Dayton Audio ND65-4
€31.45
Available, delivery time: 1-3 days
Dayton Audio ND65-4 2-1/2” Aluminum Cone Full-Range Neo Driver 4 Ohm
Dayton Audio's compact ND65-4 aluminum cone full-range driver demonstrates the latest advances in high-excursion design processes. When teamed up with the matching ND series passive radiators this driver can produce incredible full sound from compact enclosures.
Key Features
- Rubber-edged aluminum alloy cone
- Large excursion capability
- Self-shielded Neo-Balanced motor structure
- 4-layer underhung voice coil with polyimide former
- High power handling
Dayton Audio ND65-4 2-1/2" Aluminum Cone Full-Range Neo Driver 4 Ohm
Dayton Audio's compact ND65-4 aluminum cone driver demonstrates the latest advances in high-excursion design processes. An efficient, low-distortion Neo-Balanced motor is combined with a rigid yet lightweight aluminum diaphragm, yielding impressive high-impact audio reproduction. Perfect for single point-source speaker applications, or combined in multiples and line arrays.
| Artikel-Nr.: | 290-204 |
|---|---|
| Außenmaß: | 64mm |
| Bohrlochanzahl: | 4 |
| DC Resistance (Re): | 3,5 Ohm |
| EAN: | 844632081460 |
| Eff. Membranfläche (Sd): | 15,6cm² |
| Effektive Bewegte Masse (Mms): | 25 |
| Einbautiefe: | 48 mm |
| Einbauöffnung: | 52,1 mm |
| Einheit: | Stück |
| Elektrische Güte (Qes): | 68 |
| Frequenzbereich: | 85 bis 20,000Hz |
| Gesamtgüte (Qts): | 61 |
| Impedanz (Z): | 4 Ohm |
| Korbmaterial: | Stahl |
| Kraftfaktor (BL): | 2,68T·m |
| Lineare Auslenkung (Xmax): | 3,5mm |
| Magnet: | Neodym |
| Marke: | Dayton Audio |
| Mechanische Güte (Qms): | 556 |
| Membranmaterial: | Aluminium |
| Modell: | ND65-4 |
| Nachgiebigkeit (Cms): | 1,26mm/N |
| Nennbelastbarkeit: | 15 Watt |
| Resonanzfrequenz (fs): | 89,5Hz |
| Schwingspulendurchmesser: | 19,1 mm |
| Schwingspulenind. (Le): | 0,44mH |
| Schwingspulenkörper: | Kapton / Polyimide |
| Schwingspulenmaterial: | Kupfer |
| Sensitivität: | 83dB 2,83V/1m |
| Sickenmaterial: | Gummi |
| Äquivalentvolumen (Vas): | 0,85 l |