50-Pack JET 24pF Ceramic Disc Capacitors Radial Leaded NOS
$14.95
Package of 50 JET-marked 24 pF radial-leaded ceramic disc capacitors from unused surplus electronic-component stock. These compact, non-polarized capacitors are suitable for low-capacitance circuit applications including radio repair, RF circuits, oscillator sections, tuning circuits, signal coupling, compensation networks, prototyping, and general electronic restoration work.
Each capacitor is marked JET 24. The “24” marking is being identified as a nominal capacitance value of 24 pF. A randomly selected sample from this stock measured approximately 25.23 pF on a capacitance meter.
The exact manufacturer identity behind the JET marking has not been independently documented. Voltage rating, original tolerance, ceramic dielectric classification, temperature coefficient, and environmental compliance are not marked and are not being claimed.
Historical Note: Radial ceramic disc capacitors were widely used in radios, receivers, transmitters, televisions, amplifiers, test equipment, and other electronic assemblies. Small-value ceramic capacitors were especially useful in RF, oscillator, tuning, and signal-control circuits because of their compact size and non-polarized construction.
Quantity supplied is 50 capacitors. Product photographs show the actual surplus stock being offered.
Compatible Radios / Boards
Suitable for circuits requiring a nominal 24 pF non-polarized radial ceramic capacitor where the physical size, lead spacing, voltage requirements, tolerance, and dielectric characteristics are appropriate. Potential uses include radio repair, RF circuits, oscillator circuits, tuning networks, compensation circuits, prototyping boards, vintage electronics, and general component-level repair. Buyer must verify all circuit requirements before installation.
RF Boneyard Bench Notes
A randomly selected sample from this stock measured approximately 25.23 pF on a capacitance meter. Remaining capacitors were visually inspected but were not individually tested. Voltage rating, tolerance, dielectric type, temperature coefficient, leakage, and high-voltage performance have not been independently verified.
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