The Dayton Audio PTMini-6 is a miniature planar tweeter that is big on performance and sound quality! With 6 ohm impedance and incredibly small size this is an excellent choice for car audio or home use.
Highlights of the Dayton Audio PTMini-6 Planar Tweeter
- Compact planar ribbon tweeter driver
- High output and exceptional treble definition
- Surface or flush mount installation
- Potent neodymium magnetic design
- Supports 4,000 Hz crossover, 12 dB/octave
Product details Dayton Audio PTMini-6 Planar Tweeter
Dayton Audio PTMini-6 Planar Tweeter 6 Ohm
The clarity, definition, and transparency of a planar tweeter is unmatched by almost any other type of tweeter. Now Dayton Audio lets you build planar technology into more compact projects with the PTMini-6 planar tweeter! The surface-mount housing design can also be flush-mounted for a world of possible uses, such as a car A-pillar tweeter, a supertweeter for a full-range driver, a rear-mounted ambience tweeter, a conventional forward-facing tweeter configuration, or even a line array!
The membrane of a planar tweeter is an almost weightless ribbon of heat-resistant Kapton material and an etched aluminum conductor, enabling the performance of aluminum ribbon tweeters without the losses inherent in the transformer of a conventional ribbon tweeter. The result is a tweeter that is incredibly fast, dynamic, and smooth sounding with imperceptible distortion and excellent power handling. A crossover cut-off frequency of 4,000 Hz or higher is recommended with a 12 dB/octave filter slope.
What's included with this product?
- 1 x Planar ribbon tweeter driver
FAQ about the Dayton Audio PTMini-6 Planar Tweeter
What is the impedance of the PTMini-6?
The Dayton Audio PTMini-6 typically has a nominal impedance of 6 ohms
What are the characteristics of a planar tweeter?
Planar tweeters, also known as ribbon tweeters, are a type of audio driver that have several distinct characteristics. Some of these are wide frequency response, low distortion, fast transient response, natural dispresion and dipole radiation
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