Welcome to PCB-Investigator

Benefit as developer – both in HW and SW development – from PCB-Investigator’s various features ranging from basic functions to helpful analyses.

Concerning EMC and Hazard Analysis PCB-Investigator supports you with automated length and distance calculations and visualizes the results both as text and graphically. Like that, unnecessary disturbances in the end product can be avoided easily.

Change tracking, which is is especially helpful in your communication with designers, is integrated efficiently with both a net and a component based Compare Plug-In.

A detailed and accurate documentation of all relevant data - with our Design Report Plug-In - in combination with the Embedded Function avoids expensive misunderstandings.

In the assembly, a variety of possibilities for simplifying your workflow can be found in PCB-Investigator:

Prepare test adapter data for a Testpoint analysis or avoid any possibility of problems in fabrication with a Component and Tombstone Check. PCB-Investigator offers the matching solution for any requirement.

In the assembly SolidWorks is another important tool, that can be connected easily with PCBI via an export and import function: PCB-Investigator even replaces simulated components independently with real SolidWorks parts after exporting.

Pick&Place is a common procedure in assembly and is supported by PCB-Investigator as well, no matter whether it comes to Pick&Place data creation or data base generation.

PCB-Investigator can support or even take work sequences in PCB Fabrication as well.

As en excellent Viewing Tool it highlights important information for any upcoming task like showing hotspots in order to avoid errors and rejects. Another strength of PCB-Investigator is the DFM area: With a wide-ranging Bare Board Analysis (DRC) or by preparing PCB data as high resolution black-white graphics for the AOI, PCB-Investigator helps avoiding costly and time-consuming remanufactures in the first place.

Panel Building for prototype or serial production is another important step. PCB-Investigator can support you optimally with the Panel Builder Plug-In.

For a battery-powered Motor, the DC battery current must be converted into alternating current (AC). The conversion takes place on a PCB with transistors, a control and monitoring processor (gate driver) and other sensor components. However, the power supply is not possible without losses, which heat up the assembly.

To simulate the temperature, PCB-Investigator Physics from EasyLogix is used.

» Read More

Version 12.3 of PCB-Investigator is out now!

Don't hesitate and get the latest release to benefit from its innovations!

» Read More

Now available: Release of Version 12.1

The latest version of PCB-Investigator offers you comprehensive bug fixes, further developments and new features.

» Read More

It´s time again!

The latest version V12 of our software PCB-Investigator is now available for you!

As usual, this year's release offers you a variety of new features, upgrades and improvements. And since we have always been focussing on you as our customer, all innovations and modifications are driven by your individual wishes or requests.

» Read More

No front page content has been created yet.