Broadway Impex

223J100 Box Type Capacitor – Metallized polyester film box capacitor with 0.022 µF (22 nF) capacitance, ±5% tolerance (J), 100 V DC rating, rectangular epoxy-encased design for durability, ideal for coupling, filtering, and general-purpose electronic applications.

The 103J100V box-type capacitor is a metallized polyester film capacitor with a capacitance value of 10 nF (0.01 µF), tolerance ±5% (J), and rated voltage 100 V DC. Its rectangular epoxy-coated “box” design offers durability, moisture resistance, and stable electrical performance.

These capacitors are commonly used in:

• Coupling and decoupling in signal paths

• Noise suppression in audio and RF circuits

• Timing and filtering in analog/digital electronics

• General-purpose AC/DC applications

Key features:

• Stable capacitance over temperature range

• Low dielectric absorption

• Good self-healing properties for long service life

Do you want me to also include a code meaning breakdown for “103J100V” so you can decode any similar capacitor.

104J100V Box Type Capacitor Description:
The 104J100V box-type capacitor is a metallized polyester film capacitor with a capacitance value of 100 nF (0.1 µF), tolerance ±5% (J), and rated voltage 100 V DC. Its “box type” rectangular epoxy-encapsulated body provides good mechanical protection and stability. These capacitors are widely used for signal coupling/decoupling, noise suppression, timing circuits, and filtering applications in electronic circuits. They feature low dielectric absorption, good self-healing properties, and long operational life.

If you want, I can also give you the full part code breakdown so you can understand exactly what each part of “104J100V” means.

105 Box Type Capacitor – Metallized polyester film box capacitor with 1 µF capacitance (code 105), ±5% or ±10% tolerance (varies by make), rated for common voltages such as 50 V, 63 V, 100 V, or higher, epoxy-encased rectangular body for durability, ideal for coupling, filtering, and timing applications in electronic circuits.