Search results for 'B C'

Items 5745 to 5752 of 13238 total

per page
Set Descending Direction


DAS
M-60N-8

236.77 IT/piece
In stock
Compression driver DAS M-60N, 8 ohm, 1.0 inch M-60N
8 ohm
Compression driver DAS M-60N, 8 ohm, 1.0 inch
20208650
20208650

DAS
M-50N-8

189.83 IT/piece
In stock
Compression driver DAS M-50N, 8 ohm, 1.0 inch M-50N
8 ohm
Compression driver DAS M-50N, 8 ohm, 1.0 inch
10208120
10208120

DAS
M-75N-8

572.47 IT/piece
In stock
Compression driver DAS M-75N, 8 ohm, 1.5 inch M-75N
8 ohm
Compression driver DAS M-75N, 8 ohm, 1.5 inch
10208030
10208030

RCF
ND840-8

232.00 IT/piece
In stock
Compression driver RCF ND840, 8 ohm, 1.4 inch ND840
8 ohm
Compression driver RCF ND840, 8 ohm, 1.4 inch

The ND840 is a high performance 3-inch diaphragm compression driver with a 1.4 inch exit throat featuring the smallest size of the art technology. The diaphragm are precision completely formed from pure titanium. Voice coil assembly is designed using high temperature kapton former and it is joined to the diaphragm by RCF proprietary Direct Drive kapton technology. Diaphragm suspension is designed by extensive FEM study for low distortion and low frequency range extension.

15129052
15129052

RCF
ND640-8

165.79 IT/piece
Out of stock, processing in supply
Compression driver RCF ND640, 8 ohm, 1.4 inch ND640
8 ohm
Compression driver RCF ND640, 8 ohm, 1.4 inch

The ND640 is a high performance 2.5-inch diaphragm compression driver with a 1.4 inch exit throat featuring the smallest size of the art technology. The diaphragm are precision completely formed from pure titanium. Voice coil assembly is designed using high temperature kapton former and it is joined to the diaphragm by RCF proprietary Direct Drive kapton technology. Diaphragm suspension is designed by extensive FEM study for low distortion and low frequency range extension.

15129051
15129051

RCF
ND940-8

270.20 IT/piece
In stock
Compression driver RCF ND940, 8 ohm, 1.4 inch ND940 1.4
8 ohm
Compression driver RCF ND940, 8 ohm, 1.4 inch

The ND940 is a ultra compact size, high performance, high power handling 4.0-inch diaphragm compression driver with a 1.4 inch exit throat. A thin copper ring is precision pressed on to the pole piece in order to modify and lower the inductance characteristics of the magnetic circuit and voice coil providing a controlled extension of the acoustic frequency response. The voice coil assembly is designed using a high strength, high temperature Kapton® voice coil former and edge wound copper clad aluminium wire directly joined to the diaphragm by RCF proprietary Direct Drive kapton technology. The ND940 features a 4-slot, optimised geometry, phase plug design. Extended computer assisted mathematical modelling and testing has resulted in a geometry that provides a balanced acoustic performance controlling and lowering air distortion and maximizing output.

15129053
15129053

Radian
5312-8+8

600.81 IT/piece
In stock
Coaxial speaker Radian 5312, 8+8 ohm, 12 inch 5312
8+8 ohm
Coaxial speaker Radian 5312, 8+8 ohm, 12 inch

The Radian 5312 coaxial loudspeaker brings the best of 2" compression driver technology together with an excellent high performance 12" low frequency transducer. The 5312 utilizes a 4" voice coil for the low frequency transducer and a full 3" voice coil in the compression driver.

RCF
ND650-8

216.00 IT/piece
In stock
Compression driver RCF ND650, 8 ohm, 1.4 inch ND650
8 ohm
Compression driver RCF ND650, 8 ohm, 1.4 inch

2.5-inch Diaphragm, 1.4-inch Exit Throat / Pure Titanium Compression Driver 180W continuous program power handling Frequency range: 700Hz - 20kHz 3-slot optimized geometry phase plug Titanium diaphragm Copper inductance ring for extended response Vented, damped, low distortion suspension system Neodymium magnet assembly

15129024
15129024

Items 5745 to 5752 of 13238 total

per page
Set Descending Direction


This site uses cookies. By continuing to browse this site you are agreeing to our use of cookies. Find out more here.
x
This site uses cookies. By continuing to browse this site you are agreeing to our use of cookies. Find out more here.
x