Electrolytic Capacitors 50V – Radial Aluminum Capacitor Pack (5 pcs)

These 50V radial electrolytic capacitors are designed for power filtering, voltage stabilization, and signal coupling applications in electronic circuits. They feature polarized aluminum electrolytic construction with reliable capacitance performance for analog, audio, and power supply designs. The capacitors provide effective transient suppression and ripple filtering in DC circuits and high-voltage applications. Their radial lead configuration supports easy PCB mounting and integration into repair, prototyping, and electronic development projects.

• 50V DC rated operating voltage
  
• Radial lead aluminum electrolytic construction
  
• Suitable for decoupling and filtering applications
  
• Effective ripple and transient suppression
  
• Polarized capacitor design
  
• Compact PCB mounting format
  
• Compatible with audio amplifier circuits
  
• Stable capacitance characteristics
  
• ±20% capacitance tolerance
  
• Suitable for power supply smoothing
  
• High capacitance-to-size ratio
  
• Reliable operation in DC circuits
  
• Suitable for prototyping and repairs
  
• Low-cost general-purpose capacitor solution
  
• Supplied as a 5-piece pack

• Capacitor Type: Aluminum Electrolytic Capacitor
  
• Mounting Type: Radial Leaded
  
• Rated Voltage: 50V DC
  
• Capacitance Tolerance: ±20%
  
• Polarity: Polarized
  
• Lead Type: Through-Hole
  
• Application Type: Decoupling and Filtering
  
• Suitable Circuits: Audio, Power Supply, Analog Electronics
  
• Dielectric Material: Aluminum Electrolyte
  
• Operating Function: Ripple Filtering and Voltage Stabilization
  
• Package Quantity: 5 Pieces
  
• Terminal Configuration: Radial Leads
  
• PCB Mounting: Through-Hole PCB
  
• Usage Category: General Purpose Electronics
  
• RoHS Compliance: Yes

• Aluminum Electrolytic Capacitors. Capacitor. 4700, 3300, 2200, 1000, 470, 330, 220, 100, 47, 33, 22, 10, 4,7, 3,3, 2,2, 1, 0.47, 0.22 uf 3D Model

• Electrolytic Capacitors: Comprehensive Overview, Teardown, and Experiments