TT Electronics plc

A quicker, easier way to specify your thermocouples has arrived. We’re pleased to introduce the new TT Electronics Thermocouple Configurator, allowing customers to build their Mineral Insulated Thermocouple requirements online, 24/7. Configure your specification step-by-step, add multiple requirements and submit everything directly to our team for quotation. ✓ Available 24/7 ✓ Guided product selection ✓ Multiple specifications in one request ✓ Faster route from requirement to quotation

As aerospace and defence platforms become smaller, lighter and more sophisticated, the demand for high-performance, reliable electronics continues to grow. In his latest article Richard Smith, Chief Engineer at TT Electronics, explores how hybrid microelectronics are helping engineers address these challenges through advanced packaging, miniaturisation and application-specific design. From improving size, weight and power performance to ensuring long-term reliability in demanding environments, Richard shares his insights into the technologies and engineering considerations shaping the next generation of aerospace and defence electronics. Read Richard's full article below to learn more...

Power density is rising. Component demands are too. Higher power densities put every part of the design under pressure at once — and component selection is where it gets resolved: ✓ Heat — thermal jumper chips for electrically isolated heat transfer ✓ Transients — high-surge MELF wirewound resistors ✓ Current monitoring — low-resistance metal-alloy current-sense resistors ✓ Board space — compact SMD packages across the range

Did you know that TT Electronics designs and manufactures bespoke power modules specifically engineered for Aerospace and Defence applications? Where standard COTS solutions fall short, our engineering-led approach delivers application-specific power modules designed around the electrical, thermal, mechanical and environmental demands of each programme. #Aerospace #Defence #PowerModules #PowerElectronics #TTElectronics #SWaP #HighReliability #Engineering

By the time the RFQ arrives, some of the most important decisions may already have been made. Architecture decisions made now will decide who has content on programmes a decade out. The next generation of narrowbody aircraft may still be years away, but its power architecture, qualification path, manufacturing strategy and lifecycle requirements are taking shape now. In our latest article, Steve Garfield explores why early supplier involvement matters and how a connected approach across Power and Electronics Manufacturing Services can support aerospace programmes from development through scalable production and aftermarket support. Read the full article: https://lnkd.in/grDSG4Ap/?utm_campaign=A%2526D%257COrganicPostsasAds&utm_source=linkedin&utm_medium=paid&utm_id=1194796446&hsa_acc=508841503&hsa_cam=1194796446&hsa_grp=872505076&hsa_ad=1580984756&hsa_net=linkedin&hsa_ver=3

High-energy pulse events shouldn't require larger components. TT Electronics' Surge/Pulse Chip resistors deliver exceptional surge performance in compact SMD packages, helping engineers protect high-density AI power designs without sacrificing valuable PCB space. ✓ Current sense resistors down to 50 µΩ, up to 5 W, low TCR ✓ Surge/pulse chips handling >1.49 kW transients, ultra-low profile ✓ Thermal jumper chips: electrically isolated heat transfer, 0505–2512 ✓ Sealed 4 mm trimmers, 10 Ω–2 MΩ, –55°C to +125°C Access the full range: https://lnkd.in/eRex3nrR/?utm_campaign=Components%257CDataCenters%257CAugust2026&utm_source=linkedin&utm_medium=paid&utm_id=1186534666&hsa_acc=508841503&hsa_cam=1186534666&hsa_grp=861072666&hsa_ad=1526940976&hsa_net=linkedin&hsa_ver=3