Royalohm 0603SAJ0000TDE 0 Ω 100 mW 0603 Thick‑Film SMD Resistor ±5% (Jumper)

The Royalohm 0603SAJ0000TDE, a precision-engineered 0 Ω jumper resistor in a space-saving 0603 (1608 metric) SMT thick-film package. Ideal for board layout flexibility and zero‑ohm bridging, it supports global production needs with RoHS compliance. It stands out for its combination of ultra-compact format, reliable thick-film construction, and cost efficiency. Additionally, this robust resistor is engineered for high-volume, automated manufacturing, offering durable performance and ease of integration in modern electronics.

Product Key Specifications

• Material & Technology: Thick‑film composition ensures robust performance at a cost-effective price point.
• Resistance: 0 Ω, acting as a jumper for PCB routing or configuration.
• Tolerance: ±5% – standard industry tolerance for reliable performance.
• Power Rating: 1/10 W‑S – sufficient for typical signal-level switching and bridging.
• Temperature Coefficient (TCR): 800 ppm/°C – suitable for non-critical current paths.
• Rated Voltage: 75 V maximum.
• Dimensions: 1.60 mm (L) × 0.80 mm (W) × 0.45 mm (H) – ultra-compact footprint preserves valuable PCB real estate.
• Packaging: Tape & Reel, optimized for high-speed automated SMT assembly.
• Compliance: RoHS-certified for global environmental standards.

Benefits for You

• Miniaturized Size for Dense Designs: The 0603 footprint enables high-density circuit layouts.
• Automated Assembly Ready: Tape & Reel packaging streamlines high-volume SMT line integration.
• Zero‑Ohm Jumper Versatility: Simplifies PCB routability and supports design flexibility without introducing resistance.
• Cost‑Effective Reliability: Thick-film construction offers a balance between performance and affordability.
• Global Compatibility: Complies with international RoHS directives, making it ideal for worldwide production and shipping.

Use Cases

• PCB jumper or configuration bridges in consumer electronics, industrial control, telecom equipment, and automotive modules.
• Efficient board rework or function selection under compact assembly constraints.
• Wherever a non‑polar, zero-resistance bridging solution is required in space‑limited designs.