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Visaton Speaker Driver - TI 100 - 8 Ohm High-End Low-Midrange Driver
Art. No. 1271
Visaton TI100 - 8 Ohm High End Low-Midrange Driver
Characteristics and Sound Properties
10 cm (4") High-End low-midrange driver featuring a diaphragm cone made of pure titanium. The carefully designed cone combines with the shape and material of the surround and the adhesives to avoid cone resonance. The shape of the basket with its large aperture and rear-ventilated damper coupled with the open voice coil with its phase plug produce the lowest possible mechanical losses and produce a correspondingly high mechanical Q-factor. As a result of the construction using double magnets the TI 100 - 8 Ohm is also magnetically compensated.
The TI 100 - 8 Ohm is ideal as a mid-bass unit in smaller high end shelf speakers or as a mid-range unit in high-end multi-way speakers.
Technical Specifications
| Rated power | 40 W |
| Maximum power | 60 W |
| Nominal impedance Z | 8 Ohm |
| Frequency response (fu: Lower cut-off frequency depending on cabinet) |
fu-20000 Hz |
| Mean sound pressure level | 86 dB (1W/1m) |
| Opening angle (-6 dB) | 120°/4000 Hz |
| Excursion limit | ±4 mm |
| Resonance frequency fs | 62 Hz |
| Magnetic induction | 1.2 T |
| Magnetic flux | 300 µWb |
| Height of front pole-plate | 4 mm |
| Voice coil diameter | 20 mm |
| Height of winding | 8.5 mm |
| Cutout diameter | 101 mm |
| Net weight | 1.05 kg |
| DC resistance Rdc | 6.0 Ohm |
| Mechanical Q factor Qms | 7.05 |
| Electrical Q factor Qes | 0.40 |
| Total Q factor Qts | 0.38 |
| Equivalent volume Vas | 6.9 litres |
| Effective piston area Sd | 54 cm2 |
| Dynamically moved mass Mms | 4 grams |
| Force factor Bxl | 4.8 Tm |
| Inductance of the voice coil L | 0.7 mH |
Recommended Cabinet Sizes
| Volume / Principle | BR Port | fb | fc / QTC |
| 3 litre / closed | - | - | 111 Hz / 0.68 |
| 5 litre / closed | - | - | 95 Hz / 0.58 |
| 5 litre / bass reflex | BR 6.8 | 60 Hz | - |
| 10 litre / bass reflex | BR 6.8 | 54 Hz | - |
fc = System resonance (sealed box system)
QTC = The system's Q at resonance (fc)
Driver Dimensions
Loudspeaker Driver Dimensions and Measurements - all dimensions in mm (approx.)
Frequency and Impedance Response
Loudspeaker Frequency and Impedance Response Graph
Directivity Pattern
Loudspeaker Directivity Pattern (on and off axis response)
Waterfall Spectrum
Loudspeaker Waterfall Spectrum Chart
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