QB2010 Series

Catalog

THERMAL CONDUCTOR Q-BRIDGE

Part	Thermal Conductivity	Thermal Resistivity	Thickness	Thickness	Shape	Material	Outline [x]	Outline [y]	Type	Usage
KYOCERA AVX QB2010A60WSS	100 W/m-K 159 W/m-K	6 °C/W 10 °C/W	1.52 mm	0.0598 "	Rectangular	Aluminum Nitride	4.95 mm	2.41 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60EST	100 W/m-K 159 W/m-K	6 °C/W 10 °C/W	1.52 mm	0.0598 "	Rectangular	Aluminum Nitride	4.95 mm	2.41 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60ESS	100 W/m-K 159 W/m-K	6 °C/W 10 °C/W	1.52 mm	0.0598 "	Rectangular	Aluminum Nitride	4.95 mm	2.41 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010B60WSC	100 W/m-K 159 W/m-K	6 °C/W 10 °C/W	1.52 mm	0.0598 "	Rectangular	Beryllium Oxide	4.95 mm	2.41 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60WST	100 W/m-K 159 W/m-K	6 °C/W 10 °C/W	1.52 mm	0.0598 "	Rectangular	Aluminum Nitride	4.95 mm	2.41 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010B60ESS	100 W/m-K 159 W/m-K	6 °C/W 10 °C/W	1.52 mm	0.0598 "	Rectangular	Beryllium Oxide	4.95 mm	2.41 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60ESC	100 W/m-K 159 W/m-K	6 °C/W 10 °C/W	1.52 mm	0.0598 "	Rectangular	Aluminum Nitride	4.95 mm	2.41 mm	Thermal Bridge Jumper	Heat Transfer