What is GCM31CC71H475MA03L used for?

MURATA GCM31CC71H475MA03L is a 1206 X7S 50V 4.7UF MLCC capacitor commonly used in Automotive Electronics. Contact Movthing for datasheet and RFQ.

What is the lead time for GCM31CC71H475MA03L?

Standard lead time for MURATA GCM31CC71H475MA03L is 1-2 weeks. Contact Movthing at info@movthing.com for current stock availability and volume pricing. Most inquiries answered within 24 hours.

Is GCM31CC71H475MA03L RoHS compliant?

Yes, MURATA GCM31CC71H475MA03L is RoHS compliant. It comes in 2000 PCS packaging. Request a quote from Movthing for competitive pricing.

MURATA

MURATA

Murata Capacitors GCM31CC71H475MA03L 1206 X7S 50V 4.7UF

Name: Murata Capacitors GCM31CC71H475MA03L 1206 X7S 50V 4.7UF
Brand: MURATA
SKU: GCM31CC71H475MA03L

X7S dielectric provides ±22% capacitance stability over -55°C to +125°C, combining wide temperature range with high capacitance density for demanding power applications. The 1206 (3216 metric) is a power-handling SMD package suitable for AC-DC SMPS filtering, automotive DC-DC converters, LED street light drivers, and EV charger control modules. Commonly used in Automotive Electronics. Typical end-products include ADAS Radar/Camera, BMS Battery Management, OBC On-Board Charger.

Mfr. PartGCM31CC71H475MA03L

Factory PartGCM31CC71H475MA03L

ManufacturerMURATA

Movthing PartGCM31CC71H475MA03L

StatusStock

Package2000 PCS

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Specifications

RoHS	Yes
Applications	automotive
Size	1206
Capacitance	4.7UF
Temperature	X7S
Voltage	50V
Tolerance	±20%
Description	1206 X7S 50V 4.7UF ±20%

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Applications

Automotive Electronics

ADAS Radar/Camera
BMS Battery Management

Browse all Automotive Electronics capacitors →

Real-World Case Study

Automotive AEC-Q200 Compliance

"Automotive-grade MLCCs require AEC-Q200 qualification with full traceability. Commercial-grade components cannot be substituted for automotive parts — doing so risks field failures in ADAS radar/camera modules, BMS battery management, OBC on-board chargers, and EPS electric power steering under temperature cycling (−40°C to +125°C) and mechanical vibration."