Interpretation of Murata ordinary chip capacitor part number
| Product ID | Product Series | Size | Thickness | Material | Voltage | Capacity | Accuracy | Specification Code | Package Code |
|---|
| GR | M | 18 | 8 | B1 | 1H | 102 | K | A01 | D |
size
| Code | Length and Width(mm/mm) | Inch(in) |
|---|
| 01 | 0.25x0.125mm | 008004 |
| 02 | 0.4x0.2mm | 01005 |
| 0D | 0.38x0.38mm | 015015 |
| MD | 0.5x0.25mm | 015008 |
| 03 | 0.6x0.3mm | 0201 |
| 05 | 0.5x0.5mm | 0202 |
| 08 | 0.8x0.8mm | 0303 |
| 1U | 0.6x1.0mm | 02404 |
| 15 | 1.0x0.5mm | 0402 |
| 18 | 1.6x0.8mm | 0603 |
| JN | 1.8x1.0mm | 0704 |
| 21 | 2.0x1.25mm | 0805 |
| 21 | 2.4x1.65mm (ZRA Only) | - |
| 22 | 2.8x2.8mm | 1111 |
| 31 | 3.2x1.6mm | 1206 |
| 32 | 3.2x2.5mm | 1210 |
| 42 | 4.5x2.0mm | 1808 |
| 43 | 4.5x3.2mm | 1812 |
| 52 | 5.7x2.8mm | 2211 |
| 55 | 5.7x5.0mm | 2220 |
thickness
| Code | Description |
|---|
| 1 | 0.125mm |
| 2 | 0.2mm |
| 3 | 0.3mm |
| 4 | 0.4mm |
| 5 | 0.5mm |
| 6 | 0.6mm |
| 7 | 0.7mm |
| 8 | 0.8mm |
| 9 | 0.85mm |
| A | 1.0mm |
| B | 1.25mm |
| C | 1.6mm |
| D | 2.0mm |
| E | 2.5mm |
| M | 1.15mm |
| Q | 1.5mm |
| T | 0.18mm |
| X | Depends on individual cases |
| Y | 0.135mm |
| E | 1.8mm |
| F | 1.9mm |
| K | 2.7mm |
| L | 2.8mm |
| R | 3.6mm |
| Q | 3.7mm |
| T | 4.8mm |
| V | 6.2mm |
| W | 6.4mm |
material
| Code | Material | Temperature | Temperature |
|---|
| 1C | CG | 20 ~ 125°C | 0±30ppm/°C |
| 1X | SL | 20 ~ 85°C | +350 to –1000ppm/°C |
| 2C | CH | 20 ~ 125°C | 0±60ppm/°C |
| 3C | CJ | 20 ~ 125°C | 0±120ppm/°C |
| 3U | UJ | 20 ~ 85°C | –750±120ppm/°C |
| 4C | CK | 20 ~ 125°C | 0±250ppm/°C |
| 5C | C0G | 25 ~ 125°C | 0±30ppm/°C |
| 5G | X8G | 25 ~ 150°C | 0±30ppm/°C |
| 7U | U2J | 25 ~ 125°C *3 | –750±120ppm/°C |
| B1 | B*1 | –25 ~ 85°C | ±10% |
| B3 | B | –25 ~ 85°C | ±10% |
| C6 | X5S | –55 ~ 85°C | ±22% |
| C7 | X7S | –55 ~ 125°C | ±22% |
| C8 | X6S | –55 ~ 105°C | ±22% |
| D7 | X7T | –55 ~ 125°C | +22%, –33% |
| D8 | X6T | –55 ~ 105°C | +22%, –33% |
| E7 | X7U | –55 ~ 125°C | +22%, –56% |
| R1 | R*1 | –55 ~ 125°C | ±15% |
| R6 | X5R | –55 ~ 85°C | ±15% |
| R7 | X7R | –55 ~ 125°C | ±15% |
| R8 | R*1 | –25 ~ 85°C | ±15% |
| Z7 | X7R | –55 ~ 125°C | ±15% *5 |
Voltage
| Code | Description |
|---|
| 0E | 2.5Vdc |
| 0G | 4Vdc |
| 0J | 6.3Vdc |
| 1A | 10Vdc |
| 1C | 16Vdc |
| 1E | 25Vdc |
| 1H | 50Vdc |
| 1J | 63Vdc |
| 2A | 100Vdc |
| 2D | 200Vdc |
| 2E | 250Vdc |
| 2W | 450Vdc |
| 2H | 500Vdc |
| 2J | 630Vdc |
| 3A | 1kVdc |
| 3B | 1.25kVdc |
| 3D | 2kVdc |
| 3F | 3.15kVdc |
| E2 | 250Vac |
| GB | X2: 250Vac (safety capacitor) |
| GD | 250Vac (safety capacitor) |
| GF | X1: 250Vac/Y2: 250Vac (safety capacitor) |
| YA | 35Vdc |
capacity
Capacitance is represented by a three-digit code in picofarads
(pF). The first and second digits identify the first and second significant digits
of capacitance. The third digit identifies the multiplier. R means a
decimal point.
Example: 0R2 = 0.2pF; 103 = 10,000pF; 105 = 1,000,000pF = 1000nF = 1μF
Precision
| Code | Description |
|---|
| B | ± 0.10 pF |
| C | ± 0.25 pF |
| D | ± 0.50 pF |
| F | ±1% |
| G | ±2% |
| J | ±5% |
| K | ±10% |
| M | ±20% |
| R | Depends on individual cases |
| W | ±0.05 pF |
specification code
Generally represented by three digits (except LLR)
wrapper code
| Code | Description |
|---|
| L | ø180mm plastic tape packaging |
| D/E/W | ø180mm paper tape packaging |
| K | ø330mm plastic tape packaging |
| J/F | ø330mm paper tape packaging |
| T | Bulk Tray |
