, , ,

20x | 104 100nF .1uF 100000pF 1KV High Voltage Ceramic Capacitor

Availability:

1 in stock


1 in stock

US $8.08

Quantity:
1 Available

20 Pcs | 100nF 1KV Ceramic Capacitor

Discover superior reliability with our High Voltage 1KV Ceramic Capacitor, ideal for high-frequency circuits and precision engineering applications.

  • Capacitance: 100nF (0.1uF, 100000pF)
  • Rated Voltage: 1000V (1KV)
  • Package Type: Radial
  • Efficiency: High-Performance Dependability
  • Ideal Use: High-Voltage Precision Circuits

Optimize your projects with these capacitors, perfect for engineers seeking enhanced stability and performance. Order now to secure efficient and durable components for your next innovation!

Shipping, returns, and payments

Shipping:
Located in: Chester, New Hampshire, United States (US) · ZIP 03036
Delivery:
Estimated between Fri, Sep 18 and Tue, Sep 22
Ships on Thu, Sep 10 · 6-8 business days
Returns:
30-day returns. Buyer pays for return shipping.
Payments:
stripeVISAMastercardAMEXDISCOVERPayPalVenmo
Secure card payment processed by Stripe. PayPal and Venmo are available at checkout when eligible.

20 Pcs | 104 100nF .1uF 100000pF 1KV High Voltage Ceramic Capacitor | US SHIP

Product Details:

Enhance your electrical projects with these high-quality high-voltage ceramic capacitors. Designed for robust performance, these capacitors are perfect for smoothing and filtering applications in power supplies and other electronic circuits.

Specifications:

  • ✅ Quantity: 20 Pieces
  • ✅ Capacitance: 100nF (.1uF or 100000pF)
  • ✅ Voltage: 1KV (1000 Volts)
  • ✅ Type: High Voltage Ceramic Capacitor
  • ✅ Dielectric: Class 2 Ceramic
  • ✅ Tolerance: ±10%
  • ✅ Operating Temperature Range: -55°C to +125°C

Features & Benefits:

  • ✔️ High-voltage rating for demanding applications
  • ✔️ Compact size for efficient board layout
  • ✔️ Excellent temperature stability and frequency characteristics
  • ✔️ Reliable performance with low dielectric loss
  • ✔️ Ideal for power supplies, voltage multipliers, and RF circuits