Faital Pro HF108 16 Ohm Loudspeaker Part
The Faital Pro HF108 is a high-frequency loudspeaker part built around a 1-inch throat, 109 dB sensitivity and a 1 to 20 kHz frequency range. Its 16 Ohm nominal impedance, 60 W AES handling and 120 W maximum handling give shoppers clear reference points when assessing the driver for a speaker design or replacement.
High-Frequency Coverage
Firstly, with a frequency range of 1 to 20 kHz and a minimum crossover frequency of 1.3 kHz, the HF108 covers a defined high-frequency band. The 31° conical exit angle and annular phase plug design add useful technical details. For example, checking how the driver’s stated coverage aligns with the intended speaker arrangement.
Efficient Output and Power Handling
A sensitivity of 109 dB at 1 W/1 m gives this component a clear output reference, while 60 W AES power handling and 120 W maximum power handling define its rated power limits. Together, these figures make it easier to compare the driver with amplification and system requirements without relying on vague performance claims.
Compact Construction Details
The dome diaphragm uses Ketone Polymer, with a 44 mm voice coil, Al winding material, Kapton former and neodymium ring magnet. The 800 g net weight, 87 mm overall diameter and 41 mm depth provide the physical details needed when checking the part against available space.
Check the Fit Before Choosing
The 25.4 mm throat diameter and 76 mm mounting-hole diameter at 180° give precise reference points for mechanical assessment. A 16 Ohm nominal impedance, 13.2 Ohm minimum impedance and 2.1 T flux density add further technical information for comparing this loudspeaker part with the rest of a design.
Key Features
- High 109 dB sensitivity for a clearly defined output reference.
- 1 to 20 kHz frequency range for high-frequency coverage.
- 60 W AES and 120 W maximum power handling for straightforward power comparison.
- 1-inch throat with 76 mm 180° mounting-hole spacing for fit assessment.
- Dome diaphragm, 44 mm voice coil and neodymium ring magnet construction.