Model No: GRM31CC80G227ME11L
Murata Electronics GRM31CC80G227ME11L
Manufacturer: Murata Electronics
SEMICON NO.: GRM31CC80G227ME11L
Package: 1206 (3216 Metric)
Stock: In stock
Description: 220 µF ±20% 4V Ceramic Capacitor
SEMICON NO.: GRM31CC80G227ME11L
Package: 1206 (3216 Metric)
Stock: In stock
Description: 220 µF ±20% 4V Ceramic Capacitor
Quantity :
| Mfr | Murata Electronics |
| Series | GRM Series |
| Device Type | Multilayer Ceramic Chip Capacitor (MLCC) |
| Application / Grade | General Purpose |
| Capacitance | 220 µF |
| Capacitance Tolerance | ±20% |
| Rated Voltage | 4 Vdc |
| Temperature Coefficient / Dielectric | X6S (EIA Class 2) |
| Capacitance Change Rate | ±22.0% |
| Operating Temperature | -55°C to +105°C |
| Package | 1206 (3216 Metric) |
| Mounting Type | Surface Mount |
| Compliance | RoHS Compliant |
GRM31CC80G227ME11L 220 µF 4 V X6S 1206 MLCC, Murata GRM Series
The GRM31CC80G227ME11L is a multi-layer ceramic capacitor (MLCC) from Murata's general-purpose GRM series, built in a 1206 imperial (3216 metric) SMD footprint and engineered for low-voltage, high-capacitance decoupling where bulky tantalums or polymer electrolytics cannot fit. The 4 V rating carries a derating curve (effectively 2–2.5 V recommended max operating bias per Murata's mobile-app note) that designers must respect rather than treating as a full 4 V working-cap.
Because 220 µF in 1206 X6S only works reliably at ≤2 V bias before DC-bias collapse, the GRM31CC80G227ME11L is positioned by Murata almost exclusively for mobile-device PMIC output bulk, AP/SoC core-rail decoupling, LPDDR4/5 VDDQ hold-up, RF PA local reservoir on 1.8 V / 2.5 V / 3.3 V mobile sub-rails, and wearable/bluetooth-module power-tree smoothing where the rail never runs near 4 V and the BOM wants to delete a 6.3 V tantalum. It is notsuitable for 5 V/12 V general SMPS bulk — at 4 V rating + derating, there's no headroom, and DC bias would leave <10 % effective C anyway.
Alternative MLCC Parts
● CL31X6S0G227 (Samsung Electro-Mechanics, CL series) — 1206 220 µF 4 V X6S ±20 % commercial-grade P2P alternative from Samsung's CL line, commonly evaluated when Murata allocation tightens in mobile/consumer builds.
● CGA6M2X6S0G227J (TDK, CGA automotive series) — 1206 220 µF 4 V X6S ±20 % AEC-Q200 qualified, the go-to upgrade when the mobile-only GRM31 can't be used in automotive infotainment or cluster bulk-decoup lanes.
● CC1206KKX6S0G227 (Yageo) — 1206 220 µF 4 V X6S ±20 % Taiwan-supply commercial alternative, frequent second-source in APAC mobile/tablet PMIC BOMs alongside Murata GRM.
● GCM31CC80G227ME11L (Murata, GCM automotive line) — 1206 220 µF 4 V X6S ±20 % AEC-Q200 with same footprint/electricals as the GRM31 mobile part, drop-in for any design migrating from mobile-only to automotive compliance without PCB change.
The GRM31CC80G227ME11L is a multi-layer ceramic capacitor (MLCC) from Murata's general-purpose GRM series, built in a 1206 imperial (3216 metric) SMD footprint and engineered for low-voltage, high-capacitance decoupling where bulky tantalums or polymer electrolytics cannot fit. The 4 V rating carries a derating curve (effectively 2–2.5 V recommended max operating bias per Murata's mobile-app note) that designers must respect rather than treating as a full 4 V working-cap.
Because 220 µF in 1206 X6S only works reliably at ≤2 V bias before DC-bias collapse, the GRM31CC80G227ME11L is positioned by Murata almost exclusively for mobile-device PMIC output bulk, AP/SoC core-rail decoupling, LPDDR4/5 VDDQ hold-up, RF PA local reservoir on 1.8 V / 2.5 V / 3.3 V mobile sub-rails, and wearable/bluetooth-module power-tree smoothing where the rail never runs near 4 V and the BOM wants to delete a 6.3 V tantalum. It is notsuitable for 5 V/12 V general SMPS bulk — at 4 V rating + derating, there's no headroom, and DC bias would leave <10 % effective C anyway.
Alternative MLCC Parts
● CL31X6S0G227 (Samsung Electro-Mechanics, CL series) — 1206 220 µF 4 V X6S ±20 % commercial-grade P2P alternative from Samsung's CL line, commonly evaluated when Murata allocation tightens in mobile/consumer builds.
● CGA6M2X6S0G227J (TDK, CGA automotive series) — 1206 220 µF 4 V X6S ±20 % AEC-Q200 qualified, the go-to upgrade when the mobile-only GRM31 can't be used in automotive infotainment or cluster bulk-decoup lanes.
● CC1206KKX6S0G227 (Yageo) — 1206 220 µF 4 V X6S ±20 % Taiwan-supply commercial alternative, frequent second-source in APAC mobile/tablet PMIC BOMs alongside Murata GRM.
● GCM31CC80G227ME11L (Murata, GCM automotive line) — 1206 220 µF 4 V X6S ±20 % AEC-Q200 with same footprint/electricals as the GRM31 mobile part, drop-in for any design migrating from mobile-only to automotive compliance without PCB change.
