Panasonic 120 μF Polymer Capacitor, 10 V dc

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Subtotal (1 pack of 5 units)*

₩12,483.20

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  • 2027년 5월 31일 부터 배송
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한팩당
한팩당*
5 - 245₩2,496.64₩12,483.20
250 - 495₩2,440.24₩12,201.20
500 +₩2,387.60₩11,938.00

* 참고 가격: 실제 구매가격과 다를 수 있습니다

RS 제품 번호:
795-5171
제조사 부품 번호:
10SVPC120MV
제조업체:
Panasonic
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브랜드

Panasonic

Product Type

Polymer Capacitor

Technology

Polymer

Capacitance

120μF

Voltage

10 V dc

Lead Pitch

2.1mm

Tolerance

±20 %

Maximum Operating Temperature

105°C

Dimensions

6.3 (Dia) x 5.9 mm

Length

5.9mm

Series

SVPC

Height

5.9mm

Electrolyte Type

Solid

Ripple Current

2.32A

Leakage Current

300μA

Diameter

6.3 mm

Lifetime

2000 h

Dissipation Factor

12%

Minimum Operating Temperature

-55°C

Panasonic SVPC Series Polymer Capacitor, 120μF Capacitance, 10V DC Voltage - 10SVPC120M


This polymer capacitor is designed for surface mounting, providing robust performance in electronic applications. With a capacitance of 120 μF and an operating voltage of 10V DC, it maintains stability across a range of conditions. Its compact dimensions of 6.3mm in diameter and 5.9mm in height ensure it fits snugly onto circuit boards, making it a versatile choice for various devices.

Features & Benefits


• Solid electrolyte technology enhances reliability and performance

• Low equivalent series resistance of 27 mΩ improves efficiency

• Wide operational temperature range from -55°C to +105°C

• Tolerance of ±20% ensures reliable performance under varying conditions

• Minimal leakage current of 300 μA supports long-term operation

• Designed for surface mounting to optimise space on PCBs

Applications


• Used in automation systems for efficient electronic control

• Ideal for circuit design in consumer electronics

• Suitable for power supply systems requiring stable capacitance

• Utilised in mechanical devices needing compact, reliable components

What benefits does solid electrolyte technology provide in practical applications?


The solid electrolyte ensures increased reliability and reduces the risk of leakage, making it suitable for long-term use in various electronic circuits.

How does the low equivalent series resistance impact performance?


A low equivalent series resistance allows for improved energy efficiency, with minimal power loss during operation, enhancing the overall performance of electronic devices.

What are the implications of the wide operational temperature range for usage?


The wide temperature range enables this component to function effectively in environments that experience extreme temperatures, ensuring consistent performance across various applications.

What specific challenges can this component help address in automation systems?


Its stability under varying conditions and low leakage current make it ideal for maintaining consistent functionality in automation systems, reducing the risks of component failure.

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