Speaker Seas CA17RCY, 8 ohm, 6.7 inch
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SEAS |
CA17RCY |
CA17RCY-8 |
H309 |
Cone driver |
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Brand SEAS |
Model CA17RCY |
TLHP code CA17RCY-8 |
Manufacturer code H309 |
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Product type Cone driver |
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Unavailable
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The unit has a smooth accurate performance which extends to 4000 Hz. The special treatment of the cone also produces a well behaved roll off characteristic which simplifies cross over design. The treatment of the cone reduces potential resonance problems.
General |
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| Product type | Cone driver |
| Brand | SEAS |
| Reference | CA17RCY |
| Product code | H309 |
Informations |
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| Nominal impedance | 8 ohm |
Datas |
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| Weight | ~1.2 kg |
Question about SEAS CA17RCY-8
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Informations SEAS CA17RCY-8
The unit has a smooth accurate performance which extends to 4000 Hz. The special treatment of the cone also produces a well behaved roll off characteristic which simplifies cross over design. The treatment of the cone reduces potential resonance problems.
All or a part of the characteristics displayed on this page are provided by the manufacturer, it is possible that some pieces of information are unavailable or wrong. In addition, the manufacturer may need to change the product specifications without notice at any time in order to improve the product, or to adapt his offer to the manufacturing and supply constraints.. We suggest you to contact us if you need further information, if you observe a mistake or if you wish to have confirmation about information.
All or a part of the characteristics displayed on this page are provided by the manufacturer, it is possible that some pieces of information are unavailable or wrong. In addition, the manufacturer may need to change the product specifications without notice at any time in order to improve the product, or to adapt his offer to the manufacturing and supply constraints.. We suggest you to contact us if you need further information, if you observe a mistake or if you wish to have confirmation about information.
Measures/Schemes SEAS CA17RCY-8
SPL vs Impedance measure *
* Response curves recorded in anechoic chamber (Free-Field
Distorsion measure *
* Response curves recorded in anechoic chamber (Free-Field
SPL measure *
* Response curves recorded in anechoic chamber (Free-Field
Dimensions
