mcp23s17 example code spi slave
Abstract: mcp23017 application note mcp23017 "application note" MCP23x17 MCP23017 AN1043 MCP23S17 intcon MCP23S08 GP15
Text: AN1043 Unique Features of the MCP23X08/17 GPIO Expanders Author: Pat Richards Microchip Technology Inc. INTRODUCTION GPIO expanders provide easy I/O expansion using standard serial interfaces. GPIO products are used to increase the I/O on an MCU or provide remote I/O
|
Original
|
AN1043
MCP23X08/17
MCP23X08
DS00000A-page
mcp23s17 example code spi slave
mcp23017 application note
mcp23017 "application note"
MCP23x17
MCP23017
AN1043
MCP23S17
intcon
MCP23S08
GP15
|
PDF
|
Untitled
Abstract: No abstract text available
Text: MAX7304PMB1 Peripheral Module General Description The MAX7304PMB1 peripheral module provides the necessary hardware to interface the MAX7304 16-port GPIO and LED driver to any system that utilizes PmodK-compatible expansion ports configurable for I2C communication. The IC features 16 GPIO ports
|
Original
|
MAX7304PMB1
MAX7304
16-port
PORT12â
PORT15
|
PDF
|
Untitled
Abstract: No abstract text available
Text: UM10752 OM13489 16-bit GPIO Daughter Card User Manual Rev. 1.0 — 11 October 2013 User manual Document information Info Content Keywords Fm+ Development Kit, OM13320, GPIO, OM13303 Abstract Installation guide and User Manual for the OM13489 16-bit GPIO Daughter Card that connects to OM13320 Fm+ Development Kit. This
|
Original
|
UM10752
OM13489
16-bit
OM13320,
OM13303
OM13320
|
PDF
|
PCA9955
Abstract: i2c port expander PCA9704 UM10204 LPC1343 PCA9574 PCA9702 uart for lpc1343 PCA8574 PCA9500
Text: GPIO Expander Cost-effective, flexible options from the I2C-bus leader 3 10/09/10 12:34 NXP’s general-purpose input/output GPIO expanders are a simple, cost-effective way to monitor and control several peripheral
|
Original
|
|
PDF
|
RS-232 to i2c converter
Abstract: i2c to RS-232 converter SC18IM700 FPGA with i2c eeprom RS-232 chip to i2c converter RS-232 to spi converter SC18IM700IPW SC18IS600 SC18IS600IPW SC18IS601
Text: NXP I2C master bridges SC18IS600/601 and SC18IM700 Low-power bridges for SPI slave or UART to I2C master or GPIO These compact protocol converters create seamless, low-power, low-voltage interface connections, so they make it quick and easy to add I2C master and GPIO capability to any
|
Original
|
SC18IS600/601
SC18IM700
RS-232 to i2c converter
i2c to RS-232 converter
SC18IM700
FPGA with i2c eeprom
RS-232 chip to i2c converter
RS-232 to spi converter
SC18IM700IPW
SC18IS600
SC18IS600IPW
SC18IS601
|
PDF
|
PCF857X
Abstract: PCA857X PCA9554 AN469 PCA9536 PCA9537 PCA9538 PCA9554A PCA9555 NXP PCA9555
Text: NXP 4/8/16-bit I2C/SMBus GPIO expanders PCA9536/54/54A/55 Versatile, easy-to-use GPIO expanders These I2C/SMBus-compatible devices make it easy to add programmable I/O ports to a wide range of applications. Key features Ñ Compatible with I2C-bus and SMBus
|
Original
|
4/8/16-bit
PCA9536/54/54A/55
25-mA
10-mA
100-mA
PCA92
PCF857X
PCA857X
PCA9554
AN469
PCA9536
PCA9537
PCA9538
PCA9554A
PCA9555
NXP PCA9555
|
PDF
|
SC18IM700
Abstract: RS-232 to i2c converter sc18is602ipw I2C master controller uart i2c to RS-232 converter LCD 16PIN 4 SC18IS600 SC18IS600IPW SC18IS601 SC18IS602
Text: NXP I2C/SPI master bridges SC18IS600/601, SC18IS602/603, and SC18IM700 Connect I2C/SPI slave or UART to I2C/SPI master or GPIO These compact protocol converters create seamless, low-power, low-voltage interface connections, so they make it quick and easy to add I2C/SPI master and GPIO capability to
|
Original
|
SC18IS600/601,
SC18IS602/603,
SC18IM700
SC18IS600/601
SC18IM700
RS-232 to i2c converter
sc18is602ipw
I2C master controller uart
i2c to RS-232 converter
LCD 16PIN 4
SC18IS600
SC18IS600IPW
SC18IS601
SC18IS602
|
PDF
|
AN469
Abstract: PCA9535CPW PCA9534 PCA9535 PCA9535C PCA9554 PCA9554A PCA9555 PCF857X
Text: NXP 8/16-bit I2C/SMBus GPIO expanders PCA9534/35/35C for low-power applications Low-power GPIO expanders for portable applications These I2C/SMBus-compatible devices offer an extremely low standby current <1.0 µA max and make it easy to add programmable I/O ports to battery-powered applications.
