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TPS658600 Datasheet(PDF) 5 Page - Texas Instruments

Part # TPS658600
Description  Advanced Power Management Unit
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Manufacturer  TI [Texas Instruments]
Direct Link  http://www.ti.com
Logo TI - Texas Instruments

TPS658600 Datasheet(HTML) 5 Page - Texas Instruments

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TPS658600
www.ti.com
SLVSA37 – DECEMBER 2009
2.4
ELECTRICAL CHARACTERISTICS
over operating free-air temperature range (unless otherwise noted)
PARAMETER
TEST CONDITIONS
MIN
TYP
MAX
UNIT
QUIESCENT CURRENT – V(BAT) = 4.2V NO EXTERNAL LOADS AT SYS PIN OR SUPPLY OUTPUTS
Quiescent current, 6586x in normal or sleep
IQ(ON)
Power path active, control logic in low power mode
(1)
375
μA
mode. All supplies, peripherals and charger off
IQ(DIGITAL)
Quiescent current, control logic
Control logic in high power mode
(2)
584
716
870
μA
SM0, SM1: enabled, PFM mode, from SYS pin
14
25
μA
SM2: enabled, PFM mode, from SYS pin
19
32
μA
IQ(SMn)
SM0, SM1, SM2 operating quiescent current
SM0, SM1, SM2: enabled, PWM mode, from VINSMn pin
6
mA
1
μA
disabled via I
2C
I(LDOx) = no external load
24
29
μA
I(LDOx) = –1 mA
24
150
μA
LDO quiescent current, All but one LDOx
IQ(LDOx)
disabled
I(LDOx) = –50 mA
160
μA
LDO disabled, TJ = 85°C
1
3
μA
SM3 enabled, not switching
15
30
μA
Enabled, switching
200
μA
IQ(SM3)
SM3 operating quiescent current
(3)
1
μA
Disabled via I
2C
Conversion active
1
mA
Not converting, waiting for trigger
170
μA
IQ(ADC)
ADC operating quiescent current
1
μA
ADC disabled via I
2C
RTC_OUT LDO enabled
27
45
μA
RTC_OUT disabled via I
2C, T
J = 85°C . Externally applied
(4)
IQ(RTC)
RTC_OUT pin quiescent current
15
μA
V(RTC_OUT) = 2 V supplies real time clock counters and xtal
oscillator
32k buffer enabled, 100 pF external load
24
μA
IQ(V32K)
V32K supply bias current , 32k buffer enabled
8
μA
Disabled via I
2C
Charger enabled, termination detected
40
50
μA
IQ(CHG)
Charger quiescent current
Charger enabled, termination disabled, charge current=0
(3)
2
mA
Charger disabled
10
20
μA
I
2C INTERFACE TIMING – SDA, PSDA, PSCLK, SCLK(3)
TR
SCLK/SDATA rise time
300
ns
TF
SCLK/SDATA fall time
300
ns
TW(H)
SCLK pulse width high
600
ns
TW(L)
SCLK Pulse Width Low
1.3
μs
TSU(STA)
Setup time for START condition
600
ns
TH(STA)
START condition hold time after which first clock
600
ns
pulse is generated
Pull-up resistors connected to 2.2V
TSU(DAT)
Data setup time
100
ns
TH(DAT)
Data hold time
0
ns
TSU(STOP)
Setup time for STOP condition
600
ns
Bus free time between START and STOP
T(BUF)
1.3
μs
condition
FSCL
Clock Frequency
400
kHz
I
2C BUFFERS – SDA, PSDA, PSCLK, SCLK
VIL(I2C)
Low level input voltage
0.4
V
VIH(I2C)
High level input voltage
1.15
V
VOL(I2C)
Low level output voltage
SDA, PSDA configured as output, IOL=3mA
0.4
V
IO(I2C)
Maximum load current
(3)
SDA, PSDA configured as output
8
mA
ILKG(I2C)
Input current
V(pin)=5V or 0V
1.0
μA
CI2C
Input pin capacitance
SDAT, SCLK, PSDAT, PSCLK pins
10
pF
CI2CBUS
SDAT, SCLK, PSDAT, PSCLK
400
pF
I
2C bus capacitance
(1)
Control logic in low power mode when all functions are off and no I2C communication is on going
(2)
Control logic in high power mode when one of the following events happen: 6586x in power-up/rtc/rtc_on/supplyseq states, any
converter in PWM mode, SM3 enabled, PWM driver enabled, ADC conversion on-going, I2C communication on-going, voltage transition
for DVM supplies on-going, charger on, AC or USB supply detected, initial power-up cycle.
(3)
Not production tested.
(4)
External voltage supplied by supercap or coin cell connected to RTC_OUT pin, see application diagram for details.
Copyright © 2009, Texas Instruments Incorporated
ELECTRICAL SPECIFICATIONS
5
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