Low TCR High Power Current Sensing Resistors, Wide Terminal Type
Panasonic's ERJ-D1 and ERJ-D2 Series, Low TCR High Power Current Sensing Chip Resistors, achieve high power and low TCR (±100×10–6/°C) using a wide terminal electrode structure and original materials.
These Resistors are suitable for small size/high power current detection and their low TCR enables high accuracy of current detection. The ERJ-D1 Series features higher rated power at 2W in a 1020 case size while the ERJ-D2 Series features 1W in a 0612 case size. These Resistors are AEC-Q200 Compliant and offer IEC 60115-8, JIS C 5201-8 and EIAJ RC-2134B Reference Standards ensuring optimal quality and reliability.
Features and Benefits:
- 100ppm under 10m Ohm to 200m Ohm Using Panasonic’s Thick Film Technology
- Wide Terminal Construction
- Achieves High Power And Low TCR (±100×10–6/°C) Using Wide Terminal Electrode Structure And Original Material
- Suitable For Small Size/High Power Current Detection
- Excellent Heat Dissipation Characteristics By Wide Terminal Construction
- Resistance Tolerance: ±1% and ±5%
- Operating Temperature Range: -55°C to 155°C
Low TCR High Power Current Sensing Resistors, Wide Terminal Type
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Panasonic components specified as AEC-Q200 Compliant are consistently designed into automotive systems. However, today’s Design Engineers are specifying AEC-Q200 components to meet the high-quality standards of devices beyond automotive applications.
Parts that pass the AEC tests are qualified, high-quality components that can be used in critical environments. Therefore, there should be no need to conduct other component level tests saving both time and expense.
Current AEC-Q200 Standard documents developed by the AEC Component Technical Committee are available on the AEC website. The AEC is an organization based in the U.S. that sets qualification standards for the supply of components in the automotive electronics industry.
If your next device requires components that meet the Automotive Electronics Council (AEC) requirements for components suitable for harsh automotive environments, think Panasonic!
