Products & Prices

Products

Concept study using transducer datasheets
This is a detailed design created in a virtual environment using a CAD tool and the specifications from transducer datasheets. The research shows that the loudspeaker design is feasible according to the desired specifications for sound pressure level, cabinet diffraction behavior, sensitivity, frequency response, impedance, room power, directivity index, maximum sound pressure level and power handling capabilities.
Final design using measurements – after concept study
The initial design is evaluated and improved through acoustic and electrical measurements.
Speaker design using cabinet measurements – no concept study
Acoustic and electrical measurements are employed to generate the necessary sound pressure level and impedance curves required for the design. Transducer models can be developed to adjust the acoustic measurements, particularly at low frequencies, if necessary. Additionally, if measurements taken from off-axis positions are available, the room’s power response curve can also be calculated.
IEC baffle measurements
The transducer is installed on a 225 Hz IEC baffle, and SPL and impedance are measured. These measured curves can be utilized to develop transducer models for simulation and to improve the accuracy of measurements taken with the transducers installed in the cabinet.

Solid state and Tube power- and preamplifiers, Digital to Analog Converters, Audio Equalizing, Audio filters.

Creating and calculation of schematic diagrams.
Simulation of frequency responses, bandwidth and stability criteria, advice for the PCB layout.
General audio system studies and support.

For audio products projects, please contact us.

Design services are rated per hour.

Package prices for loudspeaker and audio products designs can be offered on demand.