Product Overview
0.015µF 15nF Radial Film Capacitor 5% Tolerance - 2A153J Marked
Product Condition
Unused, New Old Stock polyester film capacitor marked “2A 153J.” Radial lead style with molded epoxy body. Leads are straight and clean. No retail packaging included.
Ships same business day. Hard-to-find parts since 1999. Fair prices, real help.
Product Overview
2A153J polyester film capacitor rated at 0.015µF (15nF) with 5% tolerance. The “153” marking decodes to 15 × 10³ pF, and “J” indicates ±5% tolerance. The “2A” prefix is commonly associated with a 100V class rating in many film capacitor marking systems, though final voltage verification should be made against your circuit requirements.
Polyester film capacitors are widely used for signal coupling, tone shaping, and general-purpose timing due to stable capacitance and predictable behavior in audio-frequency ranges. The compact molded body and radial leads make it suitable for through-hole PCB layouts and vintage equipment service.
Key Features
- Capacitance: 0.015µF (15nF)
- Marking code: 153 (15 × 10³ pF)
- Tolerance: ±5% (J code)
- Dielectric type: Polyester film
- Lead style: Radial through-hole
- Epoxy-dipped rectangular body
- Commonly used in audio and signal circuits
- Stable performance in low-frequency applications
Applications
- Audio coupling and tone circuits
- Guitar amplifier and pedal builds
- RC timing networks
- Signal filtering in analog boards
- Restoration of vintage electronics
- DIY electronics prototyping
- Educational lab projects
Frequently Asked Questions
What does the 153J marking mean?
“153” represents 15,000 pF, which equals 0.015µF or 15nF. The “J” indicates a ±5% tolerance.
What voltage is this capacitor rated for?
The “2A” marking is often associated with a 100V rating in similar film capacitor series. If your application is voltage-critical, confirm against your design requirements before installation.
Is this polarized?
No. Polyester film capacitors are non-polarized and can be installed in either orientation.
Can this be used in audio signal paths?
Yes. Polyester film types are commonly used for coupling and tone shaping in audio circuits due to stable capacitance and predictable frequency response.
Small film capacitors like this rarely get attention, yet they quietly shape tone, timing, and stability in countless circuits. Drop it into your next build and let it do its quiet work.
