Electrolytic capacitor 470µF 50VDC, radial can, model EB1642860616

Radial electrolytic capacitor 470µF 50VDC, radial can, model EB1642860616 is a through-hole aluminum electrolytic capacitor with a rated capacitance of 470 microfarads and a maximum DC voltage of 50 volts. The component is supplied in a cylindrical radial-can package with two axial leads designed for standard PCB hole mounting. It is intended for use in power supply filtering, decoupling, energy storage and general-purpose smoothing in electronic circuits where moderate bulk capacitance and reliable voltage handling are required.

Advantages

This radial electrolytic capacitor offers stable capacitance across typical operating temperatures and a compact cylindrical can package that simplifies placement on printed circuit boards. The radial lead configuration enables secure solder joints and straightforward assembly for repair, prototyping and production. The specified 50 VDC rating provides headroom for many intermediate-voltage power rail applications, and the 470 µF value supplies sufficient bulk capacitance for smoothing and transient support.

Suitable for

• Power supply filtering and smoothing
• Decoupling of voltage rails in analog and digital circuits
• Energy storage for short-term load transients
• Repair and replacement of through-hole components on PCBs
• Prototyping and small-scale industrial electronics projects

Key specifications

• Capacitance: 470 µF
• Rated voltage: 50 V DC
• Package type: radial aluminum can (through-hole)
• Lead configuration: two radial leads for PCB mounting
• Typical applications: filtering, decoupling, energy storage

How to use

Install the capacitor with correct polarity: the negative lead is typically marked on the can and must be oriented to the circuit’s negative or ground node. Insert the radial leads into the PCB holes, ensure the component sits flush with the board as required, and solder both leads to achieve reliable electrical and mechanical connections. Observe recommended soldering temperatures and times for through-hole components to avoid thermal stress. Allow the capacitor to form and stabilize if used in circuits that require initial conditioning per system design guidelines.

Usage recommendations

Verify polarity before soldering, avoid exceeding the 50 V DC rating, and select adequate operating temperature range for long-term reliability. For applications with high ripple currents or elevated temperatures, choose appropriate placement and consider additional cooling or higher-grade capacitors if needed.