Microchip Single Quadruple-A Battery Boost Converter Reference Design Boost Converter for MCP1640

Κωδικός Προϊόντος της RS: 880-6837Κατασκευαστής: MicrochipΚωδικός Κατασκευαστή: MCP1640RD-4ABC
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Τεχνικό φυλλάδιο

Προδιαγραφές

Power Management Function

Boost Converter

Kit Classification

Reference Design

Featured Device

MCP1640

Kit Name

Single Quadruple-A Battery Boost Converter Reference Design

Λεπτομέρειες Προϊόντος

MCP1640 AAAA Battery Boost Converter Reference Design

The Microchip MCP1640 AAAA Battery Boost Converter Reference Design demonstrates how the MCP1640 Step-Up Converter IC, in conjunction with an 8-bit PIC Microcontroller, can optimise battery life for applications that operate in standby mode for long periods of time. During Standby, the enable signal for the MCP1640 has a low frequency, with less than 1% positive duty cycle. This maintains the output of the MCP1640 device up to 2.3V, which is sufficient to keep the PIC microcontroller live. This solution reduces up to 80% of the No Load Input Current the MCP1640 consumes in PFM Mode.

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Microchip Single Quadruple-A Battery Boost Converter Reference Design Boost Converter for MCP1640

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Microchip Single Quadruple-A Battery Boost Converter Reference Design Boost Converter for MCP1640
Ημερομηνία αποθέματος προσωρινά μη διαθέσιμη

Τεχνικό φυλλάδιο

Προδιαγραφές

Power Management Function

Boost Converter

Kit Classification

Reference Design

Featured Device

MCP1640

Kit Name

Single Quadruple-A Battery Boost Converter Reference Design

Λεπτομέρειες Προϊόντος

MCP1640 AAAA Battery Boost Converter Reference Design

The Microchip MCP1640 AAAA Battery Boost Converter Reference Design demonstrates how the MCP1640 Step-Up Converter IC, in conjunction with an 8-bit PIC Microcontroller, can optimise battery life for applications that operate in standby mode for long periods of time. During Standby, the enable signal for the MCP1640 has a low frequency, with less than 1% positive duty cycle. This maintains the output of the MCP1640 device up to 2.3V, which is sufficient to keep the PIC microcontroller live. This solution reduces up to 80% of the No Load Input Current the MCP1640 consumes in PFM Mode.