, ,

100 Pcs | 681 .68nF .00068uF 680pF 1KV High Voltage Ceramic Capacitor

Availability:

1 in stock


1 in stock

US $10.88

Quantity:
1 Available

High Voltage Ceramic Capacitors

Enhance your electronic designs with our 100-pack of high voltage ceramic capacitors. Perfectly suited for a range of electrical engineering applications, these capacitors offer reliable performance and superior efficiency.

  • Capacitance: 680pF (0.68nF, 0.00068uF)
  • Voltage Rating: 1KV
  • Package: Standard Radial Lead
  • Temperature Stability: Class 1 (C0G)
  • Ideal for: High-frequency circuits

Don’t miss out on enhancing your projects with these durable, high-quality capacitors. Perfect for professionals demanding precision and reliability.

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.

100 Pcs | 681 .68nF .00068uF 680pF 1KV High Voltage Ceramic Capacitor | US SHIP

Product Details:

Enhance your electrical projects with this pack of high voltage ceramic capacitors, engineered for reliability and precision. Perfect for filtering, bypassing, and coupling in high-frequency circuits, these capacitors ensure performance stability even at high voltages.

Specifications:

  • ✅ Quantity: 100 Pieces
  • ✅ Capacitance: 680pF (0.68nF/0.00068uF)
  • ✅ Voltage Rating: 1KV (1000Volts)
  • ✅ Dielectric Material: Ceramic
  • ✅ Application: High-frequency circuits, RF applications, coupling, and bypassing

Features & Benefits:

  • ✔️ High voltage tolerance for robust performance
  • ✔️ Stable capacitance for precision circuit design
  • ✔️ Compact for easy fit into various circuit boards
  • ✔️ Durable construction for long-term reliability
  • ✔️ Suitable for a wide range of electronic applications