Ever Ohms CRH2512F27R0E04Z High Power Thick Film Chip Resistor
This 27Ω 6.35mm × 3.2mm chip resistor from Ever Ohms delivers 2W rated power at 70℃ with ±1% tolerance, providing designers with a compact surface-mount component that maintains stable performance under load and temperature variations.
Technical Specifications
| Resistance |
27Ω |
| TCR (Temperature Coefficient) |
±100ppm/℃ |
| Package Size |
6.35mm × 3.2mm |
| Operating Temperature |
-55℃ to +155℃ |
| Tolerance |
±1% |
| Rated Power |
2W @ 70℃ |
| Model Number |
CRH2512F27R0E04Z |
Key Features
- Stable 2W @ 70℃ rated power handling for demanding circuit applications
- ±1% tolerance for reliable measurement accuracy
- Low ±100ppm/℃ temperature coefficient maintains stable values during thermal operation
- Compact 6.35mm × 3.2mm SMD footprint ideal for high-density reflow assembly
- RoHS and REACH compliant construction for lead-free manufacturing processes
Applications
This chip resistor is well-suited for current sensing applications, power supplies, industrial control systems, and consumer electronics. The ceramic construction and stable electrical characteristics help designers achieve tight tolerances in current sensing, power conversion, and protection circuits while maintaining a compact layout.
Application reference: Ever Ohms CRH2512F27R0E04Z High Power Thick Film Chip Resistor
Quality & Manufacturing Advantages
Sourced directly from the manufacturer, this resistor series offers competitive pricing with short lead times. Every production batch undergoes comprehensive electrical testing prior to packaging, ensuring the specified resistance and tolerance values are consistently delivered.
Packaging & Compliance
Supplied on tape and reel for automated pick-and-place assembly, with standard reel quantities optimized for SMT production lines. All shipments comply with RoHS and REACH regulations and include certificates of compliance upon request.
Contact us for samples, detailed datasheets, and volume pricing tailored to your specific project requirements.