We have a strong know-how in Original Design Manufacturing (ODM). Due to our comprehensive electronics design services offering we are able to provide our customers either a complete solution from specification to end-product, or we can take on a smaller piece of a project. We are accustomed to working with multi-located projects with many stakeholders.
We emphasize first-class design and excellent, flexible customer service. Familiar industries for our design teams include industrial electronics, security, telecommunications and energy. Our expertise areas include power control devices and test devices.
Our intelligent and customized power control solutions are mainly used in locations with challenging environmental conditions. Our solutions are used in over 2 million power control devices worldwide. Enics’ product offering includes DC/DC, AC/DC, high voltage and precision power supplies along with surge protection devices. We are heavily focused on digital power development. Our design professionals are familiar with various safety and EMC compatibility standards. In our solutions high efficiency and heat control optimization are combined with compact size in order to ensure power control reliability with space-saving design. Thanks to our own testing facilities we are also able to perform EMC- and environmental testing in-house.
In today's testing environments the equipment must face several challenges to ensure correct and failure free test results. Our power distribution units meet these challenges, and ensure safe and reliable power delivery. Our power distribution units can be used in various industrial applications.
The improved PDU Power Breaker 48-16 is high current power distribution unit for 48VDC power supply line. It has 16 Ethernet controlled power channels and each channel is protected by a circuit breaker. The modules are hot swap modules, and each module can be customized according to customer needs. PDU Power Breaker 48-16 can be integrated into 19” rack units.
A power distribution unit that distributes AC voltage to three separated output groups and has total 12 output connectors. Each output group includes EMI filters to minimize the electromagnetic interferences between the output groups. PDU EMI 16A can be integrated into 19" rack units.
Phone Powering Unit provides a bridge over Ethernet to USB devices. It controls USB charging current. Up to 20 USB devices can be connected.
Our power supplies are mostly used in telecommunication and energy industries.
Highly accurate, LAN controlled adjustable power supply with multiple isolated outputs which makes it ideal for product testing and calibration.
LAN controlled power supply module with 4 independently adjustable outputs is ideal in PCB panel testing of battery powered electronic devices.
Electrical surges from lightning storms, power disturbances and other exceptional circumstances often cause severe failures in electronic equipment if power lines are not adequately protected. Protection against these types of surges is highly recommended.
Nactus is designed for power lines protection. It provides class II protection for both common and differential mode disturbances with optional power line distribution mode. Weakened protection level is indicated via an integrated warning signal feature. Nactus is equipped with a separate protection module which makes it easy to change without power interruptions.
Digital power control means controlling the switch mode power supply with a high performance microcontroller. All control functions such as loop compensation, switch controls and protection functions are implemented in software which enables easy customization with minimal hardware modifications.
Digitalization is the future of power control, and enables software-controlled functional integration and customization along with higher power control efficiency.
Caiman is a fully digital 200W AC/DC platform for power supply. It is ideal for LED applications, but can also easily be customized for other environments. Caiman offers several benefits including easy customization, energy efficiency optimization and material cost reduction via functional integration. Furthermore, an advanced compensator algorithm guarantees an extremely low voltage deviation and short settling time in load change situations.