5.5V 0.1F V-Type farad capacitor Wholesaler

5.5V 0.1F V-Type farad capacitor

V-Type supercapacitor

5.5V 0.1F V-Type Supercapacitor

A rechargeable electrochemical energy-storage component for short-duration board-level backup. Model-specific ESR, leakage, temperature, endurance, dimensions and certifications require current documents and sample approval.

5.5V DC · 0.1F
Headline rating

V-Type
Configuration

Backup time · leakage · footprint
Selection focus

INTRODUCTION

Product Parameter

Technical Specifications

Parameter	Reference / confirmation requirement
Product family	Coin-type supercapacitor / electric double-layer capacitor
Headline rating	5.5V DC · 0.1F
Configuration	V-Type designation from the product record
Mechanical format	V-Type coin supercapacitor; confirm lead orientation, pitch and envelope from the controlled drawing
Electrical selection	Confirm charge voltage, voltage window, load current, backup time, ESR and leakage
Environment	Confirm temperature, humidity, enclosure and cycle profile
Final release basis	Controlled datasheet + drawing + quotation + approved sample

Product-specific note: V-Type is a mechanical designation; electrical approval still requires leakage, ESR, temperature and backup-time verification.

Product Information

Product information

V-Type layout for compact PCB backup

V-Type is a mechanical designation; electrical approval still requires leakage, ESR, temperature and backup-time verification. Usable backup duration depends on voltage drop, load current, tolerance, ESR, leakage and temperature.

Electrical profile

Define charge voltage, load current, minimum voltage, backup time and cycle frequency.

Mechanical interface

V-Type coin supercapacitor; confirm lead orientation, pitch and envelope from the controlled drawing. Verify polarity and soldering.

Application fit

Use for RTC, memory or meter-data backup only after circuit validation.

Calculate, fit and validate before approval

Define load current and hold-up time.
Set charged and minimum usable voltages.
Allow for tolerance, leakage, ESR and temperature.
Confirm footprint, leads, polarity and height.
Test voltage decay and restart in the real assembly.

Ordering information

Send circuit and mechanical requirements together

Backup duty
Load current, time and voltage window

Charge conditions
Voltage, resistance, cycle and restart

Mechanical fit
Type, pitch, outline and polarity

Environment
Temperature, humidity and life target

Commercial plan
Samples, quantity, packing and delivery

Documents and approval basis

Approve the exact model—not a generic 5.5V label

Request the current datasheet, controlled outline and lead drawing, polarity marking, soldering guidance and order-specific compliance evidence.

Frequently asked questions

Questions to resolve before sampling

How is capacitance estimated?

Use load current, backup time and permitted voltage drop, then include tolerance, leakage, ESR, ageing and temperature.

Can C-Type, H-Type and V-Type parts be interchanged?

Not automatically. Confirm the drawing, footprint, lead orientation, polarity and profile.

Is 5.5V enough information?

No. Capacitance, leakage, ESR, temperature, charge method, load and fit also matter.

What should sample testing include?

Check charging, voltage decay, backup duration, restart, temperature, soldering and fit.

Which documents govern the order?

The selected-model datasheet, drawing, quotation and approved sample govern.

What determines MOQ and lead time?

The exact model, capacitance, leads, quantity, testing, marking and packing determine the result.