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ACT86600 датащи(PDF) 21 Page - Qorvo, Inc

номер детали ACT86600
подробное описание детали  Hybrid PMIC for Enterprise Storage and Computing
PDF  56 Pages
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производитель  QORVO [Qorvo, Inc]
домашняя страница  https://www.qorvo.com/
Logo QORVO - Qorvo, Inc

ACT86600 датащи(HTML) 21 Page - Qorvo, Inc

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ACT86600
Hybrid PMIC for Enterprise
Storage and Computing
Data Sheet Rev. B, February 2, 2023
Subject to change without notice
21 of 56
www.qorvo.com
®
Freq = 1110, VIN = 12.0V, VFB1 = 3.3V
1.8
MHz
Freq = 1111, VIN = 12.0V, VFB1 = 3.3V
1.9
MHz
Emulated switching frequency
accuracy
At the default switching frequency setting
-20
20
%
Soft-Start Period TSS
5% to 95% VNOM
1000
1500
µs
Tstart, Time from EN to PG
Time from enable to PGOOD
1200
µs
Peak Current Limit (per phase),
Cycle-by-Cycle
ILIM set = 00, per single phase
6
A
ILIM set = 01, per single phase
7
A
ILIM set = 10, per single phase (Note 2)
8
A
ILIM set = 11, per single phase (Note 2)
9
A
Peak Current Limit, Cycle-by-
Cycle Accuracy (per phase)
At default ILIM setting
-10
10
%
Valley Current Limit (per phase),
Cycle-by-Cycle
ILIM set = 00
5
A
ILIM set = 01
6
A
ILIM set = 10
7
A
ILIM set = 11
8
A
Valley Current Limit (per phase),
Cycle-by-Cycle Accuracy
At default ILIM setting
-10
10
%
LS FET reverse conduction
current limit (per phase)
3
A
Current Limit, Shutdown
% compared to Current Limit, cycle-by-cycle
115
125
135
%
Current Limit, Warning
% compared to Current Limit, cycle-by-cycle
70
80
90
%
HS On-Resistance, phase 1
ISW = 1A, VCC5 = 5.0V, Tj < 55OC
30
m
Ω
LS On-Resistance, phase 1
ISW = 1A, VCC5 = 5.0V, Tj < 55OC
11
m
Ω
HS On-Resistance, phase 2
ISW = 1A, VCC5 = 5.0V, Tj < 55OC
30
m
Ω
LS On-Resistance, phase 2
ISW = 1A, VCC5 = 5.0V, Tj < 55OC
11
m
Ω
SWx Leakage Current (Note 1)
VIN = 12.0V, VSWx = 0V
5
µA
VIN = 12.0V, VSWx = 12.0V
10
µA
Dynamic Voltage Scaling Rate
Configurable in 5mV steps
0.02
mV/us
Configurable in 20mV steps
0.08
mV/us
Output Pull Down Resistance
Pull Down resistance is only connected when
DISPLDN[] = 0 and the regulator is turned off
10
Ohms
Note 1: The current leakage from SW is not from Power FETs but from active circuitry associated with the SW node of the regulators.
Note 2: Applicable for VIN < 10V. Do not use these settings when VIN > 10V



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