- On sale!
- -20%
-
Capacitors
- Mundorf ECap
- Mundorf MCap
- Mundorf MCap RXF
- Mundorf MCap ZN
- Mundorf MCap SUPREME
- Mundorf MEAI
- Mundorf MEAIO
- Mundorf MESGO
- Mundorf MCap SUPREME silver/oil
- Mundorf MCap SUPREME silver/gold
- Mundorf MCap SUPREME silver/gold/oil
- Mundorf TubeCap
- Mundorf MLytic HV
- Mundorf MLytic AG
- Mundorf MLytyc HC
- Auricap XO
- Jantzen Audio MKT Cap
- Jantzen Audio Cross Cap
- Jantzen Audio Standard Z-Cap
- Jantzen Audio Superior Z-Cap
- Jantzen Audio Silver Z-Cap
- Jantzen Audio Copper Foil Amber Z-Cap
- Jantzen Audio Alumen Z-Cap
- Jantzen Audio SilverGold Z-cap
- Rike Audio S-cap Paper in Oil
- Mundorf Mlytic HC+ (4-pole)
- Mundorf MLytiv HV+ (4-Pin High Voltage Power Cap)
- Mundorf MCap SUPREME EVO
- Mundorf MCap SUPREME EVO Oil
- Mundorf MCap SUPREME EVO SilverGold
- Mundorf MCap SUPREME EVO SilverGold Oil
- Mundorf MLytic AG+
- RIKE Audio Q-Cap Copper Oil Polypropylen Capacitors
- RIKE Audio Oil-Paper-Capacitors - S-Cap 2
- Rike Audio Q-CAP2 PIO Copper Paper Oil capacitors
- Miflex Audio Capacitors
-
Coils
- Mundorf M-Coil
- Mundorf M-Coil BV
- Mundorf M-Coil VL
- Mundorf MCoil VNCU ZeroOhm (resin-soaked)
- Mundorf M-Coil LL Hepta Strand
- Mundorf M-Coil CF
- Mundorf M-Coil transformer-core
- Mundorf M-Coil CF transformer-core
- Mundorf M-Coil BV transformer-core
- MCoil VT transformer-core vacuum impregnated
- Mundorf M-Coil CF i-core
- Mundorf M-Coil BV i-core
- Mundorf M-Coil drum-core
- Mundorf M-Coil drum-core BV
- Mundorf M-Coil pin-core
- Mundorf M-Coil rod-core
- Mundorf M-Coil BV rod-core
- Mundorf M-Coil CF rod-core
- Mundorf M-Coil zero-ohm
- Mundorf M-Coil CF silver
- Mundorf M-Coil silver/gold
-
Jantzen Air Cored Wire Coil
- Jantzen 13AWG 1,8mm Air Core Coils
- Jantzen 14AWG 1,6mm Air Core Coils
- Jantzen 15AWG 1,4mm Air Core Coils
- Jantzen 17AWG 1,2mm Air Core Coils
- Jantzen 18AWG 1,0mm Air Core Coils
- Jantzen 20AWG 0,8mm Air Core Coils
- Jantzen 21AWG 0,7mm Air Core Coils
- Jantzen 22AWG 0,63mm Air Core Coils
- Jantzen 24AWG 0,5mm Air Core Coils
- Jantzen 26AWG 0,4mm Air Core Coils
- Jantzen 29AWG 0,3mm Air Core Coils
- Jantzen Audio Wax Coil
-
Jantzen Iron Cored Coils With Discs
- Jantzen 13AWG 1,8mm Iron Cored Coils with Discs
- Jantzen 14AWG 1,6mm Iron Cored Coils with Discs
- Jantzen 15AWG 1,4mm Iron Cored Coils with Discs
- Jantzen 17AWG 1,2mm Iron Cored Coils with Discs
- Jantzen 18AWG 1mm Iron Cored Coils with Discs
- Jantzen 20AWG 0,8mm Iron Cored Coils with Discs
- Jantzen 21AWG 0,7mm Iron Cored Coils with Discs
- Jantzen 22AWG 0,63mm Iron Cored Coils with Discs
- Jantzen 24AWG 0,5mm Iron Cored Coils with Discs
- Jantzen 26AWG 0,4mm Iron Cored Coils with Discs
- Jantzen 29AWG 0,3mm Iron Cored Coils with Discs
- Jantzen C-Coil - Toroidal Core
- Jantzen Audio Cross Coil
-
Jantzen Audio Iron Coil
- Jantzen Audio Iron Coil 13AWG
- Jantzen Audio Iron Coil 14AWG
- Jantzen Audio Iron Coil 15AWG
- Jantzen Audio Iron Coil 17AWG
- Jantzen Audio Iron Coil 18AWG
- Jantzen Audio Iron Coil 20AWG
- Jantzen Audio Iron Coil 21AWG
- Jantzen Audio Iron Coil 22AWG
- Jantzen Audio Iron Coil 24AWG
- Jantzen Audio Iron Coil 26AWG
- Jantzen Audio Iron Coil 29AWG
- Jantzen Audio Litz Wire Wax Coil
- Mundorf MCoil VLCU
- Mundorf MCoil VSCU
- Mundorf MCoil VS iCore (resin-soaked)
-
Speaker Drivers
- Tweeters
- Midrange Drivers
- Fullrange
- Coaxial Drivers
- Midwoofer Drivers
- Woofers
- Passive Radiators
- Subwoofers
- Car Audio drivers
- Scan-Speak Discovery
- Scan-Speak Classic
- Scan-Speak Revelator
- Scan-Speak Illuminator
- Seas Prestige
- Seas Excel
- Seas Exotic
- Seas Lotus
- Design by SEAS
- SB Acoustics
- SB Acoustics Tweeters
- SB Acoustics Midrange
- SB Acoustics Midwoofer
- SB Acoustics Woofers
- SB Acoustics Passive radiators
- SB Acoustics Subwoofer
- SB Acoustics Satori
- Accuton
- Audiotechnology
- Mundorf Hi-Fi AMT U Series tweeters
- Speaker driver accessories
- Monitor Audio
- Kits, DIY and Loudspeaker upgrade kits
- Loudspeakers
-
Hi-Fi and Hi-End equipment
- Mediaplayers
- Amplifiers
- Vinyl Players
- Earthequake Sound Home Audio
- Earthequake Sound Car Audio
- Earthequake Sound Gaming Audio
- Earthequake Sound Pro Audio
- Sonnet digital audio
- Power conditioners and distributers
- Loudspeakers
- Streamers
- Portable headphone amplifiers
- Fuses and fuse holders
- Headphone Amplifiers
- DACs
- CD/SACD-players
- Accessories
- Audio-Video furniture
Soundcare superspikes 1101 self-adhesive Titanium
Soundcare superspikes 1101 self-adhesive Titanium, pack of 3pcs
Soundcare superspikes 1101 self-adhesive Titanium, pack of 3pcs
Soundcare® SuperSpike TITANIUM models: For the TITANIUM SuperSpikes only the best materials have been chosen to make the most exclusive spike on the market. The TITANIUM Super Spikes are made for people that want the best.
All parts are produced with very small tolerances. This, in addition to using TITANIUM grade 5 in the spike (a very difficult alloy to make) and TITANIUM grade 2 (pure TITANIUM) for the based plate, all integrated in a polycarbonate housing, makes the ultimate spike for the most exclusive equipments.
How it is designed
All Soundcare® spikes are spikes with a rounded tip (0,5 mm in diameter) standing in a crater with
a flat bottom. In this way we get a very small contact area combined with enormous strength.
Load tolerances is only of theoretical interests. For standard spikes you can put 400 kg per spike,
for the TITANIUM models even more.
The Soundcare TITANIUM SuperSpike is an assembly of :
Spike made of TITANIUM grade 5 (extremely hard alloy made for the space industry).
Protection disc made of TITANIUM grade 2 (pure TITANIUM).
Polycarbonate housing
The Measurement
Measurements for Soundcare SuperSpikes:
A calibrated loudspeaker has been fed with a sinus wave on each frequency level. The loudspeaker has been placed upon a calibrated pressure sensitive microphone. For each frequency the signal is fed through the loudspeaker and the output level is adjusted to specific level which is referred to as 0 dB. Then the spike is placed between the loudspeaker cabinet and the pressure sensitive microphone. The same signal with the same output level is used. The level from the microphone is then measured. The direct sound through air from the loudspeaker to the microphone is never measured louder than –30 dB for any of the frequencies. The curves will therefore show the approximate transmission of energy from loudspeaker cabinet through the spike and down to the microphone.
In words the damping of acoustic feedback is:
We do not know of any other that has measured spikes this way before. Until now spikes only have been listening tested as far as we know. This is a way to try to measure the benefits in a way that makes it possible to show the results on paper. There can be inaccuracy because of unknown resonances and other unknown influence, but we are sure these results show how spikes reduce acoustic feedback.
The influence of reducing the feedback at one frequency for another is not measured. Listening tests show that reducing feedback at low frequencies does have large influence on the sound quality at higher frequencies. The different models, threaded and self-adhesive have been tested. The results are so similar for the different models that it does not influence the curve. At 50Hz (the most important frequency to damp) we had a reduction of 11 dB, which means that appr. 95% of the feedback energy was stopped.
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent
Write your review
Review sent
Your review cannot be sent