100MXC1200MEFC25X30

100MXC1200MEFC25X30

$2.13
  • Description:CAP ALUM 1200UF 20% 100V SNAP TH
  • Series:MXC
  • Mfr:Rubycon
  • Package:Bulk

SKU:3a833df85ff2 Category: Brand:

  
  • Quantity
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Product Detailed Parameters

  • Description:CAP ALUM 1200UF 20% 100V SNAP TH
  • Series:MXC
  • Mfr:Rubycon
  • Package:Bulk
  • Capacitance:1200 µF
  • Tolerance:±20%
  • Voltage - Rated:100 V
  • ESR (Equivalent Series Resistance):-
  • Lifetime @ Temp.:3000 Hrs @ 105°C
  • Operating Temperature:-40°C ~ 105°C
  • Polarization:Polar
  • Ratings:-
  • Applications:General Purpose
  • Ripple Current @ Low Frequency:1.69 A @ 120 Hz
  • Ripple Current @ High Frequency:1.9435 A @ 10 kHz
  • Lead Spacing:0.394" (10.00mm)
  • Size / Dimension:0.984" Dia (25.00mm)
  • Height - Seated (Max):1.260" (32.00mm)
  • Surface Mount Land Size:-
  • Mounting Type:Through Hole
  • Package / Case:Radial, Can - Snap-In

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100MXC1200MEFC25X30

Buying Guide
Summary

Rubycon 100MXC1200MEFC25X30 is selected in Aluminum Electrolytic Capacitors category when ripple, lifetime, and operating corners must remain inside budget. Key specs include Description (CAP ALUM 1200UF 20% 100V SNAP TH), Capacitance (1200 µF), Rated voltage (100 V), Tolerance (±20%), and Temperature (-40°C ~ 105°C).

Selection Notes
  • For 100MXC1200MEFC25X30, confirm the mounting type (Through Hole) matches your assembly process and reliability requirements.
  • Verify the rated voltage (100 V) provides sufficient margin for surges and transients.
  • Confirm the operating temperature range (-40°C ~ 105°C) meets your deployment conditions.
Alternates & Substitutions
  • For Aluminum Electrolytic Capacitors, validate alternates under worst-case corners rather than assuming typical-only conditions represent production builds.
  • Start by matching the non-negotiables (package/case Radial, Can - Snap-In, mounting Through Hole, packaging Bulk) and confirm the operating envelope (temperature -40°C ~ 105°C) before you compare performance.
  • For capacitors, keep capacitance 1200 µF, rated voltage 100 V, tolerance ±20% aligned and validate ripple/ESR and lifetime under your real operating conditions.
  • For faster alternate proposals, share the constraints you cannot change (package Radial, Can - Snap-In) and your acceptable trade-offs.
FAQ

How do I avoid common capacitor selection mistakes with 100MXC1200MEFC25X30?
Check DC bias/temperature effects, ripple heating, and mechanical constraints, then validate under worst-case load and temperature.

Can you confirm the Height - Seated (Max) for 100MXC1200MEFC25X30?
1.260" (32.00mm)

Can you confirm the Lead Spacing for 100MXC1200MEFC25X30?
0.394" (10.00mm)

Which Polarization is listed for 100MXC1200MEFC25X30?
Polar

Application Scenarios

Rubycon 100MXC1200MEFC25X30 is listed under the Aluminum Electrolytic Capacitors category and is commonly used when correctness, reliability, and qualification repeatability matter. Electrolytic capacitor selection centers on ripple current, lifetime versus temperature, and ESR behavior under load and aging. In practice, correct capacitor choices improve stability, reduce noise, and increase product lifetime. They provide energy storage and decoupling, shaping impedance versus frequency to stabilize rails and signal paths. Across telecom and data center power, impedance and ripple margins influence stability in dense, high-current boards. In compact devices, layout-driven ESL and placement can dominate performance, so practical design rules matter. Within industrial power supplies, bulk capacitance smooths rectified rails and provides ride-through during short brownouts in hot cabinets. The payoff is a design that is easier to qualify, easier to service, and more stable across environments.

Compatibility Advice
  • In practice, check insertion loss, group delay, and impedance behavior across temperature so link budgets stay stable before release to production.
Project Fit
  • Good fit when you can verify Rubycon 100MXC1200MEFC25X30 for Aluminum Electrolytic Capacitors integration under realistic load and noise, and you need repeatable RF performance and can provide calibration and test access in production.
  • Poor fit when derating and self-heating cannot be verified, so performance drift may appear after deployment, because the integration depends on constraints that cannot be controlled across builds.
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