Our ESD-compliant electronics laboratory on our own premises is equipped with the latest measuring and testing technology to enable us to commission and test a wide range of electronics. On more than 100 square metres, we can also ensure the conformity of products, in particular electronic assemblies, throughout the entire development cycle. Thanks to the few interfaces, we can develop your products extremely efficiently and cost-effectively.
In addition to prototype production and assembly, the laboratory also serves us in the various development phases to test initial concepts right through to validation or verification of electronics as well as entire products, for example in medical technology or the automotive sector.
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Production of the printed circuit boards by external suppliers
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Initial commissioning including the necessary adjustments in-house
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Optimisation of the circuit parts
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Assembly up to the complete unit
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Creation of Test Cases
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Creation of test plans and board coverage matrix
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Planning and installation of necessary test equipment
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Commissioning tests
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Functional tests
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Verification of electronics or entire devices
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Feedback of the results into the development
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Environmental tests
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Electrical safety of medical devices according to DIN EN 60601-1
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Safety regulations for electrical measuring, control and laboratory equipment according to DIN EN 61010-1
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Domestic appliance standard DIN EN 60335
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Standards from the automotive sector, e.g. according to specification LV 124
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Implementation of functional and system tests
Our Equipment Includes
Espec ARL 0680
Climate Chamber
Purpose:
To achieve stable temperature and humidity conditions, sensors inside the cabinet record the measured values and adjust them electronically to the set target conditions. The device is used, for example, in the field of medical technology or the automotive industry for carrying out verification measurements.
Specification:
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-45°C to180°C |
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6,3 K/min |
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4,8 K/min |
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10 % to 98 % relative humidity |
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850mm × 1000mm × 680mm |
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680 l |
Special features:
Use the climate chamber for your individual projects.
Oscilloscope Rohde & Schwarz RTA4004
Purpose:
The unit is used to show the time course of several electrical voltages on a display. In addition to 4 analogue inputs, the device also has a further 16 digital inputs.
Specification:
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1 GHz |
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4 analogue and 16 digital inputs |
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5 Gsample/s |
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200 MSample |
Special features:
- Current clamp R&S RT-ZC20B 100 MHz to 30 A available
- Active probes with a bandwidth of 1 GHz
Oscilloscope Keysight MSO-X4104A
Purpose:
The unit is used to show the time course of several electrical voltages on a display. In addition to 4 analogue inputs, the device also has a further 16 digital inputs. Additionally, active probes with a bandwidth of 1 Ghz as well as various differential probes are available.
Specification:
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1 GHz |
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4 analogue and 16 digital inputs |
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5 Gsample/s |
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20 MHz |
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Special features:
- Mask tests
- Maximum memory depth 4 MSample
- Segmentable memory
- Fast Fourier Transformation (FFT) with 64 kpts resolution
- Various bus decodings available
- CAN
- LIN
- RS232/UART
- I2C
- SPI
- FlexRay
- Low-/Full-Speed USB 2.0
- High-Speed USB 2.0
Hubert A1110-QE
4-quadrant voltage and current amplifier
Purpose:
The device is used to amplify signals generated by a function generator in order to be able to carry out a wide range of tests, including in the automotive environment. For example, the resistance of electronic components in motor vehicles to the dynamics of the vehicle electrical system is tested.
Specification:
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1200 W (source) | 600W (sink) |
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+-75 Vpeak |
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+-40 Apeak |
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DC 200 kHz |
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DC 1 MHz |
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70 V/us |
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10 +-0,1 % |
Special features:
- Completely configurable and operable via software
- Automatic switching of three supply voltages
- Monitor output voltage/current
- Six configurable compensation networks for inductive loads
HAMEG HMS1000
Spectrum Analyzer
Purpose:
An indispensable aid, especially in the field of EMC pre-compliance measurement technology. The measuring instrument is used to examine the frequency spectrum in the run-up to EMC tests in order to identify and eliminate possible sources of interference at an early stage. Even if an EMC test fails, the source of the interference can be found as quickly as possible using the measurement protocol and the spectrum analyzer.
Specification:
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1 GHz |
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1 GHz |
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100 kHz |
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+-2 ppm |
Special features:
- 6,5 inch display
- We have various near field probes in the house
HAMEG HM6050
Single-phase network simulation for measuring conducted interference from 10 kHz to 30 MHz.
Purpose:
A part of the conformity assessment, in accordance with current EMC regulations, is the testing of conducted interference in wired devices. Radio interference voltages, which are generated by electrical consumers and enter the mains network via the power cable, can be verified using network simulations and spectrum analyzers..
Specification:
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10 kHz to 30 MHz |
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16 A |
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Z = 50 Ω || (50 µH und 50 Ω) |
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220 pF and 511 Ω |
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50 µH || 50 Ω |
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Transient Limiter: |
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150 kHz to 30 MHz |
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10 dB (+1,5/-0,5 dB) |
Special features:
- Connectable transient limiter
- Manual reproduction
- Bridgeable protective conductor simulation
HAMEG HMF2525
Arbitrary function generator
Purpose:
The device is used to generate various signals and to test electronics and firmware (embedded software).
Specification:
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10 µHz to 25 MHz |
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5 mVpp to 10 Vpp |
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250 MS/s, 14 bit, 256 kpts |
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sine, rectangle, pulse, triangle, ramp |
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AM, FM, PM, PWM, FSK |
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less 8 ns |
Special features:
- USB port for saving and recalling waveforms and parameters
BK Precision 8601
Programmable electronic load
Purpose:
An electronic load is a device used as a replacement for a conventional ohmic load resistor. As a counterpart to the current source, the electronic load is a current sink. In contrast to the conventional ohmic resistor, the load current of an electronic load is adjustable within a defined range. In the case of this device, the corresponding load currents are programmable and can thus be individually adapted to a wide range of load cases.
Specification:
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0 V to 500 V |
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0 A to 240 A |
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CC/CV/CR/CW |
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up to 25 kHz |
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16 bit |
Special features:
- Short circuit test
- CR LED mode for simulating the behaviour of typical LEDs
- Voltage measurement to compensate for voltage losses in cables
- Programming of individual load cases possible
Keithley DMM7510
High-resolution precision multimeter
Purpose:
The Keithley DMM7510 combines a high-resolution precision multimeter with a graphical touch display, creating a graphical sampling multimeter. Its wide dynamic range enables measurements from the nA range to currents of up to 1 A with high resolution. As an example, the power consumption of IoT products can be optimally measured. From sleep mode, standby mode to the transmission range of Bluetooth or WiFi signals, the multimeter can capture the entire spectrum in just one measurement with high accuracy.
Specification:
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14 ppm |
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60 ppm |
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24 ppm |
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7,5 digits |
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32 bit |
Special features:
- Sampling over five decades
- 18 bit resolution
- Wide dynamic range for leakage current consumption (e.g. measurements in the nA range up to currents up to 1 A with high resolution)
- Automatic internal calibration
Other Measuring Equipment
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Data logger
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Thermal imaging camera
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Colour spectrum measuring device
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Speed measuring device
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Various multimeters
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