Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
Aluminium electrolytic capacitors are used in applications for which film capacitors are not suitable for reasons of space and/or cost. Polarized electrolytic capacitors which have the most compact design and are therefore used for very high capacities (e
18 cm (6,5’’) cone driver, developed for use as a long throw high fidelity woofer or woofer/midrange unit. Classical coated paper cone gives a smooth extended frequency response with a controlled roll off.
50cm balanced signal cable with 4-pin connectors on both sides to connect the DLCP to the UcD modules.
50cm balanced signal cable with 4-pin connectors on both sides to connect the DLCP to the NC400 module.
3-way crossover network for 8 Ω.
3-way crossover network for 8 Ω.
3-way crossover network for 8 Ω.
2-way crossover network for 8 Ω for hi-fi and PA.
2-way crossover network for 8 Ω.
Ideal replacement speaker with finely tailored T/S parameters making it even an option for low-budget DIY speakers.
One of the easiest woofers to work with due to its ideal frequency response, allowing it to easily be paired with off-the-shelf crossover boards.
An extremely versatile tweeter for both PA and hi-fi applications thanks to its high sensitivity, low distortion and extremely linear frequency response.
An extremely versatile tweeter for both PA and hi-fi applications thanks to its high sensitivity and extremely linear frequency response.
A super high efficiency ring radiator tweeter capable of up to 130dB of sound pressure!
An affordable yet useful tweeter used in some of the German Cheap Trick speakers.
The DT-352NF is a very powerful 1’’ aluminum dome tweeter that can be crossed over as low as 1,500 Hz!
The famous waveguide from the DT-300 and WG-300 combination as can be seen in the Triple Play, the Monitor CB, the Studio 2BR, the Cinetor HWG and die Biggi.
