ADP3203
Parameter
SHIFT SETTING
Battery Shift Current
Battery Shift Reference Voltage
Deep Sleep Shift Current
Deep Sleep Shift Reference Voltage
SHIFT CONTROL INPUTS
BOM Threshold
(CMOS Input)
DSLP Threshold
(VTT-Level CMOS Input)
DPRSLP Mode Threshold8
(CMOS Input)
LOW SIDE DRIVE CONTROL
Output Voltage (CMOS Output)
Output Current
Symbol
Conditions
IRAMPB, ICS+B
VBSHIFT
VVID = 1.25 V
IBSHIFT = –100 µA, BOM = L
DSLP = H
IRAMPD, ICS+D
VDSHIFT
VVID = 1.25 V
IDSHIFT = –100 µA, BOM = H
DSLP = L
VBOM
VDSLP
VDPRSLP
Min Typ
–92.5 –100
–92.5
VDAC
–100
VDAC
VCC/2
0.9
VCC/2
VDRVLSD
IDRVLSD
DPRSLP = H
DPRSLP = L
DPRSLP = H, VDRVLSD = 1.5 V
DPRSLP = L, VDRVLSD = 1.5 V
0
0.7 VCC
0.4
–0.4
Max Unit
–107.5 mA
V
–107.5 mA
V
V
V
V
0.4
V
VCC
V
mA
mA
OVER/REVERSE VOLTAGE
PROTECTION-CORE FEEDBACK
Overvoltage Threshold
Reverse Voltage Threshold
Output Voltage
VCOREFB,OVP
VCOREFB,OVP
VCOREFB Rising
VCOREFB Falling
2.0
V
–0.3
V
(Open-Drain Output)
Output Current
VCLAMP
ICLAMP
VCOREFB = 2.2 V, VCLAMP = 5 V
VCOREFB = VDAC, VCLAMP = 5 V
0.7 VCC
2
4
VCC
V
10
µA
mA
NOTES
1All limits at temperature extremes are guaranteed via correlation using standard Statistical Quality Control (SQC) methods.
2Guaranteed by characterization.
3Two test conditions: 1)PWRGD is OK but forced to fail by applying an out-of-the-Core-Good-window voltage (V COREFB,BAD = 1.0 V at VVID = 1.25 V setting) to the
COREFB pin right after the moment that BOM or DPRSLP is asserted/deasserted. PWRGD should not fail immediately, only with the specified blanking delay
time. 2) PWRGD is forced to fail (VCOREFB, BAD = 1.0 V at VVID = 1.25 V setting) but gets into the Core Good window
(VCOREFB, GOOD = 1.25 V) right after the moment that BOM or DPRSLP is asserted/deasserted. PWRGD should not go high immediately, only with the specified
blanking delay time.
4Guaranteed by design.
5 Measured from 50% of VID code transition amplitude to the point where VDACOUT settles within ± 1% of its steady state value.
640 mVp-p amplitude impulse with 20 mV overdrive. Measured from the input threshold intercept point to 50% of the output voltage swing.
7Measured between the 30% and 70% points of the output voltage swing.
8DPRSLP circuit meets the minimum 30 ns DPRSLPVR signal assertion requirement; guaranteed by design.
–4–
REV. 0