Panasonic 470 μF Surface Polymer Capacitor, 25V dc

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Verpakkingsopties
RS-stocknr.:
434-049
Fabrikantnummer:
EEHZL1E471P
Fabrikant:
Panasonic
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Merk

Panasonic

Product Type

Polymer Capacitor

Technology

Hybrid

Capacitance

470μF

Voltage

25V dc

Mount Type

Surface

Package/Case

SMD

Polarity

Polar

Lead Pitch

3.1mm

Tolerance

± 20 %

Maximum Operating Temperature

135°C

Dimensions

8 x 10.2 mm

Length

10.2mm

Height

10.2mm

Series

ZL

Electrolyte Type

Hybrid Aluminium Electrolytic

Dissipation Factor

0.14%

Automotive Standard

AEC-Q200

Lifetime

4000 h

Diameter

8mm

Anti Vibration

No

Leakage Current

117.5μA

Ripple Current

3A

Minimum Operating Temperature

-55°C

Land van herkomst:
JP

Panasonic Series ZL Polymer Capacitor, 470 μF Capacitance, 25V Voltage - EEHZL1E471P


This polymer capacitor is a high-performance component designed for Advanced electronic applications. With a capacitance of 470μF and a voltage rating of 25 V DC, it features a Compact size of 8 x 10.2mm. Its hybrid technology, utilising a conductive polymer hybrid aluminium dielectric, ensures effective performance across various environments, making it an Ideal choice for automation and automotive industries.

Features & Benefits


• Offers a capacitance of 470μF for efficient energy storage
• Designed for surface mount applications to optimise space
• Operates effectively within a temperature range of -55°C to +135°C
• Features low leakage current of 117.5μA for energy efficiency
• Meets the AEC-Q200 automotive standard for reliability
• Supports a ripple current of 3 Arms for stable performance

Applications


• Used in automotive electronics for reliable power management
• Suitable for surface-mounted circuit designs in Compact devices
• Ideal for requiring high temperature tolerance
• Effective in power supply systems for stable energy delivery

What advantages does this type of capacitor offer in terms of longevity?


With a lifetime rating of 4000 hours, it provides significant operational durability, reducing the need for frequent replacements in electronic applications.

How does the hybrid design influence performance?


The hybrid technology enhances capacitance stability and improves performance under varying conditions, making it suitable for demanding environments.

What considerations should be taken into account when integrating this component?


When integrating, ensure compliance with the specified voltage and temperature ratings to prevent failure during operation.

How does its low leakage current benefit circuit efficiency?


The low leakage current contributes to overall energy efficiency, minimising power loss and improving the performance of power-sensitive applications.

In what situations would the polarised nature of this capacitor be critical?


The polarised design necessitates correct orientation in circuits

incorrect placement could lead to circuit failure, particularly in power supply applications.

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