HOME Products Information Conductive Polymer Aluminum Solid Electrolytic Capacitors (Hybrid type)

Conductive Polymer Aluminum Solid Electrolytic Capacitors (Hybrid type)

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  • Series List / Series Chart
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  • FAQ

Conductive Polymer Aluminum Solid Electrolytic Capacitor (Hybrid Type) "PZ-CAP" is a next-generation capacitor that supports high reliability uses a conductive polymer and hybrid an independently developed functional liquid as a cathode material instead of the electrolytic solution of non solid alminum electrolytic capacitor.

It has excellent high ripple resistance and low ESR (equivalent series resistance) characteristics in the high frequency range, and is ideal for reducing the size and cost of automotive units as an electrolytic capacitor with almost no change in characteristics due to temperature. In addition, it can be widely used as a power source for industrial equipment and communication equipment.

Hybrid type is ...

Features① Stable temperature characteristics (Low temp. Low ESR)

Features② Stable endurance characteristics (High ripple long life)

Benefits① Size and cost reduction

Benefits② Replacement of ceramic capacitors (MLCC)

Series List

PZ-CAP

Type Series Details Search Features General purpose Miniaturized High Temp High Ripple Long life Low Z Low ESR AEC-Q200 Rated voltage(Vdc) Capacitance(μF) Category Temperature Range Series
Chip Type CEV

105℃

10,000hours

25~63 33~330 -55~+105 CEV
PEV

105℃

10,000hours

25~80 22~330 -55~+105 PEV
CFV

125℃

4,000hours

25~63 33~330 -55~+125 CFV
PFV

125℃

4,000hours

25~80 22~330 -55~+125 PFV
PJV

125℃

4,000hours,
High Capacitance

25~63 47~820 -55~+125 PJV
PHV

135℃

4,000hours

25~63 33~560 -55~+135 PHV
PSV

135℃

3,000hours,
Low ESR, High Ripple Current

25~63 33~330 -55~+135 PSV
PLV

150℃

1,000hours

25~63 33~270 -55~+150 PLV
Radial Lead Type CZE

105℃

10,000hours

25~63 33~330 -55~+105 CZE
PZE

105℃

10,000hours

25~80 22~330 -55~+105 PZE
CZF

125℃

4,000hours

25~63 33~330 -55~+125 CZF
PZF

125℃

4,000hours

25~80 22~330 -55~+125 PZF
PZJ

125℃

4,000hours,
High Capacitance

25~63 47~820 -55~+125 PZJ
PZH

135℃

4,000hours

25~63 33~820 -55~+135 PZH
PZS

135℃

3,000hours,
Low ESR, High Ripple Current

25~63 33~330 -55~+135 PZS
PZL

150℃

1,000hours

25~63 33~270 -55~+150 PZL

Series Chart

Issues by Application and Solution Case

Case.1 Inverter DC LINK capacitor (for automotive)

Case.2 Power Supply DC / DC Input/Output Capacitor

Case.3 USB-PD Power Supply 20V Output Capacitor

Case.4 DC link capacitor for Cordless Vacuum Cleaner

Case.5 5G Base Station DC / DC Input / Output Capacitor

Case.6 Server Power Supply (DC) 24, 48V Output Capacitor

FAQ

Which is the failure mode of PZ-CAP?

It is open mode.
However if excessive voltage, excessive ripple current or reverse voltage is applied to the capacitor, the capacitor may short-circuit. It is the same as for non-solid electrolytic capacitor.

Is voltage derating necessary?

It is no need of voltage derating for PZ-CAP.
You can apply up to the rated voltage within the specified condition.

How long is the life of PZ-CAP?

The life of PZ-CAP depends on operating temperature and heating with ripple current.
Some item is different from the electrolyte type of life estimation.
Please consult us for the detail.