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Product Attributes
| Type | Description | |
|---|---|---|
| Category | ||
| Import Duty Classification | - | |
| Product Series Line | RER70 | |
| IC Encapsulation Type | Bulk | |
| Availability Status | Active | |
| Ohm Resistance Value | 3.32 Ohms | |
| Accuracy Tolerance Percentage | ±1% | |
| Wattage Power Level | 20W | |
| Material Blend | Wirewound | |
| Temp Drift Factor | ±50ppm/°C | |
| Ambient Temp Range | -55°C ~ 250°C | |
| Key Product Highlights | Non-Inductive | |
| Protective Enclosure Finish | Aluminum | |
| Installation Mount Type | Flanges | |
| Package Size Specs | 1.062" L x 1.080" W (26.97mm x 27.43mm) | |
| Maximum Mounted Height | 0.561" (14.25mm) | |
| Wire Lead Configuration | Solder Lugs | |
| Component Housing Style | Axial, Box | |
| Reliability Failure Metric | P (0.1%) | |
| Quality Grade Level | Military | |
| Certification Qualification | MIL-PRF-39009 |
Description
The housing features a protective coating type rated Aluminum. Crafted from a material mixture described as Wirewound. Provides failure rate quantified at P (0.1%). Furnished with features classified as Non-Inductive. Rated as Military grade for quality assurance. Maximum seated height of 0.561" (14.25mm) for components mounted on the board. Set up with Solder Lugs lead style for dependable connectivity. Mounting feature Flanges for straightforward installation. Operating temperature -55°C ~ 250°C for thermal stability. Enclosure Bulk for component protection or transport. Enclosure/case Axial, Box providing mechanical and thermal shielding. Power measured in watts 20W for operational capability. Product condition Active for availability and lifecycle. Certification MIL-PRF-39009 for compliance or testing purposes. Resistance value 3.32 Ohms for electrical efficiency. Product or component classification series RER70. Dimensions 1.062" L x 1.080" W (26.97mm x 27.43mm) for mechanical or electrical components. Dimension measurement 1.062" L x 1.080" W (26.97mm x 27.43mm) for component details. Coefficient of temperature ±50ppm/°C for stability in performance. Tolerance ±1% for precision in manufacturing.
