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CL20 225J 250V 2.2uf Metal Film Capacitor

LORIDA FILM CAPACITOR

CL20 Axial Film Capacitor

CL20 225J 250V 2.2uf Metal Film Capacitor — prepared for engineering comparison, sample validation and B2B procurement.

Capacitance2.2uf
Rated Voltage250v
ToleranceH= ±3%H; J=+5%; K=+10%; M=±20%
Lead / Sizep=20mm, 25mm and customized

INTRODUCTION

Product Parameter


Procurement FieldConfirmed Current Record
Product / ModelCL20 225J 250V 2.2uf Metal Film Capacitor
Product TypeCL20 Axial Film Capacitor
Capacitance2.2uf
Rated Voltage250v
ToleranceH= ±3%H; J=+5%; K=+10%; M=±20%
Lead Pitch / Dimensionsp=20mm, 25mm and customized
Operating Temperature-40℃~ +85℃
Expected Life2000hour-8000hour
Color / FinishRed or custom
Package TypeThrough Hole, Tape, Reel
PackingStandard package box
Sample Supportsupport for free samples
Available DocumentationISO9001 ISO4001 ROSH SGS CE
Supply FormatOriginal manufacturer, ODM/OEM
Confirm the final mechanical drawing, application-dependent electrical limits and required documents against the approved sample and order specification.

Product Information

Product Information

A product-specific engineering and procurement guide for CL20 225J 250V 2.2uf Metal Film Capacitor, built around 2.2uf, 250v and p=20mm, 25mm and customized.

Product Introduction

An axial-format CL20 film capacitor for assemblies that require controlled capacitance, voltage and end-to-end lead integration.

Final suitability depends on the exact waveform, temperature, construction and approved mechanical sample.

Engineering Value for the Buyer

Axial integration

Confirm body length, lead length, mounting span and mechanical retention.

Electrical matching

Review voltage, tolerance, frequency and temperature as one application window.

Replacement support

Compare the original envelope and lead arrangement before approving an alternate.

Buyer documentation

Submit drawing, quantity and inspection needs with the electrical target.

Five-Step Selection Workflow

  1. Fix the electrical target. Confirm 2.2uf, 250v, tolerance and circuit function.

  2. Describe the waveform. Provide frequency, current, pulse width and repetition rate where applicable.

  3. Check temperature. Include ambient, heat sources, airflow and acceptable case rise.

  4. Approve mechanical fit. Verify p=20mm, 25mm and customized, body envelope, clearance and assembly process.

  5. Release the sample. Record model, drawing, test conditions, acceptance limits and documents.

Electrical Integration

Review steady voltage, transients, frequency, current or pulse duty and temperature as one operating envelope.

Do not approve an alternate from capacitance and voltage labels alone.

Mechanical Integration

Confirm p=20mm, 25mm and customized, body dimensions, PCB clearance, lead forming and production handling.

Release the production footprint from the drawing or approved sample.

Typical Application Map

01

Axial through-hole assemblies

Evaluate voltage stress, waveform, temperature and mechanical fit before production release.

02

Filtering and coupling networks

Evaluate voltage stress, waveform, temperature and mechanical fit before production release.

03

Legacy-equipment replacement

Evaluate voltage stress, waveform, temperature and mechanical fit before production release.

04

Industrial control and instrumentation

Evaluate voltage stress, waveform, temperature and mechanical fit before production release.

Failure Risks to Prevent

RiskEngineering Prevention
Axial span mismatchConfirm body and lead dimensions against the board or harness.
Lead stressProvide support and avoid bending stress at the body seal.
Electrical overstressCheck nominal and transient voltage with the waveform.
Temperature accumulationValidate loss and case temperature in the enclosure.

Prototype Validation Plan

Validation StepEvidence to Record
Incoming baselinePart marking, capacitance, dimensions, lead condition and appearance.
Functional circuit testVoltage waveform, frequency, current or pulse condition and system behaviour.
Thermal checkAmbient, warm-up time, case temperature and cooling arrangement.
Mechanical approvalPitch, body envelope, clearance, mounting stability and assembly process.

Engineering RFQ Checklist

  • Product code, capacitance, tolerance and rated voltage

  • Circuit function, waveform, frequency and pulse or current conditions

  • Ambient temperature, cooling and expected duty cycle

  • Lead pitch, maximum body dimensions and PCB or enclosure drawing

  • Sample quantity, annual demand, packaging and labeling requirements

  • Required inspection, compliance and project documents

Request a Film Capacitor Engineering Review

Send the circuit duty and mechanical envelope. LORIDA can organize the quotation, drawing review, sample plan and OEM requirements around the selected configuration.

Submit Application Data

Frequently Asked Questions

Can 2.2uf and 250v alone determine suitability?

No. Frequency, waveform, temperature, tolerance, mechanical fit and circuit position must also be reviewed.

What mechanical data matters for an axial part?

Confirm body length, lead length, mounting span, bend radius and mechanical support.

What information is needed for an RFQ?

Send the target code, circuit function, voltage waveform, frequency, temperature, dimensions, quantity, packaging and documentation needs.

Can dimensions, labeling or packaging be reviewed?

Yes. Feasibility depends on the selected construction, electrical target, order quantity and approved sample.

How should an alternate part be approved?

Compare the controlled drawing and electrical duty, then repeat functional and temperature validation in the target circuit.

RELATDE PRODUCTS

Shenzhen Lorida Technology co., Ltd was established in 2014. The company is located in Longhua district, Shenzhen city. The production factory is located in Heshan district, Yiyang city, Hunan province.

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