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I/O Model Reference 3
•
Timer/Counter I/O Models
use a timer/counter circuit in the Neuron Chip
or Smart Transceiver. Each Neuron Chip and each Smart Transceiver
has two timer/counter circuits: One whose input can be multiplexed, and
one with a dedicated input. Timer/counter I/O models include the
following types:
Input Model Types Output Model Types
dualslope edgedivide
edgelog frequency
infrared infrared_pattern
ontime oneshot
period pulsecount
pulsecount pulsewidth
quadrature stretchedtriac
totalcount triac
triggeredcount
•
Serial I/O Models
are used for transferring data serially over a pin or a
set of pins. The neurowire, i2c, magcard, magcard_bitstream, magtrack1,
and serