Analog Devices 18-Channel I/O Expander I2C 24-Pin LFCSP WQ, ADP5587ACPZ-R7

RS Stock No.: 160-4440Brand: Analog DevicesManufacturers Part No.: ADP5587ACPZ-R7
brand-logo
View all in I/O Expanders

Technical documents

Specifications

Number of I/O Channels

18

Interface

I2C

Number of Pins

24

Package Type

LFCSP WQ

Clock Frequency

400kHz

Mounting Type

Surface Mount

Maximum Supply Voltage

3.6 V

Minimum Supply Voltage

1.65 V

Country of Origin

United States

Product details

Serial I/O Peripherals, Analog Devices

This range of mobile I/O expanders and keypad controllers from Analog Devices are ideal for applications which need a large extended keypad and/or expanded I/Os. This is applications such as portable devices, smartphones, inventory scanners, medical equipment and meter readers.
Mobile I/O expanders take some of the functionality that is carried out by a microprocessor, for example GPIO and key scan function. Microprocessors are then able to carry out higher priority functions whilst providing higher efficiency and lower power consumption.

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

P.O.A.

Analog Devices 18-Channel I/O Expander I2C 24-Pin LFCSP WQ, ADP5587ACPZ-R7

P.O.A.

Analog Devices 18-Channel I/O Expander I2C 24-Pin LFCSP WQ, ADP5587ACPZ-R7
Stock information temporarily unavailable.

Technical documents

Specifications

Number of I/O Channels

18

Interface

I2C

Number of Pins

24

Package Type

LFCSP WQ

Clock Frequency

400kHz

Mounting Type

Surface Mount

Maximum Supply Voltage

3.6 V

Minimum Supply Voltage

1.65 V

Country of Origin

United States

Product details

Serial I/O Peripherals, Analog Devices

This range of mobile I/O expanders and keypad controllers from Analog Devices are ideal for applications which need a large extended keypad and/or expanded I/Os. This is applications such as portable devices, smartphones, inventory scanners, medical equipment and meter readers.
Mobile I/O expanders take some of the functionality that is carried out by a microprocessor, for example GPIO and key scan function. Microprocessors are then able to carry out higher priority functions whilst providing higher efficiency and lower power consumption.