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March, 2024 Multi-Cell Battery Simulators from Pickering
CHELMSFORD, MA — Picker- ing’s battery simulators are ideal for Electric Vehicle (EV) battery stack emulation in Bat- tery Management Systems (BMS) test applications. The modules occupy a single PXI or PXIe slot, and enable direct volt- age and current readback either programmatically or using Pick- ering’s soft panel control. Each cell simulator is highly accurate, specified at ±5 mV from 1 to 7V. The module range features
up to six battery cell simulators in a single slot module. Each simulator can sink or source cur-
rent. The accuracy of the output voltage is greatly improved over the previous generation, some- thing that is very important in simulating newer battery tech- nology. With an isolation specifi- cation of 1,000 kV, one can build a BMS test system that supports up to 90 cells of battery simula- tion, all contained within a sin- gle PXI or PXIe chassis. The modules can be com-
bined with any of Pickering’s other PXI switch and simulation modules such as high voltage switching, fault insertion, ther- mocouple simulation and RTD
simulation, and other vendors’ PXI modules such as a CANbus interface to create a fully flexible BMS test system. Pickering Interfaces offers
an extensive range of PXI, LXI, and USB switch and simulation modules optimized for automo- tive electronics, including ECU testing, Hardware-in-the-Loop Simulation (HILS), battery man- agement systems (BMS) test, sensor and strain gauge emula- tion, environmental testing, in- strumentation management, sig- nal conditioning, RF & mi- crowave, switch simulation and
automotive load management. The company’s PXI and
PXIe multi-cell battery simula- tor range is ideal for battery stack emulation with the advan- tage of a modular/scalable plat- form. With an isolation specifica- tion of 1,000V, users can build a test system supporting up to 100 cells of battery simulation, con- tained in a single 19-slot PXI or
PXIe chassis. Contact: Pickering Inter-
faces, 221 Chelmsford Street,
Chelmsford, MA 01824 % 781-897-1710 Web:
www.pickeringtest.com
Line Lamp from DELO Offers High Intensity
SUDBURY, MA — DELO has de- veloped a line lamp for curing ad- hesives and other multifunction- al polymers. DELOLUX 301 of- fers high curing speeds and great flexibility for integration into production systems. This lamp is suitable for highly automated processes in small and narrow production lines, like those found in consumer electronics assem- bly. It can also be used, for exam- ple, in the lamination of thin- film solar cells. The DELOLUX 301 can be operated as a single head or be
Have you ever wondered, “Is my ESD floor working the way it is supposed to?”
If it isn’t, will you know? What could go wrong? What is the risk to you?
✓ Inadequately grounded workers? ✓ Charge generation above mandatory limits? ✓ Electronics damaged by ESD events? ✓ Faulty products shipping to customers? ✓ Risk to the company? ✓ Personal accountability?
If you would like to know if your ESD floor is working as it should, then visit Static- Stop to arrange for a free ohmmeter test. We will test your ESD floor for FREE and advise the best solutions for you.
DELOLUX 301 line lamp.
seamlessly combined to form a larger array. When the lamp heads are combined in up to three directions, users can easily implement individual as well as homogeneous exposure geome- tries. For example, a wide row of lamps can be used for the roll-to- roll lamination process of flexible thin-film solar cells, where adhe- sives, such as DELO PHOTO- BOND LP4115, are often needed to protect cells made of organic materials and perovskite from humidity ingress. This plug-and-play lamp
head is controlled and supplied with power via the basic units of the DELOLUX pilot A series, which are available as touch and
PLC-capable models. Contact: DELO Industrial
www.staticstop.com
Adhesives, LLC, 144 North Road, Suite 2650, Sudbury, MA 01776 % 978-254-5275 E-mail:
usa@delo-adhesives.com Web:
www.delo-
adhesives.com/us
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