LELON

Electrolytic and polymer capacitors

 

About the manufacturer

Lelon Electronics Corp. is a manufacturer of aluminum capacitors for filtering and power circuits. Its portfolio includes electrolytic constructions and selected polymer families intended for higher ripple-current applications. The practical value of this offering lies in ESR, lifetime and high-temperature performance of capacitors, so device selection should reflect the end product and its operating conditions.

Aluminum capacitors store energy, smooth voltages and reduce ripple in converters and power rails. Different package constructions enable through-hole and SMD integration under specified thermal conditions. In practice, the greatest benefit comes from matching the chosen variant to its mounting, operating conditions and adjoining system parts.

Compare capacitance, voltage, ESR, allowable ripple current, dimensions, temperature range and specified life at reference temperature. Long-term heating strongly affects service life. Documentation for the exact version helps avoid selecting a device solely from broad product-family characteristics.

 

Applications

Examples of practical uses for LELON products include:

  • AC/DC power supplies
  • DC/DC converters
  • audio equipment
  • industrial controllers
  • appliance electronics
  • networking power rails

 

LELON products available from Maritex

Maritex presents the LELON portfolio in categories including THT aluminum capacitors, SMD electrolytics and polymer capacitors. When comparing variants, it is useful to focus on their function, integration method and operating requirements.

Available product groups include:

  • THT aluminum capacitors
  • SMD electrolytics
  • polymer capacitors
  • power-supply capacitors

Compare capacitance, voltage, ESR, allowable ripple current, dimensions, temperature range and specified life at reference temperature. Long-term heating strongly affects service life. This approach supports a considered comparison of options and reduces the risk of unsuitable substitutions.

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