Learn how to route heat away from compact camera modules with graphite sheet while protecting the lens, image sensor, autofocus and stabilization actuators, flex circuits, and precision clearances.
See how graphite sheet can spread localized heat in tablets and large displays, where to place it around the board, battery, and backplane, and how to validate touch temperature, interfaces, and assembly fit.
How Graphite Sheet Helps Control Heat in Tablet and Large-Display Assemblies Keep Reading »
Learn when graphite sheet should be paired with copper or aluminum, how to assign each layer a thermal or mechanical job, and how to validate interfaces, insulation, tolerances, and production fit.
How to Combine Graphite Sheet With Copper or Aluminum in a Thermal Stack Keep Reading »
Compare graphite sheet with metal heat spreaders by thickness, weight, lateral spreading, stiffness, electrical behavior, interfaces, and production fit before changing the thermal stack.
Can Graphite Sheet Replace a Metal Heat Spreader in a Thin Electronics Assembly? Keep Reading »
Learn how to integrate graphite sheet around EMI shields while controlling conductive edges, grounding paths, insulation, seams, gaskets, tolerances, and assembly risk.
How to Use Graphite Sheet Around EMI Shields Without Creating Electrical Problems Keep Reading »
