Always On, Cost-Optimized (With MGT)

ARD_X_ZUM_A2

In always on, cost-optimized applications, a significant amount of power rail consolidation is possible.

COST-OPTIMIZED WITH MGT

#	Rail	Seq	Power Component	Type	Upstream Rail	Vinput (V)	Vout (V)	Iout (A)	AnDAPT PMIC
1	VCCINT, VCCBRAM, VCCINT_IO, VCC_PSINTFP, VCC_PSINTLP, VCC_PSINTFP_DDR	1	C860	DrMOS Ctrl	V_IN	12	0.85	35	ARD_X_ZUM_A2_IC1
2	VCCO_PSDDR	4	C710	SIM LDO	VCCAUX	1.8	1.1 – 1.5	0.5	ARD_X_ZUM_A2_IC1
3	VCCAUX, VCCAUX_IO, VCCADC, VCC_PSAUX, VCC_PSADC, VCC_PSDDR_PLL, VCCO_HDIO, VCCO_HPIO	2	C200	Sync Buck	V_IN	12	1.8	1.04 + 0.5	ARD_X_ZUM_A2_IC1
4	VCCO_PSIO [0:3]	5	C200	Sync Buck	V_IN	12	1.8 – 3.3	0.300	ARD_X_ZUM_A2_IC2
5	VCCINT_VCU*	9	C200	Sync Buck	V_IN	12	0.9	2	ARD_X_ZUM_A2_IC2
6	VMGTAVTT (GTH), VMGTYAVTT (GTY), VCC_PSPLL	3	C220	Sync Buck HC	V_IN	12	1.2	2.6 – 10.6	ARD_X_ZUM_A2_IC2
7	VPS_MGTRAVCC	6	CLDO	Corner LDO	V_IN	12	0.85/0.9	0.3	ARD_X_ZUM_A2_IC2
8	VMGTVCCAUX (GTH), VMGTYVCCAUX (GTH), VPS_MGTRAVTT	7	C200	Sync Buck	V_IN	12	1.8	0.2	ARD_X_ZUM_A2_IC2
9	VMGTAVCC (GTH), VMGTYAVCC (GTY)	8	C200	Sync Buck	V_IN	1.1 – 1.5	0.9	0.5	ARD_X_ZUM_A2_IC2