680uf  16v Aluminum Electrolytic Capacitor – KSH 20 at HIMASTORES Mombasa – best electronics in Kenya

680uf 16v Aluminum Electrolytic Capacitor

SKU: HMJ827 Category: Capacitors and resistors
KSH 20.00
Out of Stock

Product Description

680µF 16V Aluminum Electrolytic Capacitor

High-Capacitance Filtering and Smoothing Capacitor for Power Applications

The 680µF 16V aluminum electrolytic capacitor is a highcapacitance component designed for power supply smoothing, filtering, decoupling, and audio applications. It is available in both throughhole radial and surface-mount packages to suit various PCB designs.

Capacitance: 680µF ±20% tolerance
Voltage Rating: 16V DC
Common applications: Power supply filtering, audio equipment, DCDC converters, and generalpurpose smoothing [citation:1][citation:2]
Observe correct polarity - aluminum electrolytic capacitors are polarized devices. Reversing the voltage can cause permanent damage or explosion.
Do not exceed the rated voltage of 16V DC to prevent capacitor failure.

Key Specifications (Typical Variants)

The 680µF 16V capacitor is available in a wide range of series and performance grades:

ParameterThrough-Hole ExampleSMD ExampleNotes
Capacitance680µF ±20%680µF ±20%Standard tolerance [citation:1][citation:3]
Voltage Rating16V DC16V DCMaximum continuous voltage [citation:1][citation:3]
Operating Temp.-40°C to +105°C-55°C to +105°CWide temperature range [citation:1][citation:3]
Lifetime @ 105°C2000h to 5000h3000hDepends on series [citation:1][citation:4]
ESR / Impedance41mΩ to 130mΩ60mΩ to 100mΩLow impedance variants available [citation:1][citation:3][citation:5]
Ripple Current470mA to 1250mA1.19AHigher ripple current indicates better AC handling [citation:1][citation:3][citation:2]
PackageRadial (Through-Hole)SMDMultiple form factors [citation:1][citation:3]

= Common Package Options =

Mounting TypeApproximate SizeLead PitchCommon Use
Through-Hole Radial8mm x 20mm3.5mmGeneralpurpose, lowESR designs [citation:2][citation:5][citation:10]
Through-Hole Radial10mm x 15mm5mmStandard general-purpose [citation:1]
Through-Hole Radial8mm x 14mm3.5mmCompact designs [citation:2]
Surface Mount (SMD)10mm x 10mmN/AHigh-density PCB designs [citation:3]

= Key Features =

High Capacitance - Provides significant energy storage in a compact package

Wide Performance Range Available in lowESR, longlife, and highripple variants [citation:1][citation:10]

CostEffective An affordable capacitor type for high-value capacitance

Wide Availability - A standard value from many manufacturers [citation:1][citation:2][citation:5]

= Applications =

  • Power supply smoothing and filtering
  • DC-DC converter input/output filtering
  • Audio amplifier power supply reservoirs
  • Motor drive circuits
  • General-purpose decoupling and energy storage
Standard Value - 680µF 16V is a popular and readily available capacitor for filtering applications
Multiple Variants Available in lowESR, hightemperature, and longlife versions for diverse applications

√ Ready to use - ensure correct polarity before installation

√ Long operational life available in hightemperature variants


Package Includes

Varies by seller:

  1. Bulk packs (throughhole radial) 10 to 200+ pieces
  2. Tape and reel (SMD) - 100 to 1,000+ pieces
  3. Cut tape / loose pieces for prototyping
For switching power supplies, a lowESR, highripplecurrent variant is the most recommended for reliable longterm operation [citation:1][citation:6]
Choose a capacitor with a voltage rating higher than your circuit's maximum voltage (e.g., 16V for a 12V rail)
For general-purpose smoothing, 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 as a bulk reservoir in audio amplifiers.
When retrofitting or replacing, check the physical dimensions and lead spacing to ensure compatibility with your PCB.

Avoid exceeding the rated voltage of 16V this is critical for safety and reliability

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

Avoid prolonged storage at high temperatures this accelerates electrolyte degradation and reduces lifetime