Custom made plastic enclosure

De olie- en gasindustrie is sterk afhankelijk van de consequente en effectieve werking van haar apparatuur en machines. Ongecontroleerde trillingsveranderingen kunnen pompen, compressoren en elektrische motoren beschadigen, en veroorzaken ongeplande stilstanden of zelfs catastrofale verliezen. IMI Sensors biedt een volledige reeks sensoren en aanvullende producten die ideaal zijn om uw apparatuur veilig te bewaken en te beschermen. Deze sensoren moeten echter ook zelf gecontroleerd worden, en hiervoor biedt PCB Piezotronics de ideale oplossing met model 9110D. Dit is een industriële draagbare trillingskalibrator en een ideaal hulpmiddel voor het testen van versnellingsmeters, trillingstransmitters en wervelstroomsensoren over een breed scala aan frequenties en amplitudes.

• EMI/EMC filters • Battery solutions • AC/DC; DC/DC & DC/AC power • Dinrail • Chassis mount • Open frame • Enclosed and rack mounted power • LED power • Power management & ICs • Power over ethernet • Mains transformers • Mil COTS DC-DC, filter & surge protection • AC/DC & DC/DC high voltage

Power supplies AC/DC convertors DC/ DC convertors High Voltage convertors EMC filters Motor filters Chokes

Kontron announces their new NXP i.MX8M Mini-based System-on-Module. This very compact SoM provides an excellent and cost-effective basis for individual board and application developments. It offers a high-performance i.MX8M Mini Quad Core 1.6 GHz processor with eMMC Flash and LPDDR4 memory on only 30mm x 30mm. Therefore it stands for maximum simplicity and efficiency within the smallest space. The i.MX8M Mini offers latest processor technology with 4x Arm® Cortex®-A53, 1x Arm® Cortex®-M4 and LPDDR4 memory. It offers highest performance for computing-intensive applications, demanding 3D visualizations, and is optimally equipped with extensive interfaces. To meet even the highest security requirements, the i.MX8M Mini SoM can be equipped with the latest encryption techniques, secure boot and other security features. In combination with current wireless technologies and modern software architectures, it is a perfect building block for the development of secure devices in large IoT networks. A 4.3” sized evaluation board with ready to use Linux Board Support Package (BSP) is immediately and easily deployable for IoT and Industry 4.0 applications. Since the module is machine-solderable, costs for connectors and manual assembly are eliminated. SpecificationsKontron SoM i.MX8M Mini 4x Arm® Cortex®-A53 @1.6 GHz and 1x Arm® Cortex-M4 @400 MHz 2D GPU and 3D GPU 1 GByte LPDDR4 RAM, optionally up to 4 GByte 2 Mbyte NOR-Flash 8 GByte eMMC optionally up to 128 GByte Gbit Ethernet, USB OTG, PCIe, GPIO, PWM, I2C, SPI, QSPI, SDIO, UART, SAI MIPI LCD interface and Camera interface Pre-installed embedded Linux operating system incl. all drivers for communication and LCD/touch Supports Microsoft Windows 10 IoT Core 5V DC powered Operating temperature from -25°C to +85°C.

Features - Integrated multi-constellation, multi-frequency GNSS module with interference and jamming mitigation - Chip Scale Atomic Clock (CSAC) and Inertial Measurement Unit (IMU) for assured Position Navigation and Timing - Differential radial clock distribution - Coaxial Antenna and Timing signals in P2 aperture Designed in alignment with the SOSA ™ Technical Standard, PR A11/61d-RCR provides resilient PNT data for sensor based solutions that are used in Electronic Warfare and Intelligence, Surveillance and Reconnaissance applications. As a key differentiator, PR A11/61d-RCR is ITAR free and is designed and built in the UK utilising technology licensed from Racelogic, another UK company specialising in positioning data. In normal operation, PR A11/61d-RCR sources highly accurate PNT data from a built in GNSS receiver and uses this to discipline a Chip Scale Atomic Clock (CSAC). This, in turn, feeds radial clock signals to the signal processing plug in cards that make up a VPX based sensor subsystem. In periods of GNSS denial or jamming, accurate PNT data continues to be provided by utilising signals from a built in Inertial Measurement Unit and sophisticated Kalman filtering techniques. The timing slot on most commercially available backplanes supports one or two 10GBASE-KR pipes and PR A11/61d-RCR is controlled using one or other of these pipes. Bussed clock signals are also supported for backwards compatibility with older VPX systems.

A manufacturer of water softeners wanted to be able to reach his appliances via the Cloud. This manufacturer supplies his equipment through dealers, some of which offer full service contracts. The link to the Cloud server provides the usage data that the service organization can control optimally. This manufacturer of water softeners also wanted to offer the end-users an APP to consult and/or modify the status of the device-which is often in the basement or garage-anywhere in the home. E.D.&A. has developed a new customized electronic controller for this customer with integrated Wifi module. The new control and communication print is mechanically compatible, so it fits perfectly into their existing devices. For the backend software this time we collaborated with a company selected by the customer, which is specialized in Cloud server applications. The communication between the control and the Cloud server is done through the IoT Rest protocol.

AC current measuring magnetic components for low and high frequency applications. Different material grades allow either high accuracy for critical low frequency metering applications or consumption control in high frequency (SMPS).

Design and manufacturing of Pulse and Gate Drive transformers for transmitting a control signal assuring isolations between low and high voltage circuits.

The CUUC approach consists of making the transformer and inductor together in one component using a single core resulting in a compact solution. The coupling factor is adjustable. This means that the magnetization inductance and leakage inductance easily can be adapted to the value needed for the resonant or DAB topologies. By varying the distances of the central and lateral gaps, the coupling factor and magnetization inductance can be adjusted to achieve a desired leakage inductance. Coupling factors between 0,7 and 0,98 can be achieved. Increased gap distance U cores = Lower Magnetization inductance Less gap distance C cores = Lower coupling = Higher leakage

The CUUC approach consists of making the transformer and inductor together in one component using a single core resulting in a compact solution. The coupling factor is adjustable. This means that the magnetization inductance and leakage inductance easily can be adapted to the value needed for the resonant or DAB topologies. By varying the distances of the central and lateral gaps, the coupling factor and magnetization inductance can be adjusted to achieve a desired leakage inductance. Coupling factors between 0,7 and 0,98 can be achieved. Increased gap distance U cores = Lower Magnetization inductance Less gap distance C cores = Lower coupling = Higher leakage