MSASL06 Series

Catalog

CAP CERAMIC 0.22UF 10V X6S 10% PAD SMD 0201 105°C T/R

Part	Operating Temperature [Min]	Operating Temperature [Max]	Capacitance	Size / Dimension [y]	Size / Dimension [x]	Size / Dimension [y]	Size / Dimension [x]	Temperature Coefficient	Applications	Mounting Type	Package / Case	Package / Case	Thickness (Max)	Thickness (Max) [Max]	Voltage - Rated	Tolerance	Thickness (Max) [Max]
Taiyo Yuden MSASL063SC6224KFNA01	-55 C	105 ░C	0.22 µF	0.012 in	0.024 in	0.3 mm	0.6 mm	X6S	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201	0.33 mm	0.013 "	10 V	10 %
Taiyo Yuden MSASL063SB5473MFNA01	-55 C	85 °C		0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201	0.33 mm	0.013 "	10 V	20 %
Taiyo Yuden MSASL063BB5105MFNB33	-55 C	85 °C	1 µF	0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201		0.015 in	10 V	20 %	0.39 mm
Taiyo Yuden MSASL063SC6104MFNA01	-55 C	105 ░C	100000 pF	0.012 in	0.024 in	0.3 mm	0.6 mm	X6S	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201	0.33 mm	0.013 "	10 V	20 %
Taiyo Yuden MSASL063BB5474MFNB33	-55 C	85 °C	0.47 µF	0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201		0.015 in	10 V	20 %	0.39 mm
Taiyo Yuden MSASL063SB5683MFNA01	-55 C	85 °C	0.068 µF	0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201	0.33 mm	0.013 "	10 V	20 %
Taiyo Yuden MSASL063SB5223MFNA01	-55 C	85 °C	0.022 µF	0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201	0.33 mm	0.013 "	10 V	20 %
Taiyo Yuden MSASL063SB5333KFNA01	-55 C	85 °C	0.033 çF	0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201	0.33 mm	0.013 "	10 V	10 %
Taiyo Yuden MSASL063BB5474KFNB33	-55 C	85 °C	0.47 µF	0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201		0.015 in	10 V	10 %	0.39 mm
Taiyo Yuden MSASL063SB5224MFNA01	-55 C	85 °C	0.22 µF	0.012 in	0.024 in	0.3 mm	0.6 mm	X5R	SMPS Filtering	MLCC Surface Mount	0603 Metric	0201	0.33 mm	0.013 "	10 V	20 %