FRIWO - Back-to-Back Test Bench Basic Setup
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Massively reduce time to market of new powertrain soft- and hardware components through Rapid Control Prototyping.
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Create education labs demonstrating next- generation developers the newest technology in a tangible way.
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Compact setup with flexible configuration possibilities to adapt own components quickly.
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Extend the setup by battery packs to build up a complete powertrain system and monitor energy flow.
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Optionally add a torque sensor to get mechanical output power in high precision
Product information "Back-to-Back Test Bench"
With the help of our new Back-to-Back test bench, you can massively shorten your time-to-market for new powertrain software and hardware components through Rapid Control Prototyping. Thanks to the compact setup with flexible configuration possibilities, you can quickly implement adaptations of your own components.
Perform fine-tuning and calibration in real time:
- Real-time monitoring and calibration of firmware parameters through Enable Tool Application
- Simulate realistic driving maneuvers through 4-Quadrant torque/speed profiles
- Precise measurement of the Torque Curve via CAN
- Get full development freedom by combining with our software development kit (SDK) for functional development and application-level integration
For power supply use a stationary bidirectional DC power supply or for autonomous operation use our FRIWO Battery Pack to be even more flexible.
Choose between setups:
When deciding upon the Basic Setup, the testbench comes without torque sensor, Analog-To-CAN-Converter and mechanical sensor mounting. Both drivetrains are connected directly via a claw clutch. Choosing the Full Setup all the mentioned components will be delivered directly with the testbench. Optionally, the Basic Setup can be extended subsequently using the Full Setup Extension Package.
Additional information
- Voltage min. (DC): 20 V
- Voltage max. (DC): 65 V
- Current max. (AC): 300 A
- CAN-Baudrate: 125, 250, 500, 1.000 kBaud/s
- USB-Bitrate (Virtual-Com-Port): 256 kBit/s
- Analog Interface: 2x 0...5V (per MCU)
- Motor Type: Permanent magnet synchronous motor with surface-mounted magnets (SM-PMSM)
- Current max. (DC): 210 A
- Electrical Output Frequency max. (MC6000): 1600 Hz
- Rotor Speed max. (Motor): 6000 1/min (mech.)
- Repetitive Peak Power @48V: 10800 W
- Nominal Power @48V: 6240 W
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More Product Information
AR’s state-of-the-art multi-tone systems are designed to test RF Radiated and Conducted Immunity faster than ever before. Both the MT2IEC10V3M and MT4IEC10V3M fully comply with IEC 61000-4-3:2020 Edition 4, allowing for multiple tone testing, reducing test time by up to 74%. Commercial, aviation, and automotive industries, will perform RF radiated and conducted immunity testing faster, more accurately, more efficiently, and more closely to a real-world environment.
With the inclusion of instrumentation hardware and AR’s emcware® software, the MT2IEC10V3M and MT4IEC10V3M are full turn-key systems in one rack, capable of producing 18 V/m CW (10 V/m AM). The MT2IEC10V3M reduces test time by up to 50% and the MT4IEC10V3M reduces test time by up to 74%. Customized systems achieving higher field strengths are also available, using this approach.
- Fast flash programming
- Increases UUT test coverage with additional interface connectivity
- Easy integration with XJTAG test systems
The SSISOV200V10K18G System is designed to generate up to 200 V/m CW at a 2m test distance for ISO 11451-2 full-vehicle testing from 10kHz-18GHz. The signal generation, control, and power monitoring equipment shall be mounted in a ventilated equipment rack along with the RF amplifiers.
The SSISOV200V10K18G AR System consists of the AR equipment, listed herein. Please refer to individual product specification sheets for details. The export classification for this equipment is 3A001. This equipment is controlled for export in accordance with the U.S. Export Administration Regulations. Diversion contrary to U.S. law is prohibited.
AR Standardized Systems are customizable upon request. Contact AR for all such requests.
Thin plate broadband antenna has been developed for efficient immunity testing against hand-held transmitters and cellular phones. Many pieces of spot frequency antennas had to be used in turn thus fur. This new Thin-plate Broadband Antenna is a single antenna solution eliminating the need for antenna changes and dramatically reducing the test time. Furthermore, this antenna with its small-size and lightweight properties and a flexible handle is suitable for testing in narrow spaces.
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A wide frequency range eliminating the need for antenna changes
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30W maximum power input allows high filed strengths
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High efficiency due to a low VSWR and high gain
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Suitable for broadband digital modulation thanks to a good VSWR flatness
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Small, light-weight and flat antenna easy to use in narrow spaces
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Easy handling with a flexible arm
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A wide radiation pattern makes directivity of the fields no longer an issue
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Revolutionary technology advancement for wafer and die-level photonics probing
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Highest accuracy in test results
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New innovative combination of hardware and software features to align and optimize fibers/arrays in a wafer-level trench
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Minimized coupling losses with minimal trench dimensions
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Industry standard for vertical coupling to wafer-level grating couplers
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Positioning hardware is precisely calibrated to the probe station and ready to perform die-to-die optical optimizations in minutes
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Dark, shielded and frost-free
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-40°C to +125°C
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Leveraging considerable expertise through an innovative engineering team
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Pioneering set of automated functions that perform critical calibrations of the optical positioning system to the probe station
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Exclusive FormFactor-developed automated test methodology
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Automates manual tasks by integrating probe station machine vision capability with optical positioning and test equipment
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FormFactor-developed graphical user interface to manually control the optical positioning system
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Configurable between single fibers, fiber arrays and edge coupling holders
See more Key Features on Specifications & Details tab
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Real resistors switched by relays
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14 decade range, resolution from 1 μΩ
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Custom units and time sequences
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No residual resistance
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5 W load capacity
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Six different languages
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Software-driven design allows for field updates for adding new features, capability or modifications due to industry changes
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TCAS and ADS-B Target Generator
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Simulates 32 dynamic/400 static intruders
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ADS-B squitter encode/decode
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More test capability than any tester in the market, all packed into one box
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Pulse and frequency measurement Transponder test option for Modes A, C, S
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Optional Command set emulation for SDX-2000, ATC-1400A and S-1403DL
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10.4 inch touch screen LCD display for operator control of all test set capabilities or can be remotely controlled via GPIB or Ethernet
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Four port antenna simulation
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Hybrid surveillance
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Six independent transmitters and two receivers
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Data parsing for analysis
Image optimization features:
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Auto gain (manual gain control: 0 to 26 dB; 1 dB increments)
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Auto exposure (18 µs to 126 s; 1 µs increments)
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Black level (offset)
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Decimation
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Gamma correction
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Three look-up tables (LUTs)
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Pixel defect masking
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Piecewise Linear HDR mode
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Region of interest (ROI), separate ROI for auto features
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Reverse X/Y
Camera control features:
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Auto-iris (video type)
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Event channel
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Image chunk data
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IEEE 1588 Precision Time Protocol (PTP)
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Storable user sets
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StreamBytesPerSecond (bandwidth control)
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Stream hold
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Sync out modes: Trigger ready, input, exposing, readout, imaging, strobe, GPO
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Temperature monitoring (main board)
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Trigger over Ethernet (ToE) Action Commands
The SSISOC50V10K18G System is designed to develop a 50 V/m field level at a 1m test distance for ISO 11452-2 and ISO 11452-5 testing from 10 kHz to 18 GHz. The signal generation, control, and power monitoring equipment shall be mounted in a ventilated equipment rack along with the RF amplifiers.
The SSISOC50V10K18G AR System consists of the AR equipment, listed herein. Please refer to individual product specification sheets for details. The export classification for this equipment is 3A001. This equipment is controlled for export in accordance with the U.S. Export Administration Regulations. Diversion contrary to U.S. law is prohibited.
AR Standardized Systems are customizable upon request. Contact AR for all such requests.
FRIWO
Based on 50 years of experience, FRIWO today has a global presence with modern development centres, production facilities and sales in Europe, Asia and North America. The FRIWO brand stands for innovative strength, security, safety, quality, and efficiency around the world. As proof of this, we are certified according to DIN ISO 9001 (Quality Management), DIN ISO 14001 (Environmental Management), and DIN ISO 13485 (Quality management for medical devices). At the end of the 2020 fiscal year, the company employed over 2,500 people worldwide and generated revenue of 99.4 million euros.
As an international system provider, FRIWO, headquartered in Ostbevern (DE), develops and produces digitally controllable power supply and drive solutions for futureoriented industries such as power tool technology, industrial applications, medical technology or electromobility.
The product portfolio includes technologically leading chargers, battery packs and power supply units as well as intelligent components for electric drive trains. The range of solutions extends from the display, motor control and drive unit to the control software.
Contact Details
FRIWO Gerätebau GmbH Headquarters
Von-Liebig-Straße 11, 48346 Ostbevern, Germany
Phone: +49-25-32-81-0
Fax: +49-25-32-81-112
Email: hello@friwo.com
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