Electrolytic Capacitor 470µF 63VDC — EB1487023755 by Unspecified Brand

Electrolytic Capacitor 470µF 63VDC is an axial/radial electrolytic capacitor designed for applications that require medium-high capacitance and voltage handling. The component provides 470 microfarads of capacitance with a rated DC voltage of 63 volts, making it suitable for power-supply filtering, decoupling, and short-term energy storage in electronic circuits. The EB1487023755 model format supports through-hole mounting in both axial and radial orientations commonly used in repair, prototyping and industrial electronics.

Advantages

This electrolytic capacitor offers stable capacitance under nominal operating conditions and a voltage rating that covers many medium-voltage power-supply designs. Its axial/radial lead format simplifies replacement and installation in existing PCB layouts or point-to-point wiring. The 470 µF value provides effective smoothing of ripple and transient suppression in power rails while occupying a compact volume relative to higher-capacitance options.

Suitable for

• Power supply filtering and smoothing in linear and switch-mode supplies
• Decoupling of amplifier and digital circuits to reduce noise
• Energy storage for short-duration load transients
• Repair and maintenance of consumer and industrial electronic equipment
• Prototyping and laboratory circuits requiring medium-high capacitance

Key specifications

• Capacitance: 470 µF
• Rated voltage (DC): 63 V
• Polarity: polarized electrolytic
• Package/lead style: axial or radial through-hole
• Typical application temperature range: standard ambient operating range for electrolytic capacitors (refer to manufacturer data)

How to use

Install the capacitor according to polarity markings: connect the positive lead to the higher potential and the negative lead to ground or the lower potential node. Ensure the capacitor’s rated voltage (63 V) exceeds the maximum DC voltage present in the circuit. For through-hole mounting, insert leads into the PCB and solder with appropriate flux and temperature to avoid overheating the component. Observe correct lead spacing and mechanical support if used in axial orientation to prevent stress on solder joints.

Usage recommendations

Store and operate the capacitor within recommended temperature and humidity conditions. Avoid exposing the part to voltages exceeding 63 V DC and provide sufficient ripple current rating and ventilation for long-term reliability. When replacing existing parts, match capacitance, voltage rating, polarity and physical lead style to ensure compatibility.