Murata 10nF MLCC, 50V dc V, ±10% , SMD
Documentos Técnicos
Especificações
Brand
MurataCapacitance
10nF
Voltage
50V dc
Package/Case
0402 (1005M)
Mounting Type
Surface Mount
Dielectric
X7R
Tolerance
±10%
Automotive Standard
AEC-Q200
Series
GCM
Maximum Operating Temperature
+125°C
Minimum Operating Temperature
-55°C
Detalhes do produto
Murata GCM Automotive 0402 Series
Murata GCM 0402 series ceramic capacitors are high dielectric in a small size with a high capacitance value. The Monolithic chip capacitors are available in COG temperature coefficients, have no polarity and offer a higher resistance of solder leaching thanks to the Ni – barriered termination.
The GCM monolithic chip capacitors are part of the Murata automotive rated capacitors. These ceramic capacitors offer excellent pulse responsibility and noise reduction due to their low impedance at high frequency.
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R$ 0,17
Each (In a Pack of 200) (Sem VAT)
Padrão
200
R$ 0,17
Each (In a Pack of 200) (Sem VAT)
Padrão
200
Comprar em grandes quantidades
| Quantidade | Preço unitário | Per Pacote |
|---|---|---|
| 200 - 1800 | R$ 0,17 | R$ 34,00 |
| 2000 - 3800 | R$ 0,08 | R$ 16,00 |
| 4000 - 9800 | R$ 0,08 | R$ 16,00 |
| 10000 - 19800 | R$ 0,08 | R$ 16,00 |
| 20000+ | R$ 0,08 | R$ 16,00 |
Documentos Técnicos
Especificações
Brand
MurataCapacitance
10nF
Voltage
50V dc
Package/Case
0402 (1005M)
Mounting Type
Surface Mount
Dielectric
X7R
Tolerance
±10%
Automotive Standard
AEC-Q200
Series
GCM
Maximum Operating Temperature
+125°C
Minimum Operating Temperature
-55°C
Detalhes do produto
Murata GCM Automotive 0402 Series
Murata GCM 0402 series ceramic capacitors are high dielectric in a small size with a high capacitance value. The Monolithic chip capacitors are available in COG temperature coefficients, have no polarity and offer a higher resistance of solder leaching thanks to the Ni – barriered termination.
The GCM monolithic chip capacitors are part of the Murata automotive rated capacitors. These ceramic capacitors offer excellent pulse responsibility and noise reduction due to their low impedance at high frequency.