10" | 101NPM
Neodymium Mid-Woofer
Key features:
- ULTRA LIGHTWEIGHT, DESIGNED FOR PORTABLE PRODUCTS
- HIGH EFFICIENCY, LOW HARMONIC DISTORTION
- CARBON FIBER LOADED PAPER CONE
Design notes:
The 101FHW is a high efficiency, (86dB 1watt / 1 meter) 10-inch woofer speaker with extended low frequency response and high power handling capability. The 101FHW uses a strong glass fiber reinforced paper cone assembly along with a single roll rubber surround. Spider is Nomex material with stitched-in tinsel wires. This ensures long lasting performance even in high powered applications. The chosen material combination provides remarkable strength, high efficiency and sustained output under extreme conditions.The 101FHW cone and dust cap are made using glass fiber loaded paper pulp. All “soft” parts are bonded together using state of the art high temperature adhesives. Metal parts in the speaker assembly are coated for extreme weatherization protection. Speaker push terminals are gold plated to ensure the best connection.
Specifications:
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General specs |
Nominal Diameter: |
10 in. |
Rated Impedance: |
8 Ohm |
Power handling |
AES Power: |
150 Watts |
Program Power: |
300 Watts |
Voice Coil |
Diameter: |
2 in. |
Winding wire: |
CCAW sq. |
Former: |
Glass-fiber |
Winding height: |
14.5 mm |
-
T/S Parameters |
Resonant frequency: |
53 Hz |
Re: |
5 ohm |
Qes: |
0.61 |
Qms: |
5.51 |
Qts: |
0.55 |
Vas: |
49.7 liters |
Sd: |
363 cm2 |
Mms: |
32.6 grams |
Bl: |
9.6 |
Le: |
0.53 mH |
Sensitivity: |
94.56 dB |
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Design details |
Surround Material: |
Fabric |
Cone material: |
Paper |
Spider: |
Nomex |
Plate thickness: |
8 mm |
Peak to peak linear cone Displacement |
6.8 mm |
Overall diameter: |
262 mm |
Bolt circle diameter: |
246 mm |
Baffle cutout dia.: |
230 mm |
Number of mounting holes: |
8 |
Depth (flange to rear): |
111.5 mm |
Net weight: |
1.97 kg |
Ordering codes: |
4 ohm version: |
n/a |
8 ohm version: |
101NPMX8-119 |
16 ohm version: |
n/a |
Recone kits: |
4 ohm version: |
n/a |
8 ohm version: |
RC101NPMX8-119 |
16 ohm version: |
n/a |
Frequency response & lmpedance
2D drawing