Componentes Faltantes para Cargador

si, sigue con esa parte
Tu objetivo ahora es cerrar la parte final del cargador U1: inductor y red PSYS/IAM/IBM/IAP/IAN.
  • El plan ya quedó listo para:
    1. validar puntos pendientes
    2. seleccionar y añadir el inductor
    3. completar la red de sensado/monitorización
    4. documentar y verificar
Haz clic en Start en la barra del plan para ejecutarlo.

Started implementing a plan

#Goal

- Finalize the MP2650GV-0000-P charger section within the Gay Teal P.K.E. Meter project by selecting and adding an appropriate power inductor as well as completing the sensing/monitoring network for pins PSYS, IAM, IBM, IAP, and IAN. This update will ensure the charger is fully functional and ready for later integration.

#Implementation plan

1. **Review and validate existing charger setup**

1. Confirm that the USB-C input, battery (J1), system output (J2), and all other power nodes (VBUS, BATT, SYS, etc.) are correctly connected.

2. Identify available connection points for the sensor network associated with PSYS, IAM, IBM, IAP, and IAN.

2. **Select and add the power inductor**

1. Define inductor requirements based on the MP2650GV-0000-P charger current specifications including inductance value, current rating, DCR, and package/footprint constraints.

2. Search for a suitable inductor in the Flux parts library that meets these criteria.

3. Place the selected power inductor into the schematic in the appropriate location between the charger power stage and the rest of the circuit.

3. **Complete the sensing/monitoring network**

1. Evaluate the sensor network connections for PSYS, IAM, IBM, IAP, and IAN, ensuring correct routing and placeholder components where necessary.

2. Add any missing components or placeholders (e.g., resistors, filters) to finalize the network circuit.

3. Connect the sensor network signals to their corresponding monitoring pins on the MP2650GV-0000-P.

4. **Document and validate changes**

1. Update the schematic documentation and project description with details of the added inductor and completed sensor network.

2. Verify that the updated charger block now integrates seamlessly with the existing circuit sections and meets preliminary electrical requirements.

#Success criteria

- The power inductor is selected from the Flux parts library, added to the schematic, and meets the specified electrical requirements.

- The sensing/monitoring network for pins PSYS, IAM, IBM, IAP, and IAN is fully connected and documented, with appropriate components or placeholders in place.

- The updated MP2650 charger section integrates properly with the rest of the Gay Teal P.K.E. Meter project and is ready for subsequent integration steps.

Task completed.

3:03

Task completed.

