Products
Using Automation to stock Electronic Components
The requirement to manage thousands of individual electronic components and manage customer expectations means that smarter solutions are required by the industry. Running high-mix production is labour-intensive. Time is required to manage the flow of components needed
for frequent setups and changeovers within the industry and this means high costs in relation to hunting down missing components. This is no mean feat and clarity is required on how best to store, locate, and manage stock. Traditionally storage cupboards were used to stock small components such as Chips (ICs), and other semiconductors in plastic bags. Larger stock such as passives THT capacitors, SMD resistors, THT resisters and SMD reels need a more optimised solution. One of the reasons storage space is such an issue for the electronic industry is the speed of change and keeping up with constant technological evolution. To learn more about how automation can benefit your production click here and down load the free white paper. Or contact Kardex at
info.remstar.uk@
Kardex.com
Crystal Display Systems partners with Litemax Electronics to offer High Quality, High Brightness Panel PC Solutions Crystal Display Systems (CDS) is proud to announce as a part of its 2021 expansion that is has signed a distribution agreement to become the Litemax Corporation’s UK distributor and value-added support partner in the UK for its High Brightness Industrial Panel PCs. Both Litemax and CDS are well known in the European Industrial Displays
market which creates an extraordinarily strong partnership to support all industrial Display customers across Europe. CDS will promote, stock, and support the Litemax range of ruggedised IP65 and IP68, standard and narrow bezel Panel PCs as well as look at OEM / ODM customised bespoke solutions for many customers from many industries including Defence, Aerospace, medical, outdoor, marine, MilAero and various industrial applications. Let the CDS team help you with any android display projects.
info@crystal-display.com +44 (0) 1634 791 600
Smiths Interconnect receives contract from Mitsubishi Electronic Company to develop an integrated G-Band Satellite Based Antenna system for the
Japan Space Agency
Development contract is part of the Global Observing SATellite for Greenhouse gases and Water cycle (GOSAT-GW) program Smiths Interconnect, a leading provider of technically differentiated multi-function RF systems, subsystems, antennas, RF
and MW components, connectors and cable assemblies for Aerospace and Defense, announced receipt of a contract from Mitsubishi Electric Corporation to participate in the development of a G-band satellite for the Japan Aerospace Exploration Agency (JAXA). Smiths Interconnect will design a component with dual band millimeter wave antenna and receivers as a part of the advanced microwave scanning radiometer 3 (AMSR3). The AMSR3 is designed to receive microwave radiation from the earth and will be mounted on the Global Observing SATellite for Greenhouse gases and Water cycle (GOSAT-GW). These microwave radiation measurements will assist in preventing disasters attributed to global warming and climate change, and to advance scientific and technological methods that enable more accurate prediction of climate change.
www.smithsinterconnect.com
40 May 2021
www.electronicsworld.co.uk
OKW’s New CONTROL-KNOBS With Optional LED Illumination OKW has launched advanced new rotary/click CONTROL-KNOBS for menu-driven electronics – typically for devices manufactured in high volumes.
These elegant and ergonomic tuning knobs fit rotary potentiometers or encoders with
round shaft ends (DIN 41591). They are ideal as the central element of menu-driven interfaces. Applications include measuring and control; medical, wellness and laboratory technology; HVAC; communications; Smart Factory and building control systems.
Soft-touch CONTROL-KNOBS are easy to grip and comfortable to operate. They can be illuminated if required, using SMD LED technology (5 V). RGB LEDs allow individual lighting and colours, illuminating a translucent optic ring on the top and the pointer line (when specified).
The knobs are available with or without a pointer line on the side for fine scaling. They fit securely on potentiometer spindles, using the tried and tested collet fixture system. The maximum torque for installation is 1.5 Nm (function 1.2 Nm).
https://www.okw.co.uk/en/Potentiometer-Tuning-knobs/ Control-Knobs.htm
If you can’t find the fault, take a closer look
Cupio Services offers a comprehensive X-Ray, optical and acoustic non-destructive analysis service for electronic components and assemblies One of the biggest issues in non-destructive inspection is getting a clear visualisation of
the area of interest with sufficient resolution to be able to detect the smallest faults. A straight 2D image could mask issues where the correct low angle image can see them easily. Equally CT isn’t always the answer as the part in question may be in the middle of a large board. In this circumstance a high resolution reduced angle CT could give you the required images. All of these tools need to be available. Our Nordson Dage Quadra 7 system, with 100nm resolution, full CT and tomosynthesis capability, can image the smallest of structures and our engineers are experienced in the analysis of the images and, if needed, reconstruction into 3D models.
cupioservices.co.uk
RTI Announces the First Software Framework Designed for Widely Distributed
Autonomous Systems Real-Time Innovations’ Connext 6.1 is the first software framework designed to address the development and deployment challenges faced by companies building remotely-operated autonomous systems. Examples include underwater drones, remotely-accessible medical
devices, space systems, and construction and mining robots. Connext 6.1 introduces features to enable easy real-time remote operation over any network. For instance, if the network connection changes as the system moves, connectivity is seamless without reconnecting, secure without renegotiating, and reliable without losing information. Thus, remote operations can continue in real time without interruption. Unlike other distributed software frameworks for the enterprise, Connext 6.1 supports and optimizes fast communications across highly variable local (LAN) and wide-area networks (WAN). Moreover, it does not require software changes to support diverse network types. Its Application Programming Interfaces (API) abstracts the underlying networks, allowing developers to target any environment. Connext 6.1 offers the first practical design for
control of remote autonomous systems.
www.rti.com
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