2A223J 100V (0.022uF) Through Hole Polyester Film Capacitor

Description The 2A223J 100V is a 0.022µF (22nF) polyester film capacitor designed for use in a wide range of electronic circuits, including signal coupling, decoupling, filtering, and timing applications. It features a compact through-hole (THT) radial-lead design, making it suitable for PCB mounting in both consumer and industrial electronics.This capacitor is built using high-quality polyester film (PET) dielectric, offering stable capacitance over a broad temperature range and excellent electrical performance with low losses. The J tolerance rating (±5%) ensures precise capacitance values, which is essential for critical circuit applications.With a rated voltage of 100V, the 2A223J is ideal for medium-voltage applications, such as power supplies, audio circuits, and analog signal processing. The capacitor is non-polarized, allowing for versatile AC and DC circuit usage without polarity concerns. Additionally, polyester film capacitors are known for their high insulation resistance and self-healing properties, which contribute to long-term reliability and durability.Key Features:Capacitance: 0.022µF (22nF)Voltage Rating: 100V DCTolerance: ±5% (J)Dielectric Material: Polyester Film (PET)Lead Type: Through-Hole (Radial)Temperature Range: Typically -40°C to 85°CLow Dissipation Factor: Ensures minimal energy lossHigh Insulation Resistance: Reduces leakage currentsSelf-Healing Properties: Enhances long-term reliabilityCompact and Lightweight: Suitable for space-constrained PCB layoutsApplications:Signal Coupling and DecouplingPower Supply FilteringTiming CircuitsAudio Signal ProcessingRF and High-Frequency CircuitsSwitching Power SuppliesSnubber Circuits for Transient ProtectionThe 2A223J 100V polyester film capacitor is a reliable choice for various electronic applications requiring stable capacitance, low losses, and long-term performance. Its through-hole design ensures easy integration into PCB assemblies, making it a preferred component in both hobbyist and professional circuit designs. Download