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Audison Thesis TH 1.5 II violin Dome Tweeter

Audison Thesis TH 1.5 II violin Dome Tweeter

Technical Highlights

  • Dome tweeter, 200W peak, 92.5 dB efficiency, 6 Ohm.
  • Frequency response 800-26000 Hz, N38 neodymium magnet, 34 mm voice coil.
  • Tetolon Fiber Membrane, eID technology, Audison Innovation.
  • More technical details
Normal price €860,00
Normal price €860,00 Selling price €860,00
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Mar 23, - Mar 26,
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Normal price €860,00
Normal price €860,00 Selling price €860,00

Thesis TH 1.5 II violin by Audison

Discover the Thesis TH 1.5 II violino, a state-of-the-art dome tweeter from the company Audison. Combine power and precision with the impressive performance of 200 W. This unparalleled audio innovation utilizes a single-layer 34 mm CCAW voice coil to ensure clean, undistorted sounds. The TH 1.5 II Violino also features Audison's eID technology and an exclusive tuning system. Additionally, it is available in 38 mm and 6 Ohms. Experience the clear difference and maximize your listening experience with the Thesis TH 1.5 II violino.

TECHNICAL DATA

  • Size 38 mm
  • Load capacity - peak 200 W
  • Power consumption with crossover (Hi-Pass filtered @ 1.8kHz - 12 dB Oct.)
  • Impedance 6 Ohm
  • Frequency response 800 - 26k Hz
  • Magnet Material NEODYMIUM
  • Oscillating coil Ø 34 mm
  • Konus Material TETOLON FIBER
  • Membrane material TELOTON FIBRE

ELECTRO-ACOUSTIC PROPERTIES

  • Re 6.1 Ohm
  • Fs 780 Hz
  • Vas 0.019 l
  • Mms 0.43 g
  • Cms 0.09 mm/N
  • BL 3.32 T•m
  • Qms 2.9
  • Qts 0.83
  • Membrane area 38 cm²
  • The Standard 0.025 mH
  • Reference Efficiency 92.5
  • Spl 92.5 dB

GENERAL

  • Weight 0.355 kg

DIMENSIONS

  • Measurement A 71.8 mm
  • Measurement C 37.4 mm
  • Dimension D 22.4 mm

PROPERTIES

  • Single-layer 34 mm CCAW voice coil with low weight and stability at lower frequencies and complete absence of musical settling processes compression.
  • "Extremely powerful custom N38"H-grade" neodymium magnet provides 1.67 T*m in the magnetic gap for excellent dynamics and very low distortions across the entire frequency range."
  • Exclusive air pollution system that resonates at a frequency below 800 Hz, for filter settings from 1.5 kHz 12dB/oct.
  • 38 mm natural silk cap optimized with extensive material characterization, laser vibrometer scanning, and finite element analysis methods for a smooth and enhanced response.
  • Frequency response up to 26 kHz, optimized for off-center placement.
  • TH 1.5 II Violin Tuning System with two types of electroacoustic loading: body housing or body disc depending on the objective of maximum performance and flexibility in integration into the vehicle.
  • Fully solid metal construction with each part exclusively designed and manufactured for the Audison TH 1.5 II.
  • FEM (Finite Element Method) optimized front plate and front spokes for an improved scattering pattern.
  • eID technology that provides TH 1.5 II traceability from the manufacturing phase to the owner.

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Audison Thesis TH 1.5 II violin Datasheet

Frequently Asked Questions about Thesis TH 1.5 II violin


What performance features does the Thesis TH 1.5 II violino offer?

The Thesis TH 1.5 II violino from Audison delivers outstanding performance of 200 W at an impedance of 6 Ohms. It features a single-layer 34 mm CCAW voice coil, ensuring lightweight and stability at lower frequencies. This tweeter utilizes a special neodymium magnetic material, which allows for dynamic sound reproduction with very low distortion across the entire frequency range. The frequency response ranges from 800 Hz to 26 kHz and is optimized for off-axis placement. Improved dispersion patterns are achieved through a FEM-optimized front plate and front spokes.

What is the eID technology in the Thesis TH 1.5 II violino?

The eID technology in the Thesis TH 1.5 II violino ensures continuous traceability of the product from the manufacturing phase to the current owner. This means that at every stage of production and even after the product is purchased, all important information can be tracked. This technology not only supports quality control but also the authenticity verification of the tweeter. Especially for tech enthusiasts who value documented manufacturing quality, the eID technology provides a significant advantage in trust regarding the production and tracking of their acquired audio system.

How does the tuning system improve the performance of the Thesis TH 1.5 II violino?

