Heat Sink Design - Input Panel Heat Sink Design Prototype (New HS / Project Name - Has not been issued as yet)Already Existing Heat Sink(HS is already in www.qats.com) Enter Project Name L = Heat Sink Base Length (mm) Tf = Fin Thickness (mm) W = Heat Sink Base Width (mm) Tb = Base Thickness (mm) H = Heat Sink Height (mm) N = Number of Fins Type = Type of Heat Sink Select maxiFLOW Straight Fin Straight fin cross cut maxiFLOW cross cut V = Velocity (m/s) [Default= 1] Wtop = Heat Sink Top Width (mm) Heat Sink Material Aluminum Copper Other Emissivity [Default= 0.85] Ta = Ambient Temperature (oC) [Default= 25] TIM = Thermal Interface Material (oC*in2/W) No Tape Fujipoly GR-B Fujipoly GR-L Chomerics T766 Chomerics T412 Chomerics T411 Chomerics T405 Laird Tmate 2905C Dow corning TC-5022 3M 8810 3M 8815 Other P = Component Power (W) [Default= 10] Lc = Component Heat Source Size - Die/Chip (mm) Same As Heat Sink Base SizeOther LL = Cross cut Fin length(mm) [Default= 2.5] SL = Cross Cut Spacing (mm) [Default= 2] Rca= Thermal Resistance (oC/W) DP= Pressure Drop (Pascal or in-H2O)
Heat Sink Design - Input Panel Heat Sink Design Prototype (New HS / Project Name - Has not been issued as yet)Already Existing Heat Sink(HS is already in www.qats.com) Enter Project Name L = Heat Sink Base Length (mm) Tf = Fin Thickness (mm) W = Heat Sink Base Width (mm) Tb = Base Thickness (mm) H = Heat Sink Height (mm) N = Number of Fins Type = Type of Heat Sink Select maxiFLOW Straight Fin Straight fin cross cut maxiFLOW cross cut V = Velocity (m/s) [Default= 1] Wtop = Heat Sink Top Width (mm) Heat Sink Material Aluminum Copper Other Emissivity [Default= 0.85] Ta = Ambient Temperature (oC) [Default= 25] TIM = Thermal Interface Material (oC*in2/W) No Tape Fujipoly GR-B Fujipoly GR-L Chomerics T766 Chomerics T412 Chomerics T411 Chomerics T405 Laird Tmate 2905C Dow corning TC-5022 3M 8810 3M 8815 Other P = Component Power (W) [Default= 10] Lc = Component Heat Source Size - Die/Chip (mm) Same As Heat Sink Base SizeOther LL = Cross cut Fin length(mm) [Default= 2.5] SL = Cross Cut Spacing (mm) [Default= 2] Rca= Thermal Resistance (oC/W) DP= Pressure Drop (Pascal or in-H2O)