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Comparison Hertz DBA 201 vs Hertz DBA 200.3

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Hertz DBA 201
Hertz DBA 200.3
Hertz DBA 201Hertz DBA 200.3
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from $399.99 
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Application areacarcar
Designenclosedenclosed
Enclosure typesealed boxsealed box
Body shapeBoxBox
Typeactiveactive
Size8" (20 cm)8" (20 cm)
Radiator
Tech specs
Rated power220 W
Max. power480 W140 W
Frequency range32 – 400 Hz32 – 400 Hz
Sensitivity92 dB92 dB
Impedance4 ohm4 ohm
Resonant frequency54 Hz
Phase control
Subsonic filter
High voltage input
General
Remote control
Protective grille
Diffuser materialpulp / paperpulp / paper
MaterialMDF
Woofer Diameter200 mm200 mm
Enclosures dimensions316x291x264 mm263x293x330 mm
Weight6.7 kg
Added to E-Catalogdecember 2025july 2012
Compare Hertz DBA 201 and DBA 200.3
Hertz DBA 200.3 often compared
Glossary

Rated power

The average (root mean square — RMS) power of the input signal, at which the subwoofer is able to work continuously without negative consequences (damage, failure) for at least an hour. The rated power of the subwoofer must be greater than the power of the amplifier connected to it — in order to avoid overloads.

Max. power

The maximum signal power that the subwoofer is able to withstand for a short time (up to several seconds) without any negative consequences. When selecting an amplifier-subwoofer pair, it is recommended to take a subwoofer with a maximum power of at least twice the maximum power of the amplifier. In general, the higher the maximum power, the more resistant the subwoofer is to overloads.

Resonant frequency

The natural frequency of the cone in the subwoofer speaker, namely the frequency with which the cone will oscillate if the speaker is suspended freely in the air and a single impulse is transmitted to the cone (for example, by clicking on it with your finger). In subwoofers, this parameter determines, in particular, the lower limit of the frequency range (see above): at frequencies below the resonant sound power drops sharply. Accordingly, for deep rich bass, the resonant frequency should be as low as possible. This parameter is also used to calculate the size of the enclosure for the subwoofer.

Remote control

The remote control allows you to control the functions of the subwoofer from a distance. This is especially useful if the device is installed in the boot or otherwise difficult to access — you can easily change settings without access to the subwoofer itself, including while the car is moving.

Material

— MDF. Abbreviation for medium density fiberboard, i.e. medium density fibreboard. This material is inexpensive, easy to process and has a uniform structure, which is important for speaker cabinets. As a result, most modern cabinet subwoofers are made from MDF.

— Resin. It is used in cases where a complex shape is needed, which is difficult to reproduce when using MDF, as well as in compact models (see "Body shape"). In addition, it has no significant advantages over MDF, and therefore is used very rarely.

— Aluminium. Aluminium is light, homogeneous, and also conducts heat well, which allows you to install powerful speakers in such cases without fear of overheating. In addition, it has an elegant appearance. On the other hand, such cases cost accordingly.

— Plastic. Relatively inexpensive and easy to process material, which, at the same time, is available in different grades and may have different properties. Due to this, plastic enclosures are found in both relatively inexpensive and fairly advanced subwoofers; the sound quality of such a subwoofer depends mainly on its general price category.