Industrial power electronics and custom power supplies tesema

Custom high-voltage power supplies, high-current process sources, power converters, and wireless energy transfer systems by tesema Leistungselektronik.

Regulated high-voltage power supplies tesema

Industrial high-voltage power supplies by tesema deliver regulated voltage for test benches and technological processes. Units feature digital stabilization loops and load arc protection. Replaceable high-voltage stages, feedback boards, and interface connectors are available for maintenance.

Voltage regulation
Digital stabilization
Arc protection
Test benches

Regulated high-current sources tesema

High-current power sources by tesema are designed for electrothermal processes, plating, and switchgear testing. The power section uses semiconductor modules with precise setpoint control. Replacement power thyristor blocks, current transducers, and control boards are available.

High current output
Semiconductor modules
Microprocessor control
Plating and heating

Power converters AC/DC, DC/DC, and DC/AC tesema

Switched-mode power converters by tesema implement AC/DC, DC/DC, and DC/AC topologies for industrial automation. Units ensure galvanic isolation and output parameter stability. Replacement gate driver modules, filter inductors, and interface communication boards are available.

AC/DC and DC/DC topologies
Galvanic isolation
Gate driver boards
Automation integration

Wireless power transmission systems tesema

Inductive power transfer systems by tesema provide contact-free energy supply for mobile platforms and AGVs. The design eliminates mechanical contact wear in demanding plant environments. Transmit and receive coils, high-frequency inverters, and tuning modules are available for maintenance.

Inductive power transfer
Contact-free supply
High-frequency coils
AGV and robotics

Special process power supplies tesema

Special process power supplies by tesema are engineered for precision technological duties and non-standard loads. Units feature programmable voltage and current profiles with transient response control. Replacement power modules, microcontroller boards, and interface adapters are available.

Programmable profiles
Precision power supply
Microcontroller control
Specialized loads

Precision measurement acquisition systems tesema

Precision measurement acquisition units by tesema provide accurate electrical data logging for test bench setups. Systems integrate multichannel analog-to-digital converters with galvanic channel isolation. Measurement modules, sensors, and sync cabling are available for ongoing maintenance.

Multichannel ADC
Galvanic isolation
Data acquisition
Test bench setups

Industrial applications of tesema power electronics and power sources

Equipment by tesema Leistungselektronik is engineered for demanding industrial plants, process automation lines, and test facilities. The systems serve semiconductor fabrication, thin-film coating setups, laser installations, and high-voltage insulation test benches.

Modular architecture allows seamless integration into automated environments with centralized PLC control. High stabilization precision ensures repeatable process parameters across production cycles.

Selection criteria for tesema high-voltage power supplies

When choosing a tesema high-voltage source, engineers evaluate the output regulation range, maximum load current, and mains transient immunity. The allowable peak-to-peak ripple is verified for sensitive scientific and testing circuits.

Arc and short-circuit response times represent essential selection parameters. For research installations, models equipped with digital transient recording interfaces are specified.

Configuration of tesema industrial converters and inverters

Power converters by tesema are configured to match specific mains inputs and required output voltage or current profiles. Standard industrial fieldbus modules are available for factory automation networking.

Forced air or liquid cooling systems ensure dependable operation under continuous full-load duties. Galvanic isolation between control electronics and the power bridge prevents electromagnetic interference.

Implementation of inductive wireless power transmission systems

Contact-free inductive power transfer by tesema finds widespread use in automated logistics, assembly lines, and cleanroom production environments. Eliminating open collector rails prevents mechanical wear and spark risks.

System design involves calculating magnetic coil geometry and permissible air gap tolerances to maintain optimal power transfer efficiency during automated carrier motion.

tesema Leistungselektronik and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of tesema Leistungselektronik and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.