The need to protect electronic equipment against dust, moisture, and harsh environmental conditions is growing in sectors such as industry, medical technology, and food processing. To meet these demands, SCHURTER has launched the new 5180, an inlet with an integrated filter that combines a compact design, an advanced sealing system, and IP67 protection toward the inside of the device. When paired with the corresponding V‑Lock cable, the assembly achieves IP54 protection when connected, providing a robust and reliable solution for critical applications.

In professional applications, the charger is no longer just an accessory—it is a critical system component. This is especially true for lead-acid batteries in medical, industrial, or instrumentation environments, where reliability, safety, and traceability are non-negotiable. Mascot expands its catalog with the new 4041 LA plug-in charger, a configurable solution of up to 5 A designed to provide advanced charge control and meet the most demanding market standards.

Vishay Intertechnology is expanding its optoelectronics portfolio with the new VEMD8083 silicon PIN photodiode, a high-speed, high-sensitivity device optimized for next-generation biomedical and wearable applications. At RC Microelectrónica, Vishay’s official distributor in Spain and Portugal, we present this solution that combines an ultra-compact package with a large 2.8 mm² sensitive area, delivering superior performance in visible and infrared light detection.

When developing electronic equipment, one of the biggest challenges is ensuring that the available power fits the device’s exact requirements. Standard batteries are not always sufficient—industrial drones, portable medical devices, and advanced instrumentation often demand a precise balance of capacity, voltage, energy density, connectors, and protection systems. Choosing the wrong solution can compromise performance, runtime, and safety.

CTECHI offers fully configurable battery packs to overcome these limitations. Customizable parameters include cell chemistry (Li-ion, LiFePO₄, NiMH…), number of cells, wiring, connectors, BMS integration, and the physical format of the pack. Each unit is delivered ready for direct installation, optimizing available space, extending service life, and ensuring the best balance of runtime, safety, and reliability.

In industrial, scientific, and medical RF systems, the choice of transistors is key. They ensure efficiency, stability, and reliability. Next-generation designs require components capable of operating at high power. Furthermore, they must offer thermal stability, consistent performance, and high power density. This is especially critical in particle accelerators, fusion systems, and medical diagnostic equipment.

When space is limited and precision is critical, the choice of sensor makes all the difference. In sectors such as robotics, industrial automation, or medical technology, every millimeter and every microsecond counts. BOGEN Magnetics’ miniaturized encoders, the AKP18 (absolute) and IKP11 (incremental), are designed to fit into the tightest spaces without compromising performance, delivering reliable and accurate measurement even in the most demanding conditions.

The trend in the industry is clear: smaller, faster, and lighter machines capable of maintaining precise and consistent response. Miniaturization is no longer a challenge—it’s a competitive advantage. Integrating sensors like those from BOGEN allows you to optimize space, reduce weight, and maintain advanced motion control in critical applications.