QB1111 Series

Catalog

THERMAL CONDUCTOR Q-BRIDGE

Part	Outline Width	Outline Length	Shape	Thickness	Usage	Thermal Conductivity (Value 2)	Thermal Conductivity (Value 1)	Thermal Resistivity (Value 1)	Thermal Resistivity (Value 2)	Material	Type
KYOCERA AVX QB1111B40WYT	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Beryllium Oxide	Thermal Bridge Jumper
KYOCERA AVX QB1111A40WYT	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Aluminum Nitride	Thermal Bridge Jumper
KYOCERA AVX QB1111A40EST	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Aluminum Nitride	Thermal Bridge Jumper
$QB1111A40EST\500$ KYOCERA AVX QB1111A40EST\500	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Aluminum Nitride	Thermal Bridge Jumper
KYOCERA AVX QB1111A40ESC	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Aluminum Nitride	Thermal Bridge Jumper
$QB1111B40EST\500$ KYOCERA AVX QB1111B40EST\500	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Beryllium Oxide	Thermal Bridge Jumper
KYOCERA AVX QB1111A40WYS	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Aluminum Nitride	Thermal Bridge Jumper
KYOCERA AVX QB1111B40ESC	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Beryllium Oxide	Thermal Bridge Jumper
KYOCERA AVX QB1111A40ESS	1.27 mm	1.27 mm	Square	0.0402 in	Heat Transfer	340 W/m-K	153 W/m-K	4 °C/W	7 °C/W	Aluminum Nitride	Thermal Bridge Jumper