The Electrocube audio capacitor RDM Red Drop series includes rugged, non-inductively wound metallized audio capacitors. Manufactured with proprietary techniques, it offers high frequency operation, high current and low ESR in a miniature rugged package. The RDM capacitor series is part of a designated line of audio capacitors considered among the best capacitors for guitar and bass tones, specially designed and optimized for high-end audio applications subject to AC and pulsing signals. Designed at a size for optimal handling durability, audio engineers prefer the RDM series high- grade materials, design and manufacturing for professional, commercial stage and studio applications.
- Tolerances available to ±5%, ±10%, ±20%
- Epoxy Resin endfills meet or exceed flammability requirements of UL94V0
- Compliance and certification to worldwide and other environmental standards available upon request; available in RoHS construction only
- May be used for frequencies up to 100 KHz
- Applications include audio amplifiers, speakers and musical instruments (i.e., tone and volume control for bass and standard guitars) and other amplifier-capable instruments
- Assorted styles, ratings and customization for unusual requirements necessitated by special circuit applications (including higher IR or lower DF)
- Dimensional variations for all mfd. values available with same volume
- Customizable insulating sleeves, mountings, special terminals, non-standard leads, circuit connections and other hardware
Specifications
- -40°C to +100°C at rated voltage
Dielectric voltage test
- Will withstand 150% of DC rated voltage for a period not to exceed 1 minute at temperature of 25°C
- Current limited to 5 mA
DC life test
- Will withstand 140% of DC rated voltage at 85°C for 250 hours with not more than 1 failure in 12 permitted
- Current limited to 5 mA
- Will not exceed 0.1% at 25°C
Dielectric absorption
- Will not exceed 0.1% at 25°C per MIL-C-19978
Acceptance criteria
- Measurement frequency for capacitance and dissipation factor will be 1,000 Hz