2:39

Checking 4 design areas.
Started: reviewing MP2650 charger pending nodes.
Search complete.
Reading schematic for R3, C3, R6 and 22 more.
Search 2 components.
Search complete.
Reading schematic for L1, R14, R15 and 1 more.
Checking 4 design areas.
He elegido un inductor SMD de 1.5 uH con MPN específico para el bloque del cargador y voy a cerrar la red de sensado según la aplicación recomendada del MP2650: RS1 = 10 mOhm con 2 x 2 ohm y 100 nF para el filtro de IAP/IAN, mientras que PSYS, IAM e IBM quedan expuestos como salidas analógicas de monitorización listas para integración posterior.
C3 P2 - U1 PGND
J3 GND - U2 1
J3 GND - U2 1
J3 GND - U2 1
C3 P2 - U1 PGND
C3 P2 - U1 PGND
J3 GND - U2 1
C3 P2 - U1 PGND
C3 P2 - U1 PGND
GND
C3 P2 - U1 PGND
C3 P2 - U1 PGND
J3 GND - U2 1
C3 P2 - U1 PGND
GND
GND
GND
GND
C3 P2 - U1 PGND
U1 *INT - R10 P2
J3 CC1 - R1 P1
L1 2 - U1 SYS
U1 BATT - C13 P1
L1 2 - U1 SYS
U1 AGND - C4 P2
U1 *INT - R10 P2
R6 P2 - U1 NTC/BATDET
U1 VNTC/CMOUT - R6 P1
U1 SW2 - C6 P2
U1 CP2 - C7 P2
U1 SDA - R12 P2
U1 SW2 - L1 1
U1 BST2 - C6 P1
U1 VMAX_BST - R3 P1
U1 VMAX_BST - R3 P1
U1 IAN - R15 P1
R14 P2 - C16 P1
U1 VCC - C4 P1
U1 VCC - C4 P1
J3 CC1 - R1 P1
U1 SCL - R13 P2
U1 IAP - R14 P1
R15 P2 - C16 P2
L1 2 - U1 SYS
U1 SW2 - L1 1
U1 *PROCHOT - R11 P2
U1 CP1 - C7 P1
U1 VCC - C4 P1
U1 CP2 - C7 P2
U1 BST1 - C5 P1
R14 P2 - C16 P1
U1 SW1 - C5 P2
U1 *PROCHOT - R11 P2
U1 VCC - C4 P1
R3 P2 - C3 P1
U1 BST2 - C6 P1
U1 BATT - C13 P1
U1 IAN - R15 P1
U1 AGND - C4 P2
L1 2 - U1 SYS
U1 VCC - C4 P1
U1 VNTC/CMOUT - R6 P1
U1 *ACOK - R9 P2
J3 CC2 - R2 P1
L1 2 - U1 SYS
U1 VCC - C4 P1
BATT
U1 SCL - R13 P2
R3 P2 - C3 P1
U1 AGND - C4 P2
U1 VCC - C4 P1
L1 2 - U1 SYS
U1 BATT - C13 P1
R6 P2 - U1 NTC/BATDET
R6 P2 - U1 NTC/BATDET
U1 BST1 - C5 P1
U1 IAP - R14 P1
L1 2 - U1 SYS
L1 2 - U1 SYS
U1 CP1 - C7 P1
U1 SDA - R12 P2
U1 *ACOK - R9 P2
R15 P2 - C16 P2
L1 2 - U1 SYS
J3 CC2 - R2 P1
R15
Resistance
R9
Resistance
100kΩ
R4
Resistance
R11
Resistance
100kΩ
R13
Resistance
10kΩ
R2
Resistance
5.1kΩ
R7
Resistance
37.4kΩ
R14
Resistance
R6
Resistance
13.7kΩ
R1
Resistance
5.1kΩ
R8
Resistance
100kΩ
R5
Resistance
R12
Resistance
10kΩ
R3
Resistance
100Ω
R10
Resistance
100kΩ
J2
C12
Capacitance
22uF
C4
Capacitance
10uF
C13
Capacitance
22uF
C11
Capacitance
22uF
C15
Capacitance
1uF
C5
Capacitance
470nF
C14
Capacitance
22uF
C8
Capacitance
22uF
J1
C6
Capacitance
470nF
C9
Capacitance
22uF
C10
Capacitance
22uF
C3
Capacitance
100nF
C7
Capacitance
470nF
C1
Capacitance
10uF
C16
Capacitance
100nF
C2
Capacitance
100nF
J3
U1
U2
L1
Inductance
1.5uH

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Documents

    Documents are markdown text files which describe project goals, capture details, or even simulation outputs.

    Assets

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    ModuloBateria

    ModuloBateria thumbnail
    Gay Teal P.K.E. Meter with MP2650 USB-C battery charger section finalized, including 1.5uH power inductor and current-sense monitoring filter placeholders for later integration.

    Properties

    flowchart TD USB["USB C J3"] --> VBUS["VBUS input"] VBUS --> CHG["MP2650 U1"] CHG --> BATT["Battery connector J1"] CHG --> SYS["SYS rail J2 future load"] CHG --> AUX["NTC and monitor network"]

    Pricing & Availability

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    Digi-Key

    $3.39–$3.77

    LCSC

    $2.81–$2.82

    Mouser

    $6.08

    TME

    $0.93

    Verical

    $0.66

    Controls