A Thermo-Electric Cooler (TEC), also known as a Peltier Cooler, is a semiconductor device that can either cool down or heat up a thermal load by reversing the direction of the current flowing through its terminals. A TEC controller precisely regulates this temperature by controlling both the current direction and amplitude.
For over 28 years, we have been at the forefront of TEC controller development, continuously refining our designs. One of our most critical innovations is our unique output driving stage, which utilizes only one PWM engine—unlike conventional designs that require two PWM engines. This groundbreaking approach, protected under U.S. Patent 6486643 B2, results in:
20% lower power loss
25% reduction in component costs
35% reduction in PCB component area
By implementing this patented design, our TEC controllers outperform competitors with the highest efficiency and lowest cost in the industry.
We provide an extensive selection of TEC controllers, each engineered to meet diverse application requirements. Our solutions deliver accurate temperature control, enhanced energy efficiency, and reliable cost-effectiveness.
Explore our full range of TEC controllers to find the ideal match for your specific needs. With a variety of models and features, we have the right TEC controller to optimize your system's performance.
Discover more about our products and elevate your temperature management today.
| Part Number | VIN | VOUT | IOUT | Dimensions(mm) | Special Features |
|---|---|---|---|---|---|
| TEC14M5V3R5AS NEW | 2.7V ~ 5.5V | ±VVPS | 3.5A | 14.0×14.0×2.2 | Micro TEC controller |
| TEC18V15A NEW | 6.0V ~ 18V | ±15V | 15A | 35.7×35.7×7.2 | High voltage high current with embedded firmware inside |
| TEC28V15A | 5.5V~25V | ±20V | 15A | 35.7×35.7×7.2 | High voltage high current with embedded firmware inside |
| TEC5V6A-D | 4.5V ~ 5.5V | ±VVPS | 6A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 5mV |
| TEC5V6A-DA | 4.5V ~ 5.5V | ±VVPS | 6A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 2mV |
| TEC5V6A-DAH | 4.5V ~ 5.5V | ±VVPS | 6A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 0.5mV |
| TEC5V6A-NT | 4.5V ~ 5.5V | ±VVPS | 6A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed No internal temperature range setting network |
| TEC5V4A-D | 4.5V ~ 5.5V | ±VVPS | 4A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 5mV |
| TEC5V4A-DA | 4.5V ~ 5.5V | ±VVPS | 4A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 2mV |
| TEC5V4A-DAH | 4.5V ~ 5.5V | ±VVPS | 15A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 0.5mV |
| TEC5V4A-NT | 4.5V ~ 5.5V | ±VVPS | 4A | 25.4×19.9×8.8 | TEMP pin remains on @SDNG=0 TECNEG: Linear; TECPOS: Filtered PWM Two 100kΩ resistors on TEMPSP pin: not removed No internal temperature range setting network |
| TECA1-xV-xV-DAH | 3.3V/5.5V | ±VVPS | 2.5A | 25.4×19.9×8.8 | TEMP pin is turned off @SDNG=0 TECNEG: Filtered PWM; TECPOS: Linear Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 0.5mV |
| TECA1-xV-xV-DAH-OP | 3.3V/5.5V | ±VVPS | 2.5A | 25.4×19.9×8.8 | TEMP pin is turned off @SDNG=0 TECNEG: Filtered PWM; TECPOS: Linear Two 100kΩ resistors on TEMPSP pin: removed Max. |VTEMP — VTEMPSP| ≤ 0.5mV |
| TECA1LD-xV-xV-DAH | 3.3V/5.5V | ±VVPS | 2.5A | 25.4×19.9×8.8 | TEMP pin is turned off @SDNG=0 TECNEG: Filtered PWM; TECPOS: Linear Two 100kΩ resistors on TEMPSP pin: not removed With internal compensation network Max. |VTEMP — VTEMPSP| ≤ 0.5mV |
| TECA1-xV-xV-D | 3.3V/5.5V | ±VVPS | 2.5A | 25.4×19.9×8.8 | TEMP pin is turned off @SDNG=0 TECNEG: Filtered PWM; TECPOS: Linear Two 100kΩ resistors on TEMPSP pin: not removed Max. |VTEMP — VTEMPSP| ≤ 5mV |
| TECA1-xV-xV-D-OP | 3.3V/5.5V | ±VVPS | 2.5A | 25.4×19.9×8.8 | TEMP pin is turned off @SDNG=0 TECNEG: Filtered PWM; TECPOS: Linear Two 100kΩ resistors on TEMPSP pin: removed Max. |VTEMP — VTEMPSP| ≤ 5mV |
| TECA1LD-xV-xV-D | 3.3V/5.5V | ±VVPS | 15A | 25.4×19.9×8.8 | TEMP pin is turned off @SDNG=0 TECNEG: Filtered PWM; TECPOS: Linear Two 100kΩ resistors on TEMPSP pin: not removed With internal compensation network Max. |VTEMP — VTEMPSP| ≤ 5mV |
| TECA1-5V5VD-NT | 5V | ±VVPS | 2.5A | 25.4×19.9×8.8 | TEMP pin is turned off @SDNG=0 TECNEG: Filtered PWM; TECPOS: Linear Two 100kΩ resistors on TEMPSP pin: not removed No internal temperature range setting network |
| ATFC106D | 12V ± 5% | 12V ± 5% | 20A | 152.6×76.0×20.4 | Digital TEC/fan controller with embedded firmware inside |
| ATFC109D NEW | 20V ± 1% | 20V ± 1% | 15A | 103.0×76.0×19.4 | Digital TEC/fan controller with embedded firmware inside |
