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Multimeters & Test Devices - Tracker

In an electronics production you will need an inspection device for the produced PCBs to check the assembly of the PCBs. On the one hand, to measure the individual components with high precision or also to check connections between two measuring points. Complete automatic systems simplify and accelerate this process enormously and help, for example, to quickly find assembly errors from production. The so-called Printed Circuit Board (PCB) can be fed to the test system via a conveyor system and is checked by means of moving probes mounted on rails.

In an electronics production you will need an inspection device for the produced PCBs to check the assembly of the PCBs. On the one hand, to measure the individual components with high precision... read more »
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Multimeters & Test Devices - Tracker

In an electronics production you will need an inspection device for the produced PCBs to check the assembly of the PCBs. On the one hand, to measure the individual components with high precision or also to check connections between two measuring points. Complete automatic systems simplify and accelerate this process enormously and help, for example, to quickly find assembly errors from production. The so-called Printed Circuit Board (PCB) can be fed to the test system via a conveyor system and is checked by means of moving probes mounted on rails.

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Huntron Tracker HU-2800 Huntron Tracker HU-2800
Huntron
HU-99-0401

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Price on request
Huntron Access 2 USB Prober Huntron Access 2 USB Prober
Huntron
HU-99-0394

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Price on request
Huntron Tracker HU-2800 plus SW Huntron Tracker HU-2800 plus SW
Huntron
HU-99-0422

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Price on request
Huntron Access DH2 Prober Huntron Access DH2 Prober
Huntron
HU-99-0436

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Price on request
Huntron Access RF Prober Huntron Access RF Prober
Huntron
HU-99-0438

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Price on request
Test leads | MP-20 microprobe Test leads | MP-20 microprobe
Huntron
HU-98-0249

Microprobes for ProTrack, Tracker 2700, Tracker 2700S, TrackerPXI and Tracker Model 30
Content 1 piece(s)
€55.00 *
Workstation Software | Licence Workstation Software | Licence
Huntron
HU-WORKSTATION

Workstation S/W licence, powering Huntron trackers, access probers and more
Price on request
Huntron Tracker HU-2800S Huntron Tracker HU-2800S
Huntron
HU-99-0402

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Huntron Tracker HU-2800S plus SW Huntron Tracker HU-2800S plus SW
Huntron
HU-99-0423

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Price on request
Huntron Tracker HU-3200S Huntron Tracker HU-3200S
Huntron
HU-99-0432

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Price on request
User Manual | CD User Manual | CD
Huntron
HU-06-5217

Complete collection of all manuals for Huntron products in PDF format
Content 1 piece(s)
€91.00 *
Foot switch | for various tracker models Foot switch | for various tracker models
Huntron
HU-98-0315

Huntron footswitches for Tracker Model 30, 2800/2800S, Model 32, 3200S
Content 1 piece(s)
€164.00 *
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What does a PCB tester do?

Unlike a function test (FKT), the PCB test is a function-independent test. This means that the actual function that the PCB will have later does not play a role here. Here, a flying probe test (FPT), for example, is used to check the physical properties in the needle bed adapter.

How can defects be found?

  • Even if the produced PCB appears to be free of defects to the naked eye, it must still be subsequently checked electronically for defects. This can be done, for example, with an ICT (in-circuit test) or finger tester. Depending on the measuring device, various functions or measurements are then available. A distinction is made here between Z-diode, varistor, short-circuit and continuity measurements, impedance and inductance as well as resistance measurements.
  • Another possibility to detect a placement error is the so-called analysis scanner. With this, the operator is shown a photo of the current DUT and a photo of a good template in rapid alternation. A difference between the two images can thus be quickly detected with the naked eye.
  • In an automated optical test, the PCB is photographed with cameras and checked for defects via software.
  • X-ray-based AXI enables the detection of solder defects at component joints. This is made possible by a higher atomic weight of the solder material compared to the other components.

New production of printed circuit boards

A printed circuit board or PCB is initially completely electrically insulated (raw circuit board made of epoxy resin and glass fabric) - copper conductor tracks are then etched onto this. In the case of multilayer printed circuit boards, individual layers are connected to each other using so-called via holes (Vertical Interconnect Access). The components are then applied to the board in the subsequent assembly process. Here a distinction is made between two processes:

  • SMD (surface-mounted-device). The components are soldered directly onto the board using SMT (surface-mounting technology).
  • THT (through-hole technology). The components are soldered through a hole in the board.
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