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The XT19-4 Audio Exciter, part of the Xtreme Series, offers a blend of high-performance sound quality and innovative design. Engineered in Germany, this slim-profile exciter is ideal for applications requiring a wide frequency response and low distortion, ensuring exceptional audio clarity.
XT19-4 Audio Exciter – Slim-profile, high-fidelity exciter for audiophiles and DIY enthusiasts.
The XT19-4 Audio Exciter is meticulously designed to deliver powerful and clean sound in a compact package. Featuring a robust 4-layer voice coil and a nominal impedance of 4 Ohms, it provides exceptional motor efficiency and high-frequency fidelity. The exciter supports a wide frequency range of 75 Hz to 20 kHz, making it suitable for applications ranging from home audio systems to portable sound solutions.
Its compact form factor, with a total height of just 14.0 mm and an outer diameter of 36.3 mm, allows for easy integration into various audio projects. Additionally, its linear Xmax of ±1.0 mm ensures precision in sound reproduction, while the optimized design minimizes nonlinear distortions caused by displacement-related factors such as Bl(x) and Kms(x). The XT19-4 is a perfect choice for audiophiles and DIY enthusiasts seeking premium sound performance in a space-saving design.
Curious about how to create invisible sound with exciters? In this blog, Ben Zenker, an expert with more than 15 years of experience and 10 internationally reviewed publications, shares his in-depth knowledge on material selection, installation and optimising sound quality. An indispensable resource for the passionate DIY audio enthusiast.
Xcite offers both 4Ohm and 8Ohm exciters to suit various project needs. The choice depends on your setup. Usually, 4Ohm is preferred for the final configuration, such as using 1x 4Ohm, 2x 8Ohm in parallel, or 4x 4Ohm in a serial-parallel combination. If you need guidance, how to wire several exciters, check out the blog.
Looking in detail, 8Ohm exciters have a lighter voice coil due to a smaller winding diameter, which slightly enhances high frequencies although the inductivity is higher.
At higher volumes, all loudspeakers naturally produce distortion due to non-linearities in their voice coil, magnet, and stiffness design. The exciter design plays a crucial role in determining the level of distortion—a well-designed exciter minimizes it. For panel speakers, distortion is more complex than in traditional speakers, as the exciter is the primary source of distortion, while the panel and construction amplify it. Xcite units are engineered to produce low distortion, ensuring minimal distortion in the source of the final assembly.
Distortions in panel speakers arise from three sources: the exciter, the panel and assembly, with the exciter being the primary contributor. These distortions primarily include harmonic and intermodulation distortions caused by non-linearities in Bl(x) and Kms(x) of the exciter. By filtering the sound pressure using the inverse fundamental frequency response, the influence of the panel’s radiation can be removed, isolating all distortion at the system's input - the exciter. This technique, known as Equivalent Input Harmonic Distortion (EIHD), enables precise analysis of distortions at the exciter level. Xcite uses advanced simulations to identify and optimize the root causes of Bl(x) and Kms(x) non-linearities, minimizing distortion and delivering high-performance results. For detailed measurements, refer to our datasheets.
Motor efficiency factor β measures how efficiently the exciter converts electrical power into mechanical force. A higher value directly translates to greater sensitivity per Watt. Xcite represents this factor on a logarithmic scale to compare the performance of various products, including 4Ohm and 8Ohm exciters. Simply put, a 1dB higher motor efficiency factor means 1dB more in the passband.
Motor efficiency factor is determined by the motor design and influenced by factors such as coil winding layout, material resistivity, and magnetic field strength. Notably, it remains independent of the wire length and cross-sectional area of the wire, allowing for direct comparisons between 4Ohm and 8Ohm exciters. In our datasheets, we express the motor efficiency factor β logarithmically, highlighting differences in passband efficiency per Watt across exciters. This enables a clear evaluation of exciter performance in various configurations. For detailed insights, consult our measurement graphs with the corresponding motor efficiency factor for each product.
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Lautsprecher
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DAC Wandler
DSP Module
Plattenspieler
Streamer
Tieftöner
Hochtöner
Exciter
Bass Shakers
Einbauverstärker
Verstärkermodule
Single board computers
Montierte Frequenzweichen
Leiterplatten
Kondensatoren
Widerstände
Spulen
Circuit Breakers
Crossover tools
Schraubklemmen
Akustikmessungen
Elektrische Messungen
Schallpegelmesser
Verstärker Bausätze
Komponentenpakete
Lautsprecher-Bausätze
Subwoofer Bausätze
Bluetooth Lautsprecher Bausätze
DIY-Elektronik-Bausätze
Polklemmen
Gehäusebeschläge
Kabel
Stecker
Lautsprecher Gehäuse
Elektromechanik
Netzteile
Lautsprecher Reparatur
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Verstärkerzubehör
Ständer & Halterungen
Geschenkgutschein
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