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STPMIC1APQR

STMicroelectronicsExtended

Built-in LDO regulator、Adjustable current limiting、Light-load high efficiency mode、Power-on timing control QFN-44-EP(5x6) Power Management - Specialized ROHS

DatasheetJLCPCBLCSC
Part id
st/STPMIC1APQR
Category
Power Management, Specialized
Package
QFN-44-EP(5x6)
Pins
44
In stock
326 at JLCPCB (C2156052)
Used on
3 open-source boards

Overview

The STPMIC1APQR is a power Management, Specialized made by STMicroelectronics in a QFN-44-EP(5x6) package with 45 pins. Built-in LDO regulator、Adjustable current limiting、Light-load high efficiency mode、Power-on timing control QFN-44-EP(5x6) Power Management - Specialized ROHS.

PCBKit's library has its KiCad symbol (4ms_IC:STPMIC1x, from 4ms) and its footprint (4ms_Package_QFP:WFQFN-44_EPAD_5x6_P0.4mm, from 4ms), ready for a KiCad board. 326 are in stock at JLCPCB (part C2156052). 3 open-source boards in 2 repositories on GitHub use it.

Symbol

VBUSOTGBSTOUTVINPWR MUXvin_maxVREF = VOUT2 / 2Logic / ControlPWR_USB_SWPWR_SWBOOSTBUCK1BUCK2BUCK3BUCK4BYPASSLDO6LDO2LDO1LDO5LDO3INTLDONVMLDO4RSTn1WAKEUP2SDA3SCL4VOUT15PGND16VLX17BUCK1IN8VOUT29PGND210VLX211BUCK2IN12LDO3IN13LDO3OUT14GNDLDO15VREF16PONKEYn17LDO2OUT18LDO25IN19LDO5OUT20LDO6OUT21LDO16IN22LDO1OUT23BUCK4IN24VLX425PGND426VOUT427BUCK3IN28VLX329PGND330VOUT331PGND532VLXBST33BSTOUT34VBUSOTG35VIN36SWIN37SWOUT38LDO4OUT39INTLDO40AGND41VIO42INTn43PWRCTRL44EPGNDep
4ms_IC:STPMIC1xFrom 4ms

