Structural Material

Material Characteristics

Effect on Capacitor Characteristics

Effect on Acoustics

Basic Material

Electrode foil, forming, etching

Heat resistance

ESR

       Generally, the sound quality improves at lower multiplier values.

Electrolyte

Conductivity, viscosity

ESR tanδ

        Reduces the sense of distortion in the sound and increases the sense of clearness.

Electrolytic paper

Density Thickness

ESR, tanδ
Manila: good
Craft: poor

Manila

       Improvements in reverb, which requires a large amount of information.

Craft

        Reduces reverb, which improves the attack.

Ceramic content

         Improves the sound field, the clarity, and the sharpness.

Silk fiber content     Improves the midrange responsiveness and low range richness there in

Lead lines

Distortion

ESR

CP Lines

        Rough but strong

OFC Lines

        Sweet high region

Case materials sleeve

Characteristic vibrations

Vibration characteristics

       Stabilization through Frost processing and through vibration-absorbing alloys, etc.; improved sensitivity, changes to sound quality through the sleeve materials and the dye that is included.

Seal rubber

Characteristic vibrations

Vibration characteristics Life expectancy

EPT

       The sense of rhythm comes through powerfully.

IIR

       Goes deep, with stable orientation

Manufacturing Method

Number of windings

L component

Induced voltage

       Generate the sound through partitioned coils, etc. to improve resolution.

Kingtronics P/N

Load Life

Temperatures

Characteristic

GKT-AL

2000H

85°C

Low Leakage Current

GKT-AV

2000H

85°C

Standard

GKT-AT

1000H

105°C

Standard

GKT-AA

1000H

105°C

Audio, DF at Max 4% BP

GKT-AM

1000H

105°C

Audio, DF at Max 5% BP

GKT-AN

1000H

105°C

Audio, DF at Max 10% BP

GKT-AQ

1000H

105°C

Audio, DF at Max 10% BP