I/O Expanders16 Products
Sort by:
| Image | Part Number | Manufacturer | Description | Availability | Actions | |
|---|---|---|---|---|---|---|
 PDF | PCA9500D,118 | NXP Semiconductors | IC XPNDR 400KHZ I2C SMBUS 16SO | In Stock | MOQ: 1 Hover to quote | |
 PDF | PCA9674APW,112 | NXP Semiconductors | IC XPNDR 1MHZ I2C 16TSSOP | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9670PW,112 | NXP Semiconductors | Remote 8-bit I\/O expander for F | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9534PW,112 | NXP Semiconductors | IC XPND 400KHZ I2C SMBUS 16TSSOP | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9500D,112 | NXP Semiconductors | IC XPNDR 400KHZ I2C SMBUS 16SO | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9554PW/DG,118 | NXP Semiconductors | IC XPND 400KHZ I2C SMBUS 16TSSOP | In Stock | MOQ: 1 Hover to quote | |
 PDF | PCA9673D,118 | NXP Semiconductors | IC XPNDR 1MHZ I2C 24SO | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9554AD,112 | NXP Semiconductors | IC XPNDR 400KHZ I2C SMBUS 16SO | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9538PW,112 | NXP Semiconductors | IC XPND 400KHZ I2C SMBUS 16TSSOP | In Stock | MOQ: 1 Hover to quote | |
 PDF | PCA9554ADB,112 | NXP Semiconductors | IC XPNDR 400KHZ I2C SMBUS 16SSOP | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9574PW,112 | NXP Semiconductors | IC XPND 400KHZ I2C SMBUS 16TSSOP | In Stock | MOQ: 1 Hover to quote | |
 PDF | PCA9672BS,118 | NXP Semiconductors | IC XPNDR 1MHZ I2C SMBUS 16HVQFN | In Stock | MOQ: 1 Hover to quote | |
 PDF | PCA9501PW,112 | NXP Semiconductors | IC XPND 400KHZ I2C SMBUS 20TSSOP | In Stock | MOQ: 1 Hover to quote | |
 PDF | PCA9675PW,118 | NXP Semiconductors | PCA9675PW - Remote 16-Bit I/O Ex | In Stock | MOQ: 1 Hover to quote | |
PDF | PCA9673D,112 | NXP Semiconductors | IC XPNDR 1MHZ I2C 24SO | In Stock | MOQ: 1 Hover to quote | |
PDF | PCAL9538APWJ | NXP Semiconductors | PCAL9538A - LOW-VOLTAGE 8-BIT I2 | In Stock | MOQ: 1 Hover to quote |
Devices in this family are used in conjunction with microcontrollers, microprocessors, or similar devices for the purpose of increasing the number of signal connections available for connecting peripheral devices. The typical concept of operation involves the use of serial communications requiring only a few I/O lines on the host device to read/write the status of many input/output pins on the expander device. The technique exchanges speed of communication for increased connectivity, and is best suited for applications where fast response is not critical, such as in many human interface applications.