly.

  • Page 73: Estimating The Duration Of A Measurement With The Fls 106 Scanner

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 19.3 Estimating the Duration of a Measurement with the FLS 106 Scanner 19.3.1 Number of Measuring Points The duration of a measurement with the scanner increases linearly with the number of the measuring points set.

  • Page 74: After Completing The Measurement

    21.3 Removing the SH 01 Probe Holder from the FLS 106 IC First disconnect the connected SSMB-SSMB cable from the SH 01 probe holder. Then remove the SH 01 from the rotary unit by loosening the knurled screws M3.

  • Page 75: Removing A Device Under Test From The T-Slot Table

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de 21.5 Removing a Device Under Test from the T-slot Table First loosen the clamping pieces (screws M6, hexagon socket 5 mm) and then remove the device under test from the T-slot table.

  • Page 76: Maintenance

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Maintenance The FLS 106 scanner should be cleaned on the outside at regular intervals. We recommend that a dry, soft cloth be used for this purpose. Use a moist cloth and a neutral cleaning agent to remove heavier soiling.

  • Page 77: Dismantling/Disposal

    At the end of its service life, the FLS 106 scanner has to be dismantled and disposed of in an environmentally friendly way. Unless a return and disposal agreement has been concluded with Langer EMV-Technik GmbH, the scanner has to be properly dismantled and recycled.

  • Page 78: Customer Service

    LANGER DE-01728 Bannewitz mail@langer-emv.de FLS 106 IC set / FLS 106 PCB set EMV-Technik www.langer-emv.de Customer Service Please contact us if you have any queries, hints and suggestions. You can reach us: Monday - Friday 8:00 am to 3:00 pm...

  • Page 79: Warranty

    This document may not be copied, reproduced or electronically processed, either in its entirety or in part, without the prior written permission of Langer EMV-Technik GmbH. The management of Langer EMV-Technik GmbH assumes no liability for damage that may arise from using this printed information.

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