QB2010 Series

Catalog

THERMAL CONDUCTOR Q-BRIDGE

Part	Thermal Conductivity (Value 1)	Thermal Conductivity (Value 2)	Thermal Resistivity (Value 2)	Thermal Resistivity (Value 1)	Thickness	Shape	Material	Outline Width	Outline Length	Type	Usage
KYOCERA AVX QB2010A60WSS	100 W/m-K	159 W/m-K	10 °C/W	6 °C/W	0.0598 in	Rectangular	Aluminum Nitride	2.41 mm	4.95 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60EST	100 W/m-K	159 W/m-K	10 °C/W	6 °C/W	0.0598 in	Rectangular	Aluminum Nitride	2.41 mm	4.95 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60ESS	100 W/m-K	159 W/m-K	10 °C/W	6 °C/W	0.0598 in	Rectangular	Aluminum Nitride	2.41 mm	4.95 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010B60WSC	100 W/m-K	159 W/m-K	10 °C/W	6 °C/W	0.0598 in	Rectangular	Beryllium Oxide	2.41 mm	4.95 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60WST	100 W/m-K	159 W/m-K	10 °C/W	6 °C/W	0.0598 in	Rectangular	Aluminum Nitride	2.41 mm	4.95 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010B60ESS	100 W/m-K	159 W/m-K	10 °C/W	6 °C/W	0.0598 in	Rectangular	Beryllium Oxide	2.41 mm	4.95 mm	Thermal Bridge Jumper	Heat Transfer
KYOCERA AVX QB2010A60ESC	100 W/m-K	159 W/m-K	10 °C/W	6 °C/W	0.0598 in	Rectangular	Aluminum Nitride	2.41 mm	4.95 mm	Thermal Bridge Jumper	Heat Transfer