Panasonic 4.7μF Surface Mount Polymer Capacitor, 10V dc

Subtotal (1 reel of 2000 units)*

£642.00

(exc. VAT)

£770.00

(inc. VAT)

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2000 +£0.321£642.00

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RS Stock No.:
172-4529
Mfr. Part No.:
10SVP4R7M
Brand:
Panasonic
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Brand

Panasonic

Technology

Polymer

Capacitance

4.7µF

Voltage

10V dc

Mounting Type

Surface Mount

Equivalent Series Resistance

240mΩ

Lead Pitch

1mm

Tolerance

±20%

Length

5.4mm

Maximum Operating Temperature

+105°C

Height

5.4mm

Dimensions

4 (Dia) x 5.4mm

Series

SVP

Electrolyte Type

Solid

Minimum Operating Temperature

-55°C

Leakage Current

23.5 μA

Diameter

4mm

Polarised

Polar

Ripple Current

670mA

Lifetime

2000h

Dissipation Factor

8%

COO (Country of Origin):
JP

Panasonic Series SVP Polymer Capacitor, 4.7μF Capacitance, 10V DC Voltage - 10SVP4R7M


This polymer capacitor is a highly efficient surface mount component designed for various electronic applications. With a capacitance of 4.7 μF and a voltage rating of 10V DC, its compact dimensions of 4mm in diameter and 5.4mm in height allow for versatile use in confined spaces. The solid electrolyte technology enhances performance, making it suitable for environments requiring high durability.

Features & Benefits


• Low equivalent series resistance (240 mΩ) improves efficiency
• High temperature tolerance up to +105 °C for reliable operation
• Polarised design optimises performance in specific applications
• Minimal leakage current (23.5 μA) enhances circuit reliability
• Long lifetime of 2000 hours ensures consistent functionality
• Tolerance of ±20% facilitates ease in circuit design

Applications


• Used in automotive electronics for improved reliability
• Suitable for high-frequency switching power supplies
• Utilised in consumer electronics to ensure stability
• Employed in automation equipment for optimal performance
• Ideal for compact designs where space is limited

What enables the long lifetime of this component in demanding applications?


The combination of solid electrolyte technology and durable materials contributes to a longevity of 2000 hours, ensuring it performs efficiently even in high-stress environments.

How does the low equivalent series resistance (ESR) impact device performance?


A low ESR reduces energy loss during operation, enhancing overall efficiency and thermal management, which is critical in high-density applications.

In what ways does the polarised feature affect circuit design?


The polarised design ensures correct alignment within circuits, minimising the risk of malfunction and maintaining optimal operational stability, especially where specific voltage requirements are present.