Footprint

ep
4ms_Package_QFP:WFQFN-44_EPAD_5x6_P0.4mmFrom 4ms

From the datasheet

71
Supply, least
2.8 V · VIN, recommended operating, min · p. 9
Supply, most
5.5 V · VIN, recommended operating, max · p. 9
Supply, least
1.7 V · VIO, recommended operating, min · p. 20
Supply, most
3.6 V · VIO, recommended operating, max · p. 20
Supply, absolute maximum
6.5 V · VIN, BUCKxIN, SWIN, LDO3IN, LDOxxIN, absolute maximum · p. 7
Supply, absolute maximum
4.2 V · VIO, absolute maximum · p. 7
Supply, least
2.8 V · VLDOIN, LDO1/LDO2/LDO5 recommended operating, min · p. 10
Supply, most
5.5 V · VLDOIN, LDO1/LDO2/LDO5 recommended operating, max · p. 10
Supply, least
2.8 V · VLDO3IN, normal mode recommended operating, min · p. 11
Supply, most
5.5 V · VLDO3IN, normal mode recommended operating, max · p. 11
Supply, least
1.1 V · VLDO3IN, sink-source mode recommended operating, min · p. 11
Supply, most
1.6 V · VLDO3IN, sink-source mode recommended operating, max · p. 11
Supply, least
1.7 V · VLDO3IN, bypass mode recommended operating, min · p. 12
Supply, most
2 V · VLDO3IN, bypass mode recommended operating, max · p. 12
Supply, least
2.8 V · VLDO4IN, recommended operating, min; VIN higher than VOUT · p. 12
Supply, most
5.5 V · VLDO4IN, recommended operating, max · p. 12
Supply, least
2.8 V · VLDO6IN, recommended operating, min · p. 12
Supply, most
5.5 V · VLDO6IN, recommended operating, max · p. 12
Supply, least
2.8 V · VBUCK1IN, recommended operating, min · p. 13
Supply, most
5.5 V · VBUCK1IN, recommended operating, max · p. 13
Supply, least
2.8 V · VBUCK2IN, recommended operating, min · p. 14
Supply, most
5.5 V · VBUCK2IN, recommended operating, max · p. 14
Supply, least
2.8 V · VBUCK3IN, recommended operating, min; VIN higher than VOUT · p. 15
Supply, most
5.5 V · VBUCK3IN, recommended operating, max · p. 15
Supply, least
2.8 V · VBUCK4IN, recommended operating, min; VIN higher than VOUT · p. 17
Supply, most
5.5 V · VBUCK4IN, recommended operating, max · p. 17
Works from
-40 °C · operating ambient temperature, min · p. 7
Works up to
105 °C · operating ambient temperature, max · p. 7
Junction, hottest
125 °C · operating junction temperature, max · p. 7
Junction, hottest
160 °C · junction temperature, absolute max · p. 7
Takes working
1.2 mA · VIN, RUN scenario, BUCK1/2/3 HP, REFDDR and LDO3 on, unloaded, typical · p. 8
Takes asleep
50 µA · VIN, OFF state, VIN = 3.6 V, 25 °C, typical · p. 8
Takes asleep
110 µA · VIN, STANDBY, BUCK3 LP active, unloaded, 25 °C, typical · p. 8
Takes asleep
370 µA · VIN, STOP scenario, BUCK1/2/3 LP, REFDDR and LDO3 on, unloaded, typical · p. 8
Gives
350 mA · LDO1/LDO2/LDO5, per channel continuous capability, min · p. 10
Gives
100 mA · LDO3 normal mode, continuous capability, min · p. 11
Gives
120 mA · LDO3 sink-source mode, continuous RMS current, max · p. 11
Gives
50 mA · LDO3 bypass mode, continuous capability, min · p. 12
Gives
50 mA · LDO4, input 3.6–5.5 V, continuous capability, min · p. 12
Gives
150 mA · LDO6, continuous capability, min · p. 12
Gives
5 mA · REFDDR, RMS output capability, min · p. 13
Gives
1.5 A · BUCK1, HP mode continuous capability, min · p. 13
Gives
1 A · BUCK2, HP mode continuous capability, min · p. 15
Gives
500 mA · BUCK3, HP mode continuous capability, min · p. 16
Gives
2 A · BUCK4, HP mode continuous capability, min · p. 17
Gives
1.1 A · BOOST, input 3.3–5.5 V, continuous capability, min · p. 18
Gives
500 mA · BOOST, input 2.8–3.3 V, continuous capability, min · p. 18
Gives
500 mA · PWR_USB_SW, rated output, max · p. 28
Gives
1 A · PWR_SW, continuous capability, min · p. 19
Current limit
450 mA · LDO1/LDO2/LDO5, per channel, typical · p. 10
Current limit
120 mA · LDO3 normal mode, min · p. 11
Current limit
75 mA · LDO4, input 3.6–5.5 V, typical · p. 12
Current limit
200 mA · LDO6, typical · p. 12
Current limit
25 mA · REFDDR, sink/source magnitude, typical · p. 13
Current limit
2 A · BUCK1, inductor peak current limit, typical · p. 13
Current limit
1.6 A · BUCK2, inductor peak current limit, typical · p. 15
Current limit
1 A · BUCK3, inductor peak current limit, typical · p. 16
Current limit
3 A · BUCK4, inductor peak current limit, typical · p. 17
Current limit
3.3 A · BOOST, low-side inductor peak current limit, typical · p. 18
Current limit
550 mA · PWR_USB_SW, overcurrent limit, min · p. 19
Current limit
600 mA · PWR_SW, OCP_SWOUT_LIM = 0, min · p. 19
Current limit
1.1 A · PWR_SW, OCP_SWOUT_LIM = 1, min · p. 19
Output
3.3 V · LDO4, fixed output, typical · p. 12
Output
5.2 V · BOOST, boost mode fixed output, typical · p. 18
Dropout
180 mV · LDO1/LDO2/LDO5, output 2.8 V, 350 mA per channel, typical · p. 10
Dropout
120 mV · LDO3, output 2.8 V, 100 mA, typical · p. 11
Dropout
45 mV · LDO4, from VIN at 30 mA, typical · p. 12
Dropout
160 mV · LDO6, output 2.9 V, 150 mA, typical · p. 13
Switches at
2 MHz · BUCK1–BUCK4, nominal switching frequency, typical · p. 28
Junction to case (WFQFN 44L (5x6x0.8))
7 K/W · junction to case, JEDEC JESD51-12.01, max · p. 7
Junction to air (WFQFN 44L (5x6x0.8))
29 K/W · junction to ambient, 2s2p JEDEC board, max · p. 7

Open-source boards using it

3
  • 6 layers85 × 54 mmSBC, the printed circuit board in 3D

    SBC

    ndarash93/SBC

    First attempt at a simple SBC

    329 parts
  • 8 layers50 × 70 mmMPU MOD, the printed circuit board in 3D

    MPU MOD

    Decktrix-Lab/decktrix

    Modular Linux Handheld Cyberdeck

    296 parts64

Parts like it

8

Questions

Is there a KiCad symbol and footprint for the STPMIC1APQR?

Yes. The symbol is 4ms_IC:STPMIC1x and the footprint 4ms_Package_QFP:WFQFN-44_EPAD_5x6_P0.4mm, both drawn on this page. PCBKit places them on a board for you when you design with it.

What package is the STPMIC1APQR?

QFN-44-EP(5x6), with 45 pins. Its footprint is drawn on this page.

Where is the STPMIC1APQR datasheet?

STMicroelectronics publishes it: the Datasheet link on this page opens it.

Where can I order the STPMIC1APQR?

JLCPCB lists it as part C2156052, with 326 in stock; the sellers' links on this page open their listings.

What can replace the STPMIC1APQR?

Parts like it in the library: the MCP1726-3302E/MF by Microchip Technology, the MCP1827T-3302E/ET by Microchip Technology, the MCP1727T-3302E/MF by Microchip Technology and the MCP1826S-3302E/EB by Microchip Technology. Check their datasheets: a part that fits the footprint may still differ in its ratings.

Which open-source boards use the STPMIC1APQR?

3 boards in 2 repositories on GitHub; the most starred are listed on this page, with their KiCad files.