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Audison Thesis TH 6.5 II sax 6.5" (16,5cm) Mid-Woofer
Audison Thesis TH 6.5 II sax 6.5" (16,5cm) Mid-Woofer
Technical Highlights
- 6.5" woofer, 300W peak, 87 dB SPL, 4 Ohm.
- Frequency response 40-4500 Hz, neodymium magnet, TPX® membrane.
- High transparency, die-cast aluminum basket, Audison excellence.
- More technical details
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Thesis TH 6.5 II sax by Audison
Discover the Thesis TH 6.5 II Sax, a remarkable 6.5-inch midwoofer from Audison. Outstanding in its class, this sound device surpasses all limits with its unique technical specifications and exceptional design. With a peak power of 300 W, it delivers impressive sound quality. Its preferred use in a variety of audio applications makes it particularly attractive. Aiming to provide maximum transparency of the musical message, the TH 6.5 II Sax embodies Audison's pursuit of top-tier audio quality and excellent detailed reproduction.
TECHNICAL DATA
- Size 165 mm
- Power Handling - Peak 300 W
- Power Handling - Continuous 150 W
- Impedance 4 Ohm
- Frequency Response 40 - 4500 Hz
- Magnet Material NEODYMIUM
- Voice Coil Ø 50 mm
- Voice Coil Material CCAP - COPPER CLAD ALUMINUM RIBBON
- Woofer Qes 0.47
- Cone Material TPX®
- Xmax 5.4 mm
ELECTRO-ACOUSTIC FEATURES
- D 130 mm
- Re 3.8 Ohm
- Fs 55 Hz
- Vas 8.6 l
- Mms 24.2 g
- Cms 0.35 mm/N
- BL 8.2 T•m
- Qms 5.3
- Qts 0.43
- Le Standard 0.43 mH
- Spl 87 dB
GENERAL
- Weight 1.25 kg
DIMENSIONS
- Dimension A 165 mm
- Dimension B 143 mm
- Dimension C 84 mm
- Dimension D 74.5 mm
- Dimension E 170.5 mm
- Dimension F 30
FEATURES
- 50 mm moving voice coil made of CCAR (Copper Clad Aluminum Ribbon) wound with flat wire to maximize force factor and heat dissipation.
- Low inductance of the moving voice coil to optimize radiation in the mid-high band (2-3 kHz).
- N48 "H-grade neodymium magnet with excellent thermal stability to ensure optimal dynamic reserve in any situation.
- Magnet group geometry designed by finite element simulation to maximize efficiency by concentrating the magnetic field in the gap.
- Membrane made of TPX®, a transparent material that reduces irregularities in the frequency response in the mid and high frequency range, allowing the inside of the speaker to be fully visible.
- Membrane geometry designed with simulation software to achieve uniform emission across all listening angles.
- Basket made from a single piece of die-cast aluminum with four pairs of spokes to optimize heat transfer, eliminate turbulent airflows, and ensure maximum structural rigidity.
- Hi-excursion suspension and spider, optimized with simulations of the multiphysical behavior of speakers.
- eID technology that ensures traceability of the TH 6.5 II from the manufacturing phase to the owner.
Audison Thesis TH 6.5 II sax Datasheet
Frequently Asked Questions about Thesis TH 6.5 II sax
What is the power output of the Thesis TH 6.5 II sax speaker?
What is the power output of the Thesis TH 6.5 II sax speaker?
What frequency ranges does the Thesis TH 6.5 II sax cover?
What frequency ranges does the Thesis TH 6.5 II sax cover?
What are the Thiele-Small parameters of the Audison Thesis TH 6.5 II sax?
What are the Thiele-Small parameters of the Audison Thesis TH 6.5 II sax?
What is the size of the voice coil of the Audison Thesis TH 6.5 II sax?
What is the size of the voice coil of the Audison Thesis TH 6.5 II sax?
What are the possible applications of the Thesis TH 6.5 II sax speaker?
What are the possible applications of the Thesis TH 6.5 II sax speaker?
What materials make up the cone of the Thesis TH 6.5 II sax?
What materials make up the cone of the Thesis TH 6.5 II sax?
How is the Thesis TH 6.5 II sax in terms of vehicle compatibility?
How is the Thesis TH 6.5 II sax in terms of vehicle compatibility?
How does the N48 H-Grade neodymium magnet technology affect performance?
How does the N48 H-Grade neodymium magnet technology affect performance?
What role does the TPX® material play in the construction of the Thesis TH 6.5 II sax?
What role does the TPX® material play in the construction of the Thesis TH 6.5 II sax?
How is the radiation in the mid-high range optimized in the Thesis TH 6.5 II sax?
How is the radiation in the mid-high range optimized in the Thesis TH 6.5 II sax?
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Manufacturer information / responsible person
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