The special tuning system of the Thesis TH 1.5 II violino allows for optimal adjustment depending on the application goal through two different types of electroacoustic loading, either via floor housing or floor disc. This flexibility enables the tuning of the tweeter for maximum performance and ideal integration into vehicles. Thus, the tweeter can unleash its maximum sound performance in different installation situations. The individual tuning based on the requirement profile ensures harmonious integration with other audio systems and optimizes sound both in the spectral range and in spatial reproduction.

What materials are used in the Thesis TH 1.5 II violino?

In the Thesis TH 1.5 II violino, high-quality materials are used that contribute to outstanding audio quality. The diaphragm is made of Tetolon fibers, known for their strength and low resonance, resulting in a clear sound image. This is complemented by the use of neodymium magnet material, recognized for its strong magnetic performance in compact dimensions. Additionally, the tweeter features a natural silk dome that has been optimized through elaborate material characterizations. Each part of the solid metal construction is exclusively designed and manufactured to guarantee maximum performance and durability.

How does FEM optimization influence the sound behavior of the Thesis TH 1.5 II violino?

The FEM (Finite Element Method) optimization in the Thesis TH 1.5 II violino plays a crucial role in fine-tuning the sound behavior. This method is used to design the front panel and the front spokes to provide an improved dispersion pattern. The result is precisely controlled sound waves that are evenly distributed, leading to a more homogeneous sound representation, especially in complex sound environments in the car. The FEM optimization helps reduce interference and improves acoustic efficiency, ultimately resulting in enhanced audio quality.

Why is the Thesis TH 1.5 II violino equipped with a CCAW voice coil?

The Audison Thesis TH 1.5 II violino uses a single-layer 34 mm CCAW voice coil (Copper Clad Aluminum Wire), which offers an excellent combination of low weight and high conductivity. These properties are crucial for ensuring stability at lower frequencies and minimizing the additional weight that would occur with a conventional copper wire voice coil. The CCAW voice coil allows the tweeter to reproduce smoother sounds while maintaining excellent dynamic response. This material choice supports power and distortion-free reproduction across the entire frequency spectrum.

What tips are there for installing the Thesis TH 1.5 II violino?

When installing the Audison Thesis TH 1.5 II violino, it is important to consider its dimensions. The tweeter has a diameter of 38 mm, ensuring it fits into most standard installation solutions. The outer dimensions A measure 71.8 mm, while dimensions C are 37.4 mm. Also note the measurement D of 22.4 mm for depth. To achieve optimal sound quality, placement should be within the inclusive tuning zone, where the tweeter is not exposed to direct sunlight or excessive moisture. A stable and low-vibration installation location can significantly enhance the sound.

What electro-acoustic properties does the Thesis TH 1.5 II violino have?

The Thesis TH 1.5 II violino features impressive electro-acoustic properties that highlight its sound profile. The specific resonance value Fs is 780 Hz, while the mechanical loss factor Qms reaches 2.9 and the total system loss factor Qts reaches 0.83. These parameters, along with a diaphragm area of 38 cm², enable a reference efficiency of 92.5 dB. With a magnetic field BL value of 3.32 T•m, the product also promotes dynamic sound reproduction with its stronger magnetic field. A Vas value of 0.019 l and an electromagnetic inductance Le of 0.025 mH complete the technical specifications.

How well is the Thesis TH 1.5 II violino suited for demanding listening environments?

The Thesis TH 1.5 II violino is optimally tuned for demanding listening environments, made possible by the special configuration of the natural silk dome with Tetolon fibers. This ensures even sound distribution even at high frequencies up to 26 kHz. The exclusive air loading system enhances the ability to reach the resonance frequency below 800 Hz, which is ideal for various filter settings. This technical adaptability contributes to creating an impressively realistic sound image that is recognized by both music enthusiasts and audio professionals. The extensive customization options in the vehicle layout provide versatile application options.

Is the Thesis TH 1.5 II violino compatible with common vehicle models?

The compatibility of the Thesis TH 1.5 II violino with many vehicle models arises from its dimensions and high performance. The measurements allow for flexible integration into the existing vehicle structure, while the 6 Ohm impedance simplifies tuning with most existing audio systems. Instructions for handling the Crossover after high-pass filtering sound particularly versatile at 1.8 kHz and 12 dB/oct. This ensures that no overload occurs and a harmonious coupling to the overall system takes place. Thus, the Tweeter can be effectively used in different vehicle environments.

Manufacturer information / responsible person

Elettromedia SpA
62018 Potenza Picena (MC)
Strada Regina km 3,500
Italy

Contact person:
Simone Iampieri
Executive Director Assistant
T +39 0733 870 813
Elettromedia SpA
62018 Potenza Picena (MC) Italy
Strada Regina km 3,500
T + 39 0733 870 870

Contact: simone.iampieri@elettromedia.it

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