Boost Circuit Design i  0 2 degC 1 r  0.4 T0  85 degC  k  Vf  103 0.3 V μ  η  10 6 0.8 n 4 M 10  L1  22 μ H Diode: IF  3 A D_Rthja  50 degC W D_VF  0.7 V  T_max Input Voltage: Output Voltage： Output Current:： Frequency ：  150 degC Vin_min ( Vout  8.2 V  2.65 V Vin_max  3.4 V 12 V ) M 2.95 V Iout Fosc   0.08 n A ( 0.8 1 1.2 Iout_max )800 k Hz  Iout Vout_typ Vout0 1  Vout_typ  29.5V D 0.778  Fosc_min  Fosc0 0 D  1  ΔIL  Ipk  Vin_min η Vout_typ Iout_max  r 1 D Iout_max  1 D ΔIL 2 ΔIL  0.576 A Ipk  1.727 A ILIM_min  1.8 A Ipk_max  Ipk if Ipk_max (  ILIM_min "Ipk too larger" "Ipk is OK"   Vin_min Vout_typ Vin_min )  ( L0  ΔIL Fosc0 0 Vout_typ    10 5 H L0  1.607  )  "Ipk is OK" if L1 0.8 ( L0 "L=22uH is OK"  "FAIL"  )  "L=22uH is OK" 

Diode: if IF ( Iout_max "Diode IF OK"   PD Iout_max D_VF TD T0   "Diode Thermal OK"  "IF is too small"  PD 0.224 W TD 96.2  ) "FAIL"  PD D_Rthja     if TD T_max ( )  "Diode IF OK"  "Diode Thermal OK" Iout_max D ΔVout  2  104 μ V Capacitance: Cout_min  Cout_min   Fosc_min ΔVout 1.944 F  10 5    0.017 V ESR  Iout_max 1 D ΔVout_ESR  ΔVout_ESR  ESR  0.01 Ω  ΔIL 2   