Advertorials


NECTO Studio 6.0 enables developers to bring circuits to life


MIKROE adds increased graphical functionality, Clang support for ARM and RISC-V and many other features


MikroElektronika (MIKROE), the embedded solutions company that dramatically cuts development time by providing innovative hardware and software products based on proven standards, has unveiled v6.0 of NECTO Studio, the company’s complete, cross-platform integrated development environment (IDE) for embedded applications. The latest version has six new major features including: an enhanced graphics library with a brand new UI designer; CLANG & LLVM toolchains for ARM and RISC-V microcontrollers; CAN support; integrated DMA control; and RTC and LCD available in the mikroSDK.


 improves the development experience. Inclusion of LVGL enhances the graphical aspects of projects. Clang for ARM and RISC-V compilers integration, along with LLDB for ARM and RISC-V debuggers, provides powerful tools for code compilation and debugging. The IDE now boasts advanced debugging features, such as call stack support for GCC and Clang compilers, a detailed core registers view, and a comprehensive library collection for CAN, DMA, RTC, and LCD within the mikroSDK framework, streamlining the development process.”


MikroElektronika www.mikroe.com


Enhanced Electrolytic Polymer Hybrid performance: Panasonic Industry unveils ZV Series


 compliant with higher Ripple Current and lower ESR, catering to diverse applications


Panasonic introduces the new ZV Series, an advanced Electrolytic Polymer Hybrid capacitor, setting new industry standards as regards: Higher Ripple Current: Achieving a maximum Ripple Current (3.3~4.6 Arms) approximately 50% higher than comparable case-sizes from competitors, the ZV Series ensures superior performance in demanding applications.


: While comparable capacitors usually come up with a ESR  


 crucial for the automotive industry. It boasts high-temperature endurance, one of the industry’s highest  variants capable of withstanding shocks up to 30G, making it a reliable choice.  pumps, cooling fans, high-current DC to DC converters, and ADAS applications. It is also suitable for use in inverter power supplies for robotics, cooling fans, solar power systems, and more, covering the DC side 


Panasonic Industry Europe GmbH http://industry.panasonic.eu


 now available through Powell Electronics


Immediately available through Powell Electronics, the supplier of connectors and more for high-rel applications including defence, aerospace and industrial, are rugged miniature cylindrical Conesys  for commercial, aerospace and military applications. The components feature a reliable bayonet coupling design with rear-removable crimp contacts.  connectors are available with aluminium and stainless steel shells, and there are  


 which incorporate “O” ring seals, designed for rear panel “D” hole mounting. Plugs are available in two designs, with and without RFI grounding.   


For further info please visit: https://www.powell.com/content/Conesys-3100042500 Powell Electronics


52 February 2024 Components in Electronics www.powell.com


Nicomatic introduces new mate-before-lock mechanism for all DMM connectors


 easy & secure mating and is compatible with all DMM connectors


To improve the speed, ease and security of mating for its 


leading manufacturer of high-performance interconnect systems, Nicomatic has introduced the D53C, a  rapid, simple and secure mating, preventing contact damage and ensuring the screw cannot be lost.  range of modularity compared to other MIL-SPEC connectors, such as Micro-D or Sub-D. Engineers can customize pin count (both row and contact number), pin contact type (signal, power and coax/RF) and mounting style (board to board, board to wire, wire to wire, or panel mount) options. DMM connectors also allow space-saving, as well as providing electromagnetic and mechanical protection. The D53C is a new captive screw option developed by Nicomatic for all its DMM connectors. Its ‘mate- before-lock’ mechanism securely places and mates the connector before the screw is tightened. Being   • Step 1: mate connectors  


Nicomatic www.nicomatic.com


Pickering Introduces Industry’s First Miniature SIP Reed 


The new devices are by far the smallest SIP high voltage reed relays on the market with a 5kV capability, at just 1/6th of the PCB area of the previous equivalent.


Pickering Electronics, the reed relay company which has pioneered miniaturization and high performance  1.5kV switching version to its single-in-line Series 104 reed relay family. Previously, to achieve a 5kV stand-   the same PCB area that one larger style occupied, even    where a compact design is essential, as the devices can stack at just 6.35mm. Despite its size, the relay maintains reliable performance, ensuring that high voltage switching, or control operations can be  The Series 104 reed relays are ideal for mixed signal semiconductor testers, cable testing, monitoring   


Pickering Electronics


Power Integrations Introduces InnoSwitch5 


 and advanced SR FET control enable  and component count


   novel secondary-side control scheme which achieves zero-voltage switching (ZVS) without a dedicated and costly additional high voltage switch. The new IC, which features a 750 V or a 900 V PowiGaN™ primary switch, primary-side controller, FluxLink™ isolated feedback and secondary controller with  port USB PD adapters. Applications are notebooks, high-end cellphones and other portable consumer  Adnaan Lokhandwala, senior product marketing manager at Power Integrations said: “The combination of ZVS and GaN is power supply magic. Switching losses vanish, and we can leverage the low conduction losses of GaN to implement super dense adapter layouts with far fewer components than asymmetric half-bridge (AHB) circuits or active clamp alternatives. For example, we have demonstrated  by InnoSwitch5-Pro ICs is much easier to implement than AHB and can also operate from universal mains with or without a PFC stage.”


Power Integrations www.power.com www.cieonline.co.uk www.pickeringrelay.com


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