IP2003A

The iP2003A is a fully optimized solution for high current synchronous buck multiphase applications.Board space and design time are greatly reduced because most of the components required for each phase of a typical discrete-based multiphase circuit are integrated into a single 9mm*11mm*2.2mm power block.The only additional components required for a complete multiphase converter are a PWM controller,the output inductors, and the input and output capacitors.
Here you can get some information about the IP2003A's features.The first one is the full function multiphase building block.The second is that the output current 40 A continuous with no derating can be up to T_PCB=100 and T_CASE=100.Besides,the operating frequency is up to 1.0 MHz.Furthermore,the propriety packaging enables ultra low Rthj-case top.The fifth one is the efficient dual sided cooling Then is the small footprint low profile (9mm*11mm*2.2mm) package What's more it is optimized for very low power losses. The eighth one of IP2003A is the LGA interface The last one is the ease of design.
What comes next is about the absolute maximum ratings (at 25).The maximum V_IN to PGND (V_IN) is 16 V.The maximum V_DD to PGND (V_DD) is 6.0 V.The minimum PWM to PGND (PWM) is -0.3 V and the maximum is V_DD+0.3 V (not to exceed 6.0 V).The minimum Enable to PGND (ENABLE) is -0.3 V and the maximum is V_DD+0.3 V (not to exceed 6.0 V).The maximum output RMS current (I_OUT) is 40 A measured at V_SW.There are the recommended operating conditions to follow.The minimum supply voltage (V_DD) is 4.6 V,the typical is 5.0 V and the maximum is 5.5 V.The minimum input voltage (V_IN) is 3.0 V and the maximum is 13.2 V.The minimum output voltage (V_OUT) is 0.8 V and the maximum is 3.3 V.The maximum output current (I_OUT) is 40 A.The minimum operating frequency (f_sw) is 300 kHz and the maximum is 1000 kHz.The maximum operating duty cycle (D) is 85 %.The block temperature (T_BL) is from -40 to 125.