220uf 10v Aluminum Electrolytic Capacitor – KSH 20 at HIMASTORES Mombasa – best electronics in Kenya

220uf 10v Aluminum Electrolytic Capacitor

SKU: HMJ822 Category: Capacitors and resistors
KSH 20.00
Out of Stock

Product Description

220µF 10V Aluminum Electrolytic Capacitor

Versatile General-Purpose Capacitor for Filtering and Decoupling Applications

The 220µF 10V aluminum electrolytic capacitor is a widely used component designed for power supply filtering, decoupling, and audio applications. It is available in throughhole radial and surfacemount (SMD) packages to suit various PCB designs [citation:1][citation:3][citation:4].

Capacitance: 220µF ±20% tolerance
Voltage Rating: 10V DC
Common applications: Power supply smoothing, DC-DC converter filtering, audio coupling and bypass
Observe correct polarity - aluminum electrolytic capacitors are polarized devices. Reversing voltage can cause permanent damage or explosion.
Do not exceed the rated voltage of 10V DC to prevent capacitor failure.

Key Specifications (Typical Variants)

The 220µF 10V capacitor is available in a wide range of series and performance grades:

ParameterThrough-Hole Radial Example [citation:7]SMD Example [citation:8]Notes
:-:-:-:-
Capacitance220µF ±20%220µF ±20%Standard tolerance
Voltage Rating10V DC10V DCMaximum continuous voltage
Operating Temperature-40°C to +105°C-55°C to +105°CWide temperature range [citation:6][citation:8]
Lifetime @ 105°C4000 hours2000 hoursDepends on series; high-reliability variants available [citation:7][citation:8]
ESR/Impedance220mΩ360mΩLow impedance variants available [citation:7][citation:8]
Ripple Current340mA @ 100kHz240mA @ 100kHzHigher ripple current for AC handling [citation:7][citation:8]
Package TypeRadial (Through-Hole)SMDMultiple form factors [citation:1][citation:8]

= Common Package Options =

Mounting TypeApproximate SizeLead PitchCommon Use
:-:-:-:-
Through-Hole Radial6.3mm x 11mm [citation:1]2.5mm [citation:1]General-purpose, standard designs
Through-Hole Radial6.3mm x 12.5mm [citation:7]2.5mm [citation:7]Long-life applications
Through-Hole Radial8mm x 11mm5mmHigher ripple current variants
Surface Mount (SMD)6.3mm x 6.1mm [citation:8]N/AHigh-density PCB designs
Surface Mount (SMD)8mm x 10.5mm [citation:12]N/AHighreliability, longlife SMD

= Key Features =

Wide Performance Range Available in lowESR, longlife, and highripple variants [citation:1][citation:7][citation:9]

CostEffective One of the most affordable capacitor types for general use

Wide Availability A standard value from many manufacturers (Vishay, Panasonic, ChemiCon, YAGEO, SANYO, Rubycon, KEMET) [citation:1][citation:2][citation:8]

= Applications =

  • Power supply smoothing and filtering
  • DC-DC converter input/output filtering
  • Audio signal coupling and bypassing
  • General-purpose decoupling for ICs
Standard Value 220µF 10V is a popular and readily available capacitor for generalpurpose electronics
Multiple Variants Available in lowESR, hightemperature, and longlife versions for diverse applications [citation:1][citation:7][citation:9]

√ Ready to use - ensure correct polarity before installation

√ Long operational life available in hightemperature variants with up to 10,000 hours at 105°C [citation:12]


Package Includes

Varies by seller:

  1. Bulk packs (throughhole radial) 10 to 500+ pieces
  2. Tape and reel (SMD) - 100 to 2,000+ pieces [citation:7]
  3. Cut tape / loose pieces for prototyping
For switching power supplies, a lowESR, highripplecurrent variant is recommended for reliable longterm operation [citation:1][citation:2]
Choose a capacitor with a voltage rating higher than your circuit's maximum voltage (e.g., 10V for a 5V rail) for reliable operation
For general-purpose filtering, a standard series with 105°C rating provides a good balance of cost and performance
This capacitor is ideal for linear power supply output filtering and battery-powered circuit decoupling
For throughhole radial packages, typical lead spacing is 2.5mm to 5mm check PCB footprint compatibility

Avoid exceeding the rated voltage of 10V this is critical for safety and reliability

Avoid overheating during soldering typical soldering time is ≤5 seconds at ≤260°C

Avoid storing at high temperatures accelerated aging reduces lifetime