Vishay WSLP27262L000FEA Power Metal Strip Resistor
The Vishay Dale WSLP2726 is a high-power surface-mount resistor capable of handling up to 7 W with very low resistance values down to 0.0005 ohms. Designed for current sensing, voltage division, and pulse applications, this resistor features proprietary processing for RoHS compliance, weld construction, and stable materials that ensure high power ratings, low TCR (<20 ppm/°C), very low inductance, and minimal thermal EMF. Suitable for switching, linear power supplies, instruments, amplifiers, and shunts, it is available in lead-free and tape-reel packaging, with detailed dimensions and temperature ratings ensuring suitability for demanding environments.
Dimensions (in mm): Length 6.9 ± 0.2, width 6.6 ± 0.9, height 1.6, resistance element: Ni-Cr or Mn-Cu alloy
Package: Embossed tape, 330 mm reel, 16 mm tape width
Standards: RoHS, AEC-Q200 qualified
Maximum Voltage: specific to resistance value and power
Mechanical shock: 100 g for 6 ms, vibration test, burn-in stability: <1% change
Buy the Buy Vishay WSLP2726 Power Metal Strip Resistor Part Number WSLP27262L000FEA Online
Purchase the Vishay WSLP2726 power metal strip resistor online and benefit from its high power handling up to 7 W, ultra-low resistance values, and excellent stability. Designed for current sensing, voltage division, and pulse applications, it offers reliable performance in demanding environments. Perfect for linear power supplies, instruments, and shunts, this resistor combines low TCR, minimal inductance, and RoHS compliance. Order today and ensure your projects have durable, high-quality components for optimal performance and longevity.
Get Vishay WSLP2726 0.0005 ohm resistor today—built for high power, low resistance, and long-lasting durability.
Frequently Asked Questions
Where can I buy Vishay WSLP27262L000FEA?
You can click on the BUY or RFQ button to purchase WSLP27262L000FEA from an authorized Vishay distributor.
How do I troubleshoot issues or seek technical support for part WSLP27262L000FEA?