Elepak EP10 High-Voltage Ceramic Disc Capacitors – 90 Units, 18 Values (5 pF to 10 nF, 3 kV)

Description

Package Includes: 

90 3KV HV Ceramic Disc Capacitor 18 Types

• 5 pF – 5 Pcs
• 10 pF – 5 Pcs
• 15 pF – 5 Pcs
• 20 pF – 5 Pcs
• 22 pF – 5 Pcs
• 27 pF – 5 Pcs
• 30 pF – 5 Pcs
• 47 pF – 5 Pcs
• 56 pF – 5 Pcs
• 100 pF – 5 Pcs
• 220 pF – 5 Pcs
• 330 pF – 5 Pcs
• 470 pF – 5 Pcs
• 1 KpF – 5 Pcs
• 2.2 KpF – 5 Pcs
• 3.3 KpF – 5 Pcs
• 4.7 KpF – 5 Pcs
• 10 KpF – 5 Pcs

Technical Specifications: 

• Type: Through Hole
• Model: HV Ceramic Disc Capacitor
• Lead Type: Radial
• Capacitance Range: 5 pF – 10 KpF
• Voltage Rating: 3 KV
• Tolerance: ±10 %
• Pak Weight: 60 gm
• Pak Dimensions: 127 x 80 x 24 mm

Description

The 90 3KV High Voltage Ceramic Disc Capacitor Pack offers a wide range of capacitor values perfect for high-voltage applications. Rated for 3KV, these capacitors are ideal for use in power supplies, RF circuits, and high-voltage electronics.

With 18 different capacitance values, this pack ensures versatility and flexibility for various projects. Each value comes with 5 pieces, providing ample components for your needs. These capacitors are designed for reliability, stability, and longevity in demanding environments.

Capacitor Symbol:

 

3KV Cap Part Code:

3KV Cap Structure:

Features:

• Suitable for high-voltage applications up to 3000V
• Durable and stable performance in demanding environments
• Ceramic disc design with radial leads for simple integration into circuits
• Performs well in high-frequency circuits without significant loss

Applications:

• Power Supply Filtering: Ideal for smoothing and filtering power supplies in high-voltage circuits
• RF Circuits: Perfect for use in radio frequency circuits, providing stable performance at high frequencies
• Voltage Multipliers: Used in circuits that require high voltage regulation or multiplication
• Noise Suppression: Helps in suppressing electrical noise in sensitive electronic devices
• Pulse Circuits: Effective in pulse and transient voltage applications due to their fast response time and high voltage tolerance

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