Built for automated test and instrumentation platforms, the relay can integrate vacuum sealed contacts and gold plated leads to support insulation and switching reliability.
Coto Technology has released the CotoClassic 9105 Series, a gold plated reed relay developed for high voltage systems requiring strong insulation performance and long term operational stability. For high voltage applications such as automated test equipment, instrumentation platforms, and other critical switching systems require components that can maintain electrical isolation while supporting safe and stable operation. In these environments, dielectric strength and contact reliability directly influence system protection and measurement accuracy.
The 9105 Series is designed to provide dielectric strength of up to 7,000 V, supporting insulation requirements in demanding switching paths. Its construction is intended to help maintain separation between contacts under high voltage conditions, contributing to system level safety. The relay is positioned for use in ATE, instrumentation, and other high voltage applications where switching reliability is central to performance.
The series integrates vacuum sealed contacts with a 100 W power rating to support consistent switching operation. Gold plated leads are incorporated to enhance connection reliability, and an optional protection diode is available to accommodate circuit level protection requirements.
To address varying board level integration needs, the relay is offered in both surface mount and through hole packages. Each unit is 100 percent tested using proprietary automatic test equipment. This process verifies insulation voltage between contacts and evaluates key performance parameters such as Dynamic Contact Resistance, ensuring adherence to specified electrical characteristics.
The relay delivers dielectric strength up to 7,000 V within a robust package engineered for high voltage systems. It features vacuum sealed contacts rated at 100 W, gold plated leads, and an optional protection diode. Availability in SMD and through hole configurations supports flexibility across a range of high voltage switching designs.
