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30mm TW030WA07 Ferrite Dome 8 Ohm

30mm TW030WA07 Ferrite Dome 8 Ohm

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Code: Wavecor-Tweeter-TW030WA07-01

Quantity in Basket: None

Our Price:
$85.00 each - on backorder

Price includes 10% GST.
Tax deducted at checkout for overseas shipments.

Description: 30mm TW030WA07 Ferrite Dome 8 Ohm

Wavecor Speaker Driver - TW030WA07 - 8 Ohm 30mm Chambered Textile Tweeter

Description
Real high-end tweeter design with extremely low resonance frequency and distortion. Thanks to the extensive internal venting between three internal cavities no air inside is trapped. This feature extends the usable frequency range downwards to an extend very rarely found on tweeters. Adding the high power handling this tweeter is the natural candidate for high-end 2-way speaker systems.

Features

Precision-coated textile diaphragm for improved consistency and high-frequency extension
Extreme internal venting through pole, voice coil former, and top plate to 3 internal chambers
Copper-clad aluminium voice coil wire offering lower moving mass for improved efficiency and transient response
Reflection-free rear chamber design with solid reinforcement ribs
Large ferrite magnet for improved efficiency and transient response
With or without high-stability light ferro fluid
Flexible lead wires for higher power handling and larger excursion
Black anodized magnet structure for increased power handling and reduced power compression
Gold plated terminals to prevent oxidation for long-term reliable connection
Delivered with EVA gasket attached for hassle-free mounting and secure cabinet sealing

Frequency SPL and Impedance Response Graphs

Loudspeaker Frequency Response Graph

Dispersion TW030WA05
Loudspeaker Frequency Response Graph
Measuring conditions, SPL
Driver mounting: Flush in infinite baffle
Microphone distance: 1.0 m
Input level: 2.83 VRMS
Smoothing: 1/6 oct.

Loudspeaker Impedance Response Graph
Measuring conditions, impedance
Driver mounting: Free air, no baffle
Input signal: Stepped sine wave, semi-current-drive, nominal current 2 mA
Smoothing: None

Technical Specifications

Parameter	Value	Unit
Nominal size	30	mm
Nominal impedance	8	Ohm
Recommended frequency range	1.5-25	kHz
Sensitivity, 2.83V/1m (average SPL in range 1 - 20 kHz)	89	dB
Power handling, continuous, IEC 268-5, 2.0 kHz @ 12dB/oct.	50	W
Effective radiating area, Sd	11.5	cm²
Resonance frequency, Fs	470	kHz
Moving mass, incl. air (free air, no baffle)	0.37	g
Force factor, Bxl	2.4	-
Suspension compliance, Cms	0.31	mm/N
Equivalent air volume, Vas	0.059	ml
Mechanical Q, Qm	1.6	-
Electrical Q, Qe	1.19	-
Total Q, Qt	0.68	-
Voice coil resistance, RDC	6.3	Ohm
Voice coil inductance	28	uH
Voice coil inside diameter	30.4	mm
Voice coil height	1.7	mm
Air gap height	2.5	mm
Magnet weight	260	g
Total unit net weight	0.59	kg
Krm (Note 1)	67	mOhm
Erm (Note 1)	0.91	-
Kxm (Note 1)	5.1	mH
Exm (Note 1)	0.56	-

Note 1. It is generally a rough simplification to assume that loudspeaker transducer voice coils exhibit the characteristics of an inductor. Instead it is a far more accurate approach to use the more advanced model often referred to as the “Wright empirical model”, also used in LEAP-4 as the TSL model (www.linearx.com), involving parameters Krm, Erm, Kxm, and Exm. This more accurate transducer model is described in a technical paper (PDF) here. Specifications are before burn-in

Driver Nominal Dimensions

Loudspeaker Driver Dimensions and Measurements - all dimensions in mm (approx.)

Terminal Nominal Dimensions

Loudspeaker Driver Terminal Dimensions and Measurements - all dimensions in mm (approx.)
Thickness, both terminals: 0.5 mm
Terminal plating: Gold

Order by phone: (02) 4872-1453 or (02) 4872-1553
Offices in NSW and Victoria (03) 9859-0388
We are partially closed so deliveries may be delayed. Fully open 24th January 2022.
General enquiries: (+61) 02 4872-1553; email us: info@soundlabsgroup.com.au

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ABN 64 088 708 472
All information, technical specifications, measurements and details are subject to change without notice. Measurements and dimensions are approximate, please check for exact sizing.