Panasonic 100 μF Polymer Capacitor 6.3V dc, POSCAP TPE Series

Panasonic POSCAP TPE Series Polymer Capacitor, 100μF Capacitance, 6.3V Voltage - 6TPE100MPB

This polymer capacitor is a high-performance component designed for surface mount technology applications. With a capacitance of 100 μF and a voltage rating of 6.3V DC, it features Compact dimensions of 3.5 x 2.8 x 1.9mm. This solid electrolyte capacitor is Ideal for meeting the demands of modern electronic designs.

Features & Benefits

• Low equivalent series resistance of 25 mΩ ensures effective power delivery
• Operates efficiently within a temperature range of -55°C to +105°C
• Polarised design maximises performance in specific circuit applications
• Leakage current of just 63 μA enhances reliability in critical systems
• Tolerance of ±20% allows for flexibility in circuit design
• Dissipation factor of 8% minimises undesirable energy loss

Applications

• Utilised in power supply circuits for efficient voltage regulation
• Suitable for automation equipment requiring precise timing
• Commonly used in electronic devices with surface mount technology components
• Ideal for use in automotive electronic systems needing Compact components
• Often employed in telecommunications for stable signal processing

What is the maximum operating temperature for this component?

The maximum operating temperature is +105°C, allowing robust performance in high-temperature environments.

How does its low equivalent series resistance benefit circuit design?

The low equivalent series resistance of 25 mΩ reduces power loss during operation, improving overall circuit efficiency.

What makes this capacitor suitable for use in automotive applications?

Its wide operating temperature range and solid electrolyte design ensure reliable performance under varying climatic and operational conditions in automotive environments.

Can this capacitor be used in high-frequency applications?

Yes, the solid electrolyte construction and low ESR contribute to stable performance in high-frequency circuits, making it suitable for such applications.