|
Original
|
8/16-bit
PCA9534/35/35C
25-mA
10-mA
100-mA
9535CPW
PCA9535CPW-T
PCA9534BS-T
PCA9535BS-T
PCA9535HF-T
AN469
PCA9535CPW
PCA9534
PCA9535
PCA9535C
PCA9554
PCA9554A
PCA9555
PCF857X
|
PDF
|
PCA9531
Abstract: 16073 AN264 PCA9532PW-T JESD22-A114 JESD22-A115 JESD78 PCA9530 PCA9532 PCA9533
Text: NXP 2/4/8/16-bit I2C/SMBus LED dimmers PCA9530/31/32/33 LED dimming with GPIO expansion These I2C/SMBus-compatible GPIO expanders, optimized for dimming LEDs, support two userprogrammable blink and dimming rates, programmable up to 256 levels of brightness, without
|
Original
|
2/4/8/16-bit
PCA9530/31/32/33
PCA9551PW
PCA9531PW-T
PCA9532PW
PCA9532PW-T
PCA9533DP/01-T
PCA9531BS-T
PCA9532BS-T
PCA9531
16073
AN264
PCA9532PW-T
JESD22-A114
JESD22-A115
JESD78
PCA9530
PCA9532
PCA9533
|
PDF
|
D9-D15
Abstract: 1391n RD1073 LC4256ZE LCMXO256C-3T100C
Text: SPI GPIO Expander February 2010 Reference Design RD1073 Introduction Microprocessors often have a limited number of general purpose I/O GPIO ports. This approach helps reduce pin count and shrink package size. I/O expanders, or port expanders, provide I/O expansion capabilities for microprocessors. They allow designers to save the GPIO ports on the microprocessor for other critical tasks. There are
|
Original
|
RD1073
LCMXO256C-3T100C
LC4256ZE-5TN100C
1-800-LATTICE
D9-D15
1391n
RD1073
LC4256ZE
|
PDF
|
AN3230
Abstract: trace code altera max ii verilog code for i2c EPM240G gpio to i2C verilog code for dongle EPM240 altera board
Text: GPIO Pin Expansion Using I2C Bus Interface in MAX II CPLDs December 2007, ver. 1.0 Application Note 494 Introduction This design example illustrates the capability of Altera MAX® II CPLDs to provide general purpose I/O GPIO pin expansion via an industry
|
Original
|
|
PDF
|
SC16IS750 application
Abstract: SC16IS750 sc16is750 application design SC16IS752 SC16is7x HVQFN32 SC16IS7xx SC16IS750 application IRDA SC16IS752 application simple UART
Text: NXP low-power bridges SC16IS750/52/60/62 Low-power bridges for I2C or SPI to UART or IrDA or GPIO These compact protocol converters create seamless, low-power, low-voltage connections for the most widely used interfaces I2C, GPIO, IrDA, SPI, UART , making it easy to add multiple devices
|
Original
|
SC16IS750/52/60/62
16C-coreH
SC16IS750 application
SC16IS750
sc16is750 application design
SC16IS752
SC16is7x
HVQFN32
SC16IS7xx
SC16IS750 application IRDA
SC16IS752 application
simple UART
|
PDF
|
OM6275
Abstract: PCA9530 PCA9698
Text: NXP PCA9698 daughter card OM6281 Easily test and demonstrate the PCA9698 40-bit GPIO This add-on to NXP’s I2C 2005-1 demo board makes it easy to test and design with the PCA9698, a Fast-mode Plus Fm+ GPIO device, that provides 40-bit I/O expansion with outputs capable of
|
Original
|
PCA9698
OM6281
40-bit
PCA9698,
30-mA
40-bit
OM6275
PCA9530
|
PDF
|
Cortex A-7
Abstract: core cortex a9 cortex a9 core
Text: HB3 RMx Host Board 3 PRODUCT INFORMATION HB3 - For the Engineers Links for Zigbee UART CAN Zigbee RS232 8 GPIO Tx/Rx LEDs Reset & Mode Switches B Analog Input O/Ps Analog GPIO I/Ps U - I2C, etc 7 to 12 volt DC Inputs Insert your RM module here 5 & 12 volt DC
|
Original
|
RS232
EN55024
EN55022
EN60950
170mm
Cortex A-7
core cortex a9
cortex a9 core
|
PDF
|
|
|
Untitled
Abstract: No abstract text available
Text: CP2400-C-GDI Tested 128 Segment LCD Driver Die in Wafer Form LCD Driver - Controls up to 128 segments - Supports static, 2-mux, 3-mux, and 4-mux displays - On-chip bias generation with internal charge pump - Low power blink capability GPIO Expander - Expands GPIO count by up to 36 pins
|
Original
|
CP2400-C-GDI
36-hour
|
PDF
|
Untitled
Abstract: No abstract text available
Text: EVALUATION KIT AVAILABLE MAX6948B High-Efficiency PWM LED Driver with Boost Converter and Five Constant-Current GPIO Ports General Description The MAX6948B general-purpose input/output GPIO peripheral drives a series string of white LEDs (WLEDs), and contains up to five general-purpose input/output
