Product Overview
High-Voltage 39 pF 1000V Radial Ceramic Disc Capacitor
Condition
Unused new old stock (NOS). Stamped body markings read 39 over 1KV. Clean straight wire leads ready for through-hole mounting. Visual inspection complete; individual capacitance value not electrically verified on a meter.
Same or next business day shipping from our Idaho warehouse. Reliable parts since 1999. Honest pricing, no nonsense.
We are here for our customers, with a no-hassle satisfaction guarantee.
Product Overview
High-voltage ceramic disc capacitor rated for 39 pF at 1 kV (1000 VDC). Encapsulated in blue conformal epoxy with straight radial leads spaced for 0.20-inch (5.08 mm) PCB through-hole mounting.
Key Features
- 39 pF capacitance rating
- 1 kV (1000 VDC) working voltage rating
- Blue epoxy dipped disc construction
- Radial through-hole wire leads
- 0.20-inch (5.08 mm) nominal lead pitch
- Body stamped with 39 and 1KV ratings
Applications
- Replacing snubbers or timing caps in vintage radio and tube amplifier circuits
- RF stage tuning, coupling, and bypass networks requiring high-voltage isolation
- Bench breadboarding and repair of high-voltage power supplies
Frequently Asked Questions
What are the lead dimensions on this capacitor?
The leads are straight wire radial terminations spaced at 0.20 inches (5.08 mm) lead pitch, with approximately 1.15 inches of usable length for through-hole assembly.
Are these capacitors polarized?
No. Ceramic disc capacitors are non-polarized components and can be installed in either direction in a circuit.
Why buy individual capacitors from PartsMine instead of bulk surplus reels?
You can buy the exact count needed for your repair or build without taking on hundreds of unwanted components. More pieces cost less each, and the price-break table on this page shows what each quantity costs. Orders ship for an $8 flat rate from our Idaho warehouse, ship free on orders over $28, and go out the same or next business day.
Quiet high-voltage components like this do their job without fanfare, holding back 1,000 volts so the rest of your circuit can sing.
