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Bermondsey Electronics’ MD, Peter Wrigley, will be giving a talk at PCB Live, part of the Engineering Solutions Live event, on March 23 at the British Motor Museum in Gaydon. Entitled ‘Functional Verification of Prototype PCBs Using HIL Testing’, Peter’s presentation will explain how a comprehensive and highly repeatable hardware-in-the-loop (HIL) test environment for … Continue reading “PCBLive Presentation”
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We contributed a three page article on BELIeVE to Electronic Product Design and Test, which has been published in their February 2023 issue. Go check it out here!
Read moreHere are some examples of what BELIeVE-DV and BELIeVE-QA can do.
Many industry sectors, such as automotive and aerospace, require product operation be verified over an input power range. For example, how does the DUT cope with brownouts (a temporary reduction in the supply voltage) and…
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Many products are designed to enter a certain mode or perform a function after a set number of operations, as part of a maintenance strategy that is based on use rather than time in service,…
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If your product includes wired communication ports, BELIeVE can exercise these – and the comms protocols include USB, Ethernet, CANbus, ARINC-429, MIL-STD-1553, RS-232, 422 and 485, GPIB, I2C, SPI, PCI, SMbus and LVDS. The verification…
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As with wired interfaces, it is equally important to verify that wireless communications - such as those made over Bluetooth, WiFi, Zigbee, ANT Radio Service, LoRa and other popular protocols - function correctly and are…
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The verification of control systems is essential in many industries – most notably aerospace, automotive and the nuclear, chemical and petrochemical industries – and hardware-in-the-loop (HIL) testing is a common practice. The control system is…
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BELIeVE can interface with multiple instruments at the same time and all recordings are timestamped and can therefore be correlated. By placing an Ammeter (or DMM in current mode) in-line with the DUT’s power supply…
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By interfacing with industry standards such as JTAG, or vendor specific systems (such as Microchip’s ICSP), in-system programming (ISP) is possible through BELIeVE. Device firmware updates through USB or Bluetooth are also possible. Moreover, any…
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BELIeVE can be used to drive a variety of instruments that are designed to simulate the outputs of sensors. For example, some instrumentation OEMs have products that can simulate a thermistor (the resistance of which…
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If your product is to interface with mechanical devices such as switches and buttons, BELIeVE can be used to control an interface board. For example, the switching sides of relays on the interface board can…
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As software engineers will know there is a technique known as mocking. Used during product development, mocking modifies the system’s code to force certain behaviour; typically to make the DUT interpret inputs in a different…
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Analogue inputs can be exercised in much the same way as the DUT’s input power; i.e. using your benchtop PSU to apply lower and higher values than expected and to make step changes. For more…
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BELIeVE can exercise your product’s digital inputs by driving a digital pattern generator. For example, you may have designed your product to interface with a digital encoder (which outputs Gray code for example) in order…
Read moreIf you want to fast track the launch of your next product without compromising quality or reliability, we can help.
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Do you have a product under development that must function exactly as intended and exhibit high reliability in the field? If so, we can help.