|
Original
|
MAX6948B
MAX6948B
10-bit
W252D2
|
PDF
|
TN0024
Abstract: No abstract text available
Text: Technical Note Using the GPIO Pins of the Z8 Encore! MCU TN002401-0304 Abstract This Technical Note describes how to initialize and use the GPIO pins of the Z8 Encore!® MCU for input, output, and alternate function operations. The Technical Note contains
|
Original
|
TN002401-0304
TN0024
|
PDF
|
MAX6947
Abstract: No abstract text available
Text: EVALUATION KIT AVAILABLE MAX6948B High-Efficiency PWM LED Driver with Boost Converter and Five Constant-Current GPIO Ports General Description The MAX6948B general-purpose input/output GPIO peripheral drives a series string of white LEDs (WLEDs), and contains up to five general-purpose input/output
|
Original
|
MAX6948B
10-bit
W252D2
MAX6947
|
PDF
|
56800E
Abstract: 56F8100 56F8147 56F8156 56F8157 56F8300 MC56F8300UM
Text: Freescale Semiconductor 56F8157 Product Brief Having met the memory needs of your application, do you long for more general purpose input/output GPIO pins? Wishing for a handful of additional GPIO without having to pay for additional memory you don’t need? Your wait is over! The 56F8157
|
Original
|
56F8157
56F8157
56F8156,
56F8147.
56F8100
MC56F8157PB
DSP56800E
56800E
56F8147
56F8156
56F8300
MC56F8300UM
|
PDF
|
56800E
Abstract: 56F8300 56F8347 56F8356 56F8357 MC56F8300UM MC56F8357
Text: Freescale Semiconductor 56F8357 Product Brief Having met the memory needs of your application, do you long for more general purpose input/output GPIO pins? Wishing for a handful of additional GPIO without having to pay for additional memory you don’t need? Your wait is over! The 56F8357
|
Original
|
56F8357
56F8357
56F8356,
56F8347.
56F8300
MC56F8357PB
DSP56800E
56800E
56F8347
56F8356
MC56F8300UM
MC56F8357
|
PDF
|
Untitled
Abstract: No abstract text available
Text: STMPE801 GPIO enhanced port expander Preliminary Data Features • 8 GPIO ■ Operating voltage 1.65V - 3.6V ■ I/O voltage 1.65V-3.6V ■ Interrupt output pin ■ Reset input pin ■ Wake up feature on each I/O ■ Up to 2 devices sharing the same bus 1 address line
|
Original
|
STMPE801
QFN16L
STMPE801
|
PDF
|
schematic boost PWM converter
Abstract: Different types of PWM boost converter mosfet dc to dc boost converter PWM IC 14 PIN sda scl 3v led max6948 MAX6947
Text: TION KIT EVALUA BLE A IL A V A 19-4935; Rev 0; 9/09 High-Efficiency PWM LED Driver with Boost Converter and Five Constant-Current GPIO Ports The MAX6948B general-purpose input/output GPIO peripheral drives a series string of white LEDs (WLEDs), and contains up to five general-purpose input/output
|
Original
|
MAX6948B
10-bit
W252D2
schematic boost PWM converter
Different types of PWM boost converter
mosfet dc to dc boost converter
PWM IC 14 PIN sda scl
3v led
max6948
MAX6947
|
PDF
|
Untitled
Abstract: No abstract text available
Text: TION KIT EVALUA BLE A IL A V A 19-4935; Rev 0; 9/09 High-Efficiency PWM LED Driver with Boost Converter and Five Constant-Current GPIO Ports The MAX6948B general-purpose input/output GPIO peripheral drives a series string of white LEDs (WLEDs), and contains up to five general-purpose input/output
|
Original
|
MAX6948B
10-bit
W252D2
|
PDF
|
POWER GRID CONTROL THROUGH PC project
Abstract: FT323R ftdi mdio example ft323 ft232r circuit cellar BUT22
Text: by DJ Delorie Construct a U5B GPIO Pod Part 1 ho Parallel Port, fio Problem Unless you've been in a cave for the past decade, you know that the parallel port has been eclipsed by the USB port. In this article, DJ describes how to design a general-purpose input output (GPIO) pod that can plug into your USB port, how you
|
OCR Scan
|
1980s,
TTL-compatipumcu/rej09b
r8c2021hm
FT232R
com/Products/FT232R
llar/2009/225.
POWER GRID CONTROL THROUGH PC project
FT323R
ftdi mdio example
ft323
circuit cellar
BUT22
|
PDF
|
