INTERTECHNIK | Resistance

Intertechnik MEF3/6.8 | 6,80 Ω | 3 W | 1%

Name: Intertechnik ellenállás 6.8 Ω | HQ AudioParts
Brand: Intertechnik
SKU: MEF3/6.8
Availability: LimitedAvailability

SKU: MEF3/6.8

6.8 Ω 3 W

Achieve precise current limiting or voltage division in audio circuits with this high-stability metal foil resistor. The Intertechnik MEF3/6.8 offers a resistance value of 6.8 ohms with a tight tolerance of 1%.

19 790 Ft

(15 583 Ft + VAT)

Saját raktár Out of stock

Külső raktár 2. Out of stock

Külső raktár 1. júl. 17.

Favorite

Fast Delivery 2-5 working days

Secure Payment Barion & SSL protection

14 Days Exchange We take it back without question

Ellenállás

6.8

0.22 14 / 19 47

0.22 0.33 0.47 0.68 0.82 1 1.5 2.2 2.7 3.3 3.9 4.7 5.6 6.8 10 15 20 33 47

Technical data

Resistance	6.8 Ω
Load capacity	3 W
Tolerance	±1%
Type	Fólia

Tags

Precíziós fólia ellenállás

The Intertechnik MEF3/6.8 is a precision metal foil resistor offering a nominal resistance of 6.80 ohms, a power rating of 3 watts, and a tight tolerance of just 1%. Engineered for the most demanding audio applications, this component delivers exceptional long-term stability and minimal drift, ensuring consistent performance over its entire service life. Its construction makes it ideal for use in high-fidelity loudspeaker crossover networks, where accurate current limiting and voltage division are critical to preserving signal integrity and achieving precise frequency response. The metal foil element provides superior low-noise characteristics and excellent temperature coefficient performance, making it equally suitable for measurement equipment, reference circuits, and other precision electronic designs where reliability cannot be compromised. Housed in a robust, compact package, the MEF3/6.8 is designed for straightforward integration into both new builds and upgrades. With its combination of tight tolerance, high power handling, and proven Intertechnik quality, this resistor is a dependable choice for engineers and audiophiles seeking to maintain the highest standards of audio reproduction and circuit accuracy.