-40%
6 Pcs .022uf 250v Guitar CBB Polypropylene Tone Capacitor 223 22nf 2A223K Cap
6 Pcs .022uf 250v Guitar CBB Polypropylene Tone Capacitor 223 22nf 2A223K Cap

6 Pcs .022uf 250v Guitar CBB Polypropylene Tone Capacitor 223 22nf 2A223K Cap

$ 4.73

Availability: 12 in stock
  • Color: Red
  • Custom Bundle: Yes
  • Brand: CBB
  • Restocking Fee: No
  • MPN: 2A223K
  • Type: Capacitor
  • All returns accepted: Returns Accepted
  • Return shipping will be paid by: Buyer
  • Item must be returned within: 30 Days
  • To Fit: Electric Guitar
  • Model: .022uf
  • Modified Item: No
  • Bundle Description: 6 Pieces
  • Position: Tone Control Pots
  • Refund will be given as: Money Back
  • Condition: New

    Description

    6 Pcs .047uf 250v Guitar CBB Polypropylene Tone Capacitor 473 47nf 2A473J Cap
    Brand New
    Pack of 6 tone capacitors, 250v .022uf
    Made of the same high quality material as the 715P Orange Drop Capacitor (polypropylene)
    Same great sound
    ...................................................................................................................
    About CBB (Polypropylene) Capacitors:
    The CBB capacitor is a polypropylene capacitor, in which a metal foil is used as and electrode, and a polypropylene film is stacked from both ends and then wound into a cylindrical structure. Characteristics include: non-polar, high insulation resistance, excellent frequency characteristics, and low dielectric loss.
    CBB (polypropylene) capacitors exhibit very little change of capacitance with time and voltage applied, making them ideal for applications where a stable level of capacitance is needed. It is found that the temperature coefficient is low, negative and virtually linear.
    CBB capacitors find uses in many areas of electronics: Circuits with high peak current levels; High frequency resonant circuits; Premium audio applications where many enthusiast believe they offer better performance and hence a better sound quality; High frequency pulse discharge circuits, and energy storage circuits; their high resistance enables low levels of self-discharge.