QB3737B60WSS

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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

Distributor	Package	Quantity	$

Digikey	Strip	25	$ 0.14

General part information

Thermal Pad 9.27mm x 9.53mm

Technical documentation and resources

No documents available