Dayton Audio exciters

Morel tweeters

Monacor tweeters

Scan-Speak woofers

Scan-Speak tweeters

SB Acoustics tweeters

SEAS tweeters

All brands

View all brands

Incl.Excl.

VAT

Customer Support

English

Incl.Excl.VAT

0

Close

002-0007 | 0,33 Ω | 5 W | 1% | Superes

€1,49

Add to cart

Jantzen Audio 002-0007 | 0,33 Ω | 5 W | 1% | Superes

Name: Jantzen Audio 002-0007 | 0,33 Ω | 5 W | 1% | Superes
Brand: Jantzen Audio
SKU: 002-0007
Price: 1.49 EUR
Availability: InStock

0 reviews

Brand: Jantzen Audio

Show all Resistors

€ 1,23€ 1,49 10+ In stock

We ship to
Ordered now, shipped tomorrow
At least two years warranty
45-day cooling-off period to return

Customer rating:

Compare

Request quotation

Do you have a question about this product?

Our employee is happy to help you find the right product

Product description

Jantzen Audio 0.33Ω 5W Superes Resistor, perfect for high-end audio applications.

Highlights

High-quality wire wound audio grade
1% resistance tolerance for precise audio control
Flame proof wrapping ensures safety
Operates effectively between -55°C and 200°C

Product details

Jantzen Audio 002-0007 | 0,33 Ω | 5 W | 1% | Superes

The Jantzen Audio 002-0007 is a top-tier wire wound resistor designed specifically for crossover components in high-end audio systems. With a 0.33Ω resistance, 5W power handling, and a precise 1% tolerance, this Superes series resistor ensures exceptional audio quality. Renowned for its robust construction, it features a high temperature tolerance and shock resistance, making it ideal for audiophiles seeking reliable and consistent performance. The resistor's flame proof wrapping adds a layer of safety, while its low annual shift and small linear temperature coefficient contribute to its long-term stability and performance. Capable of handling instant overloads and very high heat dissipation, the Jantzen Audio Superes resistor is an affordable solution for those who don't wish to compromise on sound quality. It is suitable for operating in extreme temperatures, ranging from -55°C to 200°C, ensuring versatility across various environments and applications.