Surface Mount Aluminum Electrolytic Capacitor Components

The Chinsan CED1V470MCB6358 is a cost-effective SMD aluminum electrolytic capacitor designed for energy storage and filtering in consumer and automotive electronics. It offers 470 µF capacitance at 35V DC with ROHS compliance, making it suitable for basic filtering in power supplies and signal processing. However, its performance is constrained by the 85°C maximum operating temperature and limited ESR, limiting its use in high-temperature or high-frequency applications.

The CHJ1J221MCB12D5F2 SMD aluminum electrolytic capacitor provides 22μF capacitance at 12V with RoHS compliance, optimized for power filtering in compact electronics. Its 0.5A current limit and ±20% tolerance suit basic power regulation but require careful thermal management. Applications include motor drives and inverters when paired with proper heat dissipation. Cost efficiency is a key strength at $0.7764 per unit for 1000 pieces, though voltage limitations restrict use in higher operating systems.

The C5572784 is a cost-effective SMD aluminum electrolytic capacitor optimized for energy storage and filtering in consumer electronics and motor drive applications. With a 101μF capacitance and low ESR, it supports power supply filtering while maintaining RoHS compliance. Engineers should prioritize thermal management above 85°C and verify voltage compatibility. The product offers competitive pricing at bulk volumes but has voltage limitations and temperature sensitivity requiring careful design consideration.

The Chinsan CED1C471MCB08A5F2 provides a cost-effective SMD aluminum electrolytic solution for filtering and decoupling in consumer electronics and industrial power systems. Its 47µF/50V rating with ROHS compliance makes it suitable for standard voltage regulation, while thermal management requirements necessitate careful PCB layout. The product offers competitive pricing and fast availability but is limited to non-reverse-polarity designs and moderate temperature environments.

The C6529000 SMD aluminum electrolytic capacitor provides robust energy storage and filtering capabilities for power conversion systems, with 8V rating and 105°C operation suitable for automotive and industrial applications. Its cost-efficient design supports mass production while requiring careful thermal management during soldering and operation to prevent derating and failure. The RoHS compliance ensures regulatory compliance in consumer electronics, making it ideal for renewable energy systems and high-power inverters where space efficiency and reliability are critical.

The Chinsan CED1E470MCB6358 is a cost-effective SMD aluminum electrolytic capacitor optimized for power filtering in consumer and industrial applications. With a 470μF rating and 35V operation, it excels in decoupling low-frequency circuits while requiring careful thermal management above 1A. Its RoHS compliance and tolerance of ±20% make it suitable for eco-friendly electronics but lacks performance at high frequencies. Engineers should prioritize proper PCB layout and heatsinking to mitigate thermal risks, particularly in automotive and motor-driven systems.

The Chinsan CTB1E470MCB6358 is a cost-effective SMD aluminum electrolytic capacitor optimized for power filtering in consumer and industrial electronics. With 470μF capacitance and 63V rating, it supports stable voltage regulation in DC-DC converters while maintaining ROHS compliance. Thermal management requires careful heatsink integration above 1W dissipation, and proper soldering at 250-300℃ prevents thermal damage. Ideal for automotive and industrial systems needing extended temperature operation but exhibits higher ESR sensitivity compared to film capacitors.

The Chinsan CED1V101MCB6377F2 is a RoHS-compliant SMD aluminum electrolytic capacitor designed for power conditioning in consumer and industrial electronics. Its 101µF capacitance at 16V with low ESR makes it suitable for decoupling and filtering in DC-DC converters, with extended use cases in renewable energy systems requiring stable energy storage. Critical design parameters include soldering at controlled temperatures, thermal management via copper pours, and avoidance of reverse polarity. While cost-effective for high-volume applications, its voltage limitation and moderate ESR performance require careful system integration.

The Chinsan CTB1E101MCB6377 is a high-capacitance SMD aluminum electrolytic capacitor optimized for power conditioning in temperature-stable environments. Its 16-25V range supports automotive and industrial motor drives while extended use in renewable energy systems benefits from its 10-year reliability. Critical design parameters include maintaining ESR below 50mΩ and implementing star grounding to mitigate thermal runaway risks.

This 47µF/50V SMD aluminum electrolytic capacitor provides reliable filtering in consumer and industrial power systems, with ±20% tolerance and 6.3x7.7mm dimensions. It excels in cost-sensitive applications requiring stable voltage decoupling but is limited by higher tolerance and voltage ceiling compared to ceramic alternatives. Proper thermal management and polarity verification are critical for long-term reliability.

The RV2-16V100MU-R is a 10µF SMD aluminum electrolytic capacitor optimized for power supply filtering in consumer and industrial applications. Its 16V rating and RoHS compliance make it suitable for regulated power systems, while the D4xL5.3mm package ensures compact PCB integration. Critical design considerations include soldering speed control, voltage stability maintenance, and thermal derating above 105°C.

The EMF1CM331FB0D00R is a cost-effective SMD aluminum electrolytic capacitor optimized for power filtering in consumer electronics and industrial systems. With 330uF capacitance and 16V rating, it addresses basic energy storage needs while requiring careful thermal management. Its ±20% tolerance suits non-critical filtering applications, and extended use in renewable energy systems benefits from its moisture-resistant construction. The component offers competitive pricing and reliable availability but lacks precision features for high-end applications.