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VBwhatnow
VBwhatnow
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You may want to consider using a battery charger IC with the ability to seamlessly switch between DC inputInput and battery inputBattery Input. It isIts normally called dynamic power managementDynamic Power Management (DPM) and dynamic powerDynamic Power-path managementPath Management (DPPM.).

MPS Power Path Managment Example

MPS have a nice primer page explaining some of the concepts

I'd highly recommend designing a circuit or using a module that implements the battery management and power path functionality as it'll make your life much easier as battery charging can be a pain to implement and you'll save yourself a lot of space with a more integrated solution which is something I think you'd find valuable being space constrained in your application.

You may want to consider using a battery charger IC with the ability to seamlessly switch between DC input and battery input. It is normally called dynamic power management (DPM) and dynamic power-path management (DPPM.)

MPS Power Path Managment Example

MPS have a nice primer page explaining some of the concepts

I'd highly recommend designing a circuit or using a module that implements the battery management and power path functionality as it'll make your life much easier as battery charging can be a pain to implement and you'll save yourself a lot of space with a more integrated solution which is something I think you'd find valuable being space constrained in your application.

You may want to consider using a battery charger IC with the ability to seamlessly switch between DC Input and Battery Input. Its normally called Dynamic Power Management (DPM) and Dynamic Power-Path Management (DPPM).

MPS Power Path Managment Example

MPS have a nice primer page explaining some of the concepts

I'd highly recommend designing a circuit or using a module that implements the battery management and power path functionality as it'll make your life much easier as battery charging can be a pain to implement and you'll save yourself a lot of space with a more integrated solution which is something I think you'd find valuable being space constrained in your application.

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JRE
JRE
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You may want to consider using a battery charger IC with the ability to seamlessly switch between DC Inputinput and Battery Inputbattery input. ItsIt is normally called Dynamic Power Managementdynamic power management (DPM) and Dynamic Powerdynamic power-Path Managementpath management (DPPM).)

MPS Power Path Managment Example

MPS have a nice primer page explaining some of the concepts

I'd highly recommend designing a circuit or using a module that implements the battery management and power path functionality as it'll make your life much easier as battery charging can be a pain to implement and you'll save yourself a lot of space with a more integrated solution which is something I think you'd find valuable being space constrained in your application.

You may want to consider using a battery charger IC with the ability to seamlessly switch between DC Input and Battery Input. Its normally called Dynamic Power Management (DPM) and Dynamic Power-Path Management (DPPM).

MPS Power Path Managment Example

MPS have a nice primer page explaining some of the concepts

I'd highly recommend designing a circuit or using a module that implements the battery management and power path functionality as it'll make your life much easier as battery charging can be a pain to implement and you'll save yourself a lot of space with a more integrated solution which is something I think you'd find valuable being space constrained in your application.

You may want to consider using a battery charger IC with the ability to seamlessly switch between DC input and battery input. It is normally called dynamic power management (DPM) and dynamic power-path management (DPPM.)

MPS Power Path Managment Example

MPS have a nice primer page explaining some of the concepts

I'd highly recommend designing a circuit or using a module that implements the battery management and power path functionality as it'll make your life much easier as battery charging can be a pain to implement and you'll save yourself a lot of space with a more integrated solution which is something I think you'd find valuable being space constrained in your application.

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VBwhatnow
VBwhatnow
  • 671
  • 1
  • 5
  • 18

You may want to consider using a battery charger IC with the ability to seamlessly switch between DC Input and Battery Input. Its normally called Dynamic Power Management (DPM) and Dynamic Power-Path Management (DPPM).

MPS Power Path Managment Example

MPS have a nice primer page explaining some of the concepts

I'd highly recommend designing a circuit or using a module that implements the battery management and power path functionality as it'll make your life much easier as battery charging can be a pain to implement and you'll save yourself a lot of space with a more integrated solution which is something I think you'd find valuable being space constrained in your application.