Capacitors are passive devices that are used in almost all electrical circuits for rectification, coupling and tuning. Also known as condensers, a capacitor is simply two electrical conductors separated by an insulating layer called a dielectric. The conductors are usually thin layers of aluminum foil, while the dielectric can be made up of many materials including paper, mylar, polypropylene, ceramic, mica, and even air. Electrolytic capacitors have a dielectric of aluminum oxide which is formed through the application of voltage after the capacitor is assembled. Characteristics of different capacitors are determined by not only the material used for the conductors and dielectric, but also by the thickness and physical spacing of the components.
SozoSoZo has engineered capacitor product lines optimized for different products, including amps by Marshall, Fender, Vox, HiWatt, and others, as well as professional sound gear from Neve, API, Neumann, Universal Audio, Urei, and virtually any quality gear from the 1950â€™s on.
AuricapSonically-transparent high-resolution capacitors
CE ManufacturingCE Manufacturing maintains manufacturing processes which have been in place for nearly 100 years. Can capacitors are created through hand-machined processes utilizing original vintage equipment paired with modern design and testing practices,
Capacitor - Auricap, 400V, Film, 1uF
Sonically transparent high resolution film capacitor.
Capacitor - CE Mfg., 475V, 30/20µF, Electrolytic
CE Manufacturing USA Made Multi Section Can Capacitor. Reproduced To Exact Mallory Specs Using Original Mallory Machinery. The C-EC30-20-475 is a great replacement for the original can capacitors found in H.H. Scott 299 amplifiers as well as others.
Capacitor - CE Mfg., 450V, 15/15/15/10µF, Electrolytic
CE Manufacturing USA-made Multi Section Can Capacitor. Reproduced To Exact Mallory Specs Using Original Mallory Machinery.
- 15/15/15/10 µF 450VDC
- -FP / Twist Lock Style. Solder Tabs.
- -10%, +50% Tolerance
- -85°C Temperature Rating.
- -1 ⅜"D X 2 ½"H.