Panasonic 1000 μF Aluminium Electrolytic Capacitor 25V dc, Surface Solder - EEEFT1E102UP 500

Panasonic Series FT Aluminium Electrolytic Capacitor, 1000μF Capacitance, 25V DC Voltage - EEEFT1E102UP

This aluminium electrolytic capacitor is a VITAL component within electronic circuits, designed specifically for surface mount applications. With a Compact size of 10mm in diameter and a height of 10.2mm, it occupies minimal space while offering robust performance under a wide temperature range of -55 °C to +105 °C. Its reliable specifications make it an Ideal choice for various electronic applications.

Features & Benefits

• Delivers a capacitance of 1000 μF for stable energy storage
• Rated at 25V DC for operating reliability
• Features low ESR of 60 mΩ for reduced power loss
• Provides a ripple current rating of 1190 mArms for consistent operation
• Ensures a lifetime of up to 2000 hours
• Complies with AEC-Q200 standards for automotive applications

Applications

• Used for power supply decoupling in circuit boards
• Suitable for filtering in motor drives
• Utilised in signal coupling and bypassing
• Ideal for automotive electronics requiring AEC-Q200 compliance

What temperature range can this component withstand in operation?

This component operates effectively between -55 °C and +105 °C, making it suitable for various environments.

How does the low ESR benefit circuit performance?

The low equivalent series resistance minimises energy loss, enhancing overall circuit efficiency and reliability.

What are the implications of the capacitor’s ripple current rating?

With a ripple current rating of 1190 mArms, it can handle significant fluctuations in current, maintaining stable performance under dynamic loads.

What does AEC-Q200 compliance signify for this capacitor?

AEC-Q200 compliance indicates that this capacitor meets stringent automotive standards, ensuring reliability in critical applications.

How does the polarised design affect its implementation in circuits?

The polarised design ensures correct orientation in circuits, preventing misapplication and guaranteeing optimal performance.