How many ohms is a JL w6?

Published by Anaya Cole on

How many ohms is a JL w6?

Features & specs

Size 12 -inch
Impedance (Ohms) 2, 8
Cone Material Mineral-filled IMPP
Surround Material Rubber
Ideal Sealed Box Volume (cubic feet) 1.105

How many watts is a JL Audio w6?

The 12W6v3 is best used with amplifier power in the 200W – 600W range and is optimized to operate in a sealed enclosure with only 1.0 cu. ft….12W6v3-D4. 12-inch (300 mm) Subwoofer Driver, Dual 4 Ω

Continuous Power Handling (RMS) 600 W
Recommended Amplifier Power (RMS) 200 – 600 W
Nominal Impedance (Znom) Dual 4 Ω

What size amp do I need for 2 10 inch JL Audio subs?

150- 500 W
10W3v3-2 10-inch (250 mm) Subwoofer Driver, 2 Ω

Continuous Power Handling (RMS) 500 W
Recommended Amplifier Power (RMS) 150- 500 W
Nominal Impedance (Znom) 2 Ω

Which hits harder 2ohm or 4ohm?

A subwoofer with a lower electrical resistance produces a louder sound than one with a high electrical resistance, which means that 2ohm subwoofers are louder than 4ohm ones. Although louder, 2 ohm subwoofers are also more likely to produce a poorer quality of sound due to its’ power consumption.

Why JL Audio w6v3 subwoofers?

Since 1993, JL Audio W6 subwoofers have embodied the optimal combination of trade-offs required to reproduce exceptional in-car bass from very compact enclosures. The W6v3’s are the third generation of the W6 pedigree, representing a giant leap forward in our quest for small box bass perfection.

What size voice coil do I need for my w6v3?

All W6v3’s offer dual 4-ohm voice coils that can be wired in series for an 8-ohm load, or in parallel for a 2-ohm load.

What is a 10w6v3 D4 subwoofer?

JL Audio’s celebrated W6v3 subwoofers deliver knockout low end with incredible accuracy. The 10W6v3-D4 10″ subwoofer uses a tough, mineral-filled polypropylene cone that offers incredible strength without the extra bulk that can slow woofer response.

What is a dual 4 Ω voice coil?

Dual 4 Ω voice coils permit deploying the W6v3 as a 2 Ω or 8 Ω driver. * Xmax specifications are derived via one-way voice coil overhang method with no correction factors applied. ** For parallel-wired voice coils, divide “Re” by 4.

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