QB3737A60WST\500

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Kyocera AVX

THERMAL CONDUCTOR Q-BRIDGE

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Kyocera AVX

THERMAL CONDUCTOR Q-BRIDGE

Technical Specifications

Parameters and characteristics for this part

Part	Thermal Resistivity	Material	Outline [y]	Outline [x]	Thermal Conductivity	Thickness	Thickness	Type	Usage
Kyocera AVX QB3737B60WST	3 °C/W 4 °C/W	Beryllium Oxide	9.53 mm	9.27 mm	240 W/m-K 380 W/m-K	0.0598 in	1.52 mm	Thermal Bridge Jumper	Heat Transfer
Kyocera AVX QB3737B60EST\500	3 °C/W 4 °C/W	Beryllium Oxide	9.53 mm	9.27 mm	240 W/m-K 380 W/m-K	0.0598 in	1.52 mm	Thermal Bridge Jumper	Heat Transfer
Kyocera AVX QB3737B60WSS	3 °C/W 4 °C/W	Beryllium Oxide	9.53 mm	9.27 mm	240 W/m-K 380 W/m-K	0.0598 in	1.52 mm	Thermal Bridge Jumper	Heat Transfer
Kyocera AVX QB3737A60WST\500	3 °C/W 4 °C/W	Aluminum Nitride	9.53 mm	9.27 mm	240 W/m-K 380 W/m-K	0.0598 in	1.52 mm	Thermal Bridge Jumper	Heat Transfer
Kyocera AVX QB3737A60WSS	3 °C/W 4 °C/W	Aluminum Nitride	9.53 mm	9.27 mm	240 W/m-K 380 W/m-K	0.0598 in	1.52 mm	Thermal Bridge Jumper	Heat Transfer
Kyocera AVX QB3737A60EST	3 °C/W 4 °C/W	Aluminum Nitride	9.53 mm	9.27 mm	240 W/m-K 380 W/m-K	0.0598 in	1.52 mm	Thermal Bridge Jumper	Heat Transfer

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

General part information

Thermal Pad 9.27mm x 9.53mm

Technical documentation and resources

No documents available