KEMET R74NI2220AA00J | 0.022μF PP Film Capacitor for Automotive Electronics
2026-06-11
1. Product Introduction
KEMET is a world-leading manufacturer specializing in high-performance capacitor solutions. Its products are widely used in automotive electronics, industrial control, communication devices and consumer electronics. The R74 series is a line of metallized polypropylene film capacitors featured with high reliability, wide voltage range and excellent pulse performance, suitable for AC and pulse application scenarios.
R74NI2220AA00J is a radial lead metallized polypropylene film capacitor of R74 series, designed for medium and high voltage AC and pulse circuits in electronic lighting, automotive electronics and industrial power supplies. Adopting metallized polypropylene dielectric, it has self-healing property, low loss and high insulation resistance, which makes up for the shortcomings of traditional electrolytic capacitors and ceramic capacitors in high-voltage applications. Users can obtain samples and check real-time inventory of R74NI2220AA00J through SMCC, an authorized distributor of KEMET, to ensure stable supply for R&D and mass production.
2. Technical Parameters
| Parameter Item | Specification | Remarks |
|---|---|---|
| Part Number | R74NI2220AA00J | KEMET original part number |
| Capacitor Type | Metallized Polypropylene (PP) Film Capacitor | Radial lead type, self-healing dielectric |
| Rated Capacitance | 0.022μF (22nF) | J tolerance (±5%) |
| Rated Voltage | 400V AC / 1300V DC | High voltage resistance |
| Operating Temperature Range | -55℃~+105℃ | Works stably in harsh environments |
| Lead Spacing | 22.5mm | 2220 package, through-hole mounting |
| Climatic Category | 55/105/56 | Compliant with IEC 60068-1 |
| Insulation Resistance | ≥100,000 MΩ | Tested at 25℃, 100VDC for 60s |
| Dissipation Factor | ≤0.1% | Tested at 1kHz, 25℃, low loss performance |
| Housing Material | Self-extinguishing solvent-resistant plastic | Compliant with UL 94 V-0 flame retardant standard |
| Automotive Certification | AEC-Q200 | Meets strict requirements for automotive electronics |
| RoHS Status | RoHS Compliant | Lead-free and eco-friendly material |
3. Industry Application Scenarios
3.1 Automotive Electronics (Core Application)
1. Automotive Lighting System: Used as resonance and filter capacitors in ballast circuits of automotive LED headlights and xenon headlights to stabilize power voltage and suppress electromagnetic interference. It also provides transient voltage protection for daytime running light and turn signal modules to extend lamp service life.
2. Automotive Power System: Applied for high-voltage filtering and energy storage in on-board inverters and DC-DC converters to reduce power ripple. It works as balance capacitors in Battery Management System (BMS) to keep voltage consistent among battery cells.
3. Automotive Auxiliary System: Suppresses voltage spikes caused by motor start-stop in Electric Power Steering (EPS) systems. It improves power factor and reduces energy consumption in air conditioner compressor control circuits.
3.2 Industrial Electronics
1. Industrial Power Equipment: Serves as input and output filter capacitors for switching power supplies and UPS systems to suppress grid noise and power interference. It is used for DC bus filtering in inverters and servo drivers to improve power factor and reduce harmonic distortion.
2. Industrial Control & Automation: Acts as coupling and decoupling capacitors in PLC and DCS systems to ensure stable transmission of control signals. It provides transient protection for sensor and actuator interfaces to prevent damage from voltage surges.
3. Lighting Equipment: Used as resonance and start capacitors for fluorescent lamps and LED street lamp ballasts to improve efficiency and service life. Applied in dimming circuits of stage and industrial lighting for smooth brightness adjustment.
3.3 New Energy & Medical Equipment
1. New Energy Equipment: Used for DC bus filtering in solar inverters and wind power control systems to improve power conversion efficiency. Works as high-voltage energy storage capacitors in charging piles to reduce voltage fluctuation during charging.
2. Medical Equipment: Applied as high-voltage filter capacitors in medical imaging devices such as CT and MRI scanners to ensure clear images. Used for power management in portable medical devices to extend battery life and provide stable power supply.
4. Market Outlook
1. Development of Automotive Electronics: The rapid growth of new energy and smart vehicles drives rising demand for high-reliability automotive-grade capacitors.
2. Industrial Automation Upgrade: Industry 4.0 boosts demand for inverters, servo drives and PLCs, expanding the market for medium and high voltage film capacitors.
3. New Energy Development: Continuous installation of solar and wind power generation and construction of charging piles lead to growing demand for high-voltage and high-stability capacitors.
4. 5G & Data Center Construction: 5G base stations and data centers have higher requirements for power system reliability, promoting the application of high-performance film capacitors.
5. Supply Chain Services
R74NI2220AA00J is a representative product of KEMET R74 series metallized polypropylene film capacitors. With high voltage resistance, wide temperature adaptability and self-healing dielectric, it has broad applications in automotive electronics, industrial control and new energy industries. As an authorized distributor of KEMET, SMCC provides stable inventory supply, professional technical support and alternative component recommendations to accelerate customers' product launch and market expansion.
For more information about R74NI2220AA00J, please visit the official website of KEMET or consult SMCC, the professional electronic component distributor.
-
Founded in 1977 and headquartered in Taiwan, China, Yageo (Stock Code: 2327.TW) is a world-leading comprehensive solution provider for passive electronic components, and the first listed passive component enterprise in Taiwan.
-
Molex LLC was founded in 1938 by Frederick August Krehbiel in Brookfield, Illinois, USA, and its headquarters is currently located in Lisle, Illinois.
-
As AI model training, cloud computing, and multi-task processing become increasingly central to the digital economy, DRAM has emerged as a critical component defining system performance, computing capacity, and responsiveness.
-
TE Connectivity (NYSE: TEL), formerly Tyco Electronics, renamed officially to TE Connectivity in 2011, is a global leader in connectivity and sensor solutions.
