ここ - Project MCAP-CR
Contents
1. 3 Thermal Condition 1 4 adiabatic 1 0 isothermal Driving Force 0 1N 4 5 52. MCAPCR simulator Vectar Sum Option for DFT ducts External ducts All ducts Redraw Plot P D Plot Selection lt Sinusoidal CELinear Sweep Random IF Sumy I membrane Force Single Frequency Sweep rate ductl duct2 duct8 i a duct4 duct5 duct5 a Hz Range 100m s I Single Frequency Re Simulation Conditions Driver Parameters mlg 0g Calculation Cycles Resolution Thermal Condition Driving Force rOlcml Ts5 47cm In lm 0 10N 1 4adiabatic 1 0 isother mal fo Hz 45 0Hz Enclosure Design Chamber Valume L of Subchambers Main Chamber 1 Subchamber 2 Subchamber 3 Subchamber ls 15 0 L 10 L 14 0 L 15 0 L Duct Design area Length Cross sectional Area 1 2 3
3. All ducts 2 Input Frequency Option 2 Sinusoidal 1Hz Linear Sweep Sweep Rate Random 3 Plot Selection Normalized graph membrane SumV membrane SumV 2
4. mcapcr pro dialog cpp dialog h dialog ui main cpp moc dialog cpp moc qcustomplot coo qcustomplot cpp 9 qcustomplot h 10 ui dialog h 5 Qt SDK mcapcr pro 6 Co N CoOSTAONO OS N MinGW Qt 5 5 0 Windows 5 1 Fig 1 Fig 1 1 1 Fig 1 1 Vector Sum Option
5. 3 ASCII csy 4 4 1 1 2 1 exe 2 hbgcc s dw2 1 dll 3 mingwm10 dll 4 QtCore4 dll 5 QtGui4 dll 3 4 2 3 Linux Qt SDK 2 GCC Windows MinGW
6. ii iii iv v Microsoft Visual Studio Qt SDK Windows Linux vi 3 MCAP CR
7. 2 Fig 2 Fig 2 1 Sub1 Main Sub1 Sub1 Sub1 Man 2
8. 2 6 0 http mcap web fc2 com documents jp html http 7mcap web fc2 com documents html mcapspeakers gmail com
9. Driver Parameters ro 5 4 Simulation Conditions 1 Calculation Cycles Sinusoidal 2 Resolution 1 Sbit 1 2 5 32 Random 100Hz
10. 2013 4 9 MCAP CR v0 2 Windows x86 0 1 GPL GPL URL http www gnu org licenses licenses en html GPL 2 i
11. 5 6 Damping Coefficients r 5 7 Normalized graph Normalized graph Fig 1 membrane SumV membrane
12. 5 18 0cm2 18 00cm2 18 00cm2 13 00cm2 13 00cm2 13 00cm2 30mm 50mm 80mm 30mm 50mm 80mm Equivalent Length Damping Coefficients Speaker Unit zeta c2 c3 cd c5 c5 1 000 0000 Donn 0000 0000 0000 0000 Fig 1 5 2 Fig 1 Log Normalized graph Input Parameters 3 1 Log 2 Normalized graph 3 Input Parameters 5 3
13. Enclosure Design 1 of Subchambers MCAP CR n Fig 2 1 Fig 2 3 NM 2 1 Main Fig 2 1 n 1 Fig 2 2 n 2 Fig 2 3 n 3 2 Chamber Volume Fig 2 Main Sub1 Sub2 Sub3 n 1 Sub2 Sub3 n 2 Sub3 3 Duct Design Fig 2 Fig 2
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