The armatures can be classified into several categories. Firstly, there are electromagnetic armatures, which operate based on the interaction of magnetic fields. Then, there are mechanical armatures, often used in mechanical systems for transmitting motion. Permanent magnet armatures are another type, relying on the properties of permanent magnets. Hybrid armatures combine different principles for enhanced performance. Additionally, some armatures are designed specifically for high-speed applications, while others are for heavy-duty tasks.
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Radiall and Molex Incorporated, a leading global supplier of interconnect solutions, have announced an extended partnership to expand the **SMP-MAX** series. This collaboration introduces new symmetric adapters and RF coaxial interconnect solutions designed for board-to-board, module-to-module, and control board-to-panel applications in the telecommunications sector. As a second-source supplier, Molex will be responsible for the design, manufacturing, and global marketing of these connector products.
Roger Kauffman, Marketing Manager for RF Products at Molex, stated, “We’ve significantly expanded the SMP-MAX connector family. Over the past 18 months, we've developed more than 80 specific designs. Like all Molex SMP-MAX connectors, the new offerings feature the industry’s largest misalignment tolerance, making them ideal for blind-plug applications where precision is key.â€
The new SMP-MAX symmetrical adapter reduces the risk of assembly errors during production. With over 80 custom designs tailored for global telecom clients, the SMP-MAX series has become one of the fastest-growing families in the RF market. As a cost-effective solution for nearly any configuration, it's already being used in numerous wireless telecom projects across North America, Europe, and Asia.
Engineered to handle up to 2.00 mm (0.078 in) pitch without the need for springs, the SMP-MAX connector outperforms standard SMP connectors. It also supports a 3-degree tilt, operates from DC to 6 GHz, maintains a maximum VSWR of 1.2 at 3 GHz, and can handle up to 300W at 2.7 GHz. These features make it a versatile and reliable choice for high-performance RF applications.