Advanced temperature forcing systems for precise and reliable extreme thermal testing. Direct contact systems from -75°C to +225°C (±0.1°C) — DUT power up to 1500W. Developed and manufactured by Eldrotec for semiconductor, aerospace, automotive, and R&D applications.
Temperature forcing systems are advanced instruments designed for testing electronic components and systems under extreme temperature conditions. These systems help ensure product reliability by exposing devices under test (DUT) to a wide range of temperatures — from very low to very high. Commonly used in semiconductor, aerospace, automotive, telecommunications, and R&D industries.
Eldrotec has specialized in developing and manufacturing temperature forcing systems for over 20 years, with thousands of units deployed for diverse applications. Our direct contact systems are tailored for high-power components, providing precise thermal management and robust performance testing — with temperature ranges from -75°C to 225°C (±0.1°C) and DUT power from 1W up to 1500W.
All systems are developed, designed, and manufactured in-house. Custom solutions and interfaces are available to meet specific customer requirements.
A comprehensive range of direct contact temperature forcing systems to meet diverse industry needs — from benchtop low-power units to high-power production systems.
High-Powered IC Device Testing (0-800 W)
Innovative Cold Plate Technology
Low-Powered IC Device Testing (0-100 W)
Medium-Powered IC Device Testing (0-350 W)
High-Powered IC Device Testing (0-1200 W)
High-Powered IC Device Testing up to 1500 W
Temperature Forcing Systems — Technical Specifications
| System | Type | DUT Power | Temperature Range | Method |
|---|---|---|---|---|
| Fix | Benchtop TFS | 0 – 100W | -55°C to 150°C | Direct Contact |
| Mid | Benchtop TFS | 0 – 250W | Extreme range | Direct Contact |
| Mug-SH | High Power TFS | 0 – 800W | -75°C to 150°C | Direct Contact |
| Mug-PLATE | Cold/Hot Plate | Varies | -75°C to 200°C | Plate Contact |
| EXCEL-10 | Medium Power TFS | Up to 350W | -70°C to 200°C | Direct Contact |
| EXCEL-12 | High Power TFS | Up to 1200W | -20°C to 150°C | Direct Contact |
| EXCEL-15 | High Power TFS | Up to 1500W | -75°C to 150°C | Direct Contact |
Fast thermal transitions to maximize test throughput and reduce test cycle time in production and R&D environments.
Precise temperature control (±0.1°C) maintained even under high DUT power dissipation conditions.
Systems and thermal interfaces designed and manufactured according to customer requirements for specific DUT packages and test setups.
Compatible with a wide range of supported DUT packages — ICs, CPUs, GPUs, DPUs, memory chips, digital, analog, and mixed-signal circuits.
Semiconductor Industry
Semiconductor device characterization and thermal testing for ICs, CPUs, GPUs, DPUs, memory chips, digital circuits, analog circuits, and mixed-signal circuits.
Aerospace & Defense
Support rigorous testing of mission-critical components in extreme conditions — radar systems, propulsion systems, and avionics.
Automotive
Thermal testing for in-vehicle ECUs, brake cylinders, sensor systems, and other critical automotive electronic components.
Telecommunications
Ensure optimal performance of optical transceivers, RF components, and communication modules across temperature ranges.
Research & Development
Consistent and reliable temperature control for advanced laboratory testing environments and component validation.
Laser Systems
Thermal testing and verification for laser diodes, optical components, and high-power laser systems in defense and industrial applications.
