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

RS kataloški broj:: 880-6837robna marka: MicrochipProizvođački broj:: MCP1640RD-4ABC
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Tehnička dokumentacija

Tehnički podaci

Proizvođač

Microchip

Power Management Function

Boost Converter

Kit Classification

Reference Design

Featured Device

MCP1640

Kit Name

Single Quadruple-A Battery Boost Converter Reference Design

Detalji o proizvodu

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

P.O.A.

Microchip Single Quadruple-A Battery Boost Converter Reference Design Boost Converter for MCP1640
Informacije o stanju skladišta trenutno nisu dostupne.

Tehnička dokumentacija

Tehnički podaci

Proizvođač

Microchip

Power Management Function

Boost Converter

Kit Classification

Reference Design

Featured Device

MCP1640

Kit Name

Single Quadruple-A Battery Boost Converter Reference Design

Detalji o proizvodu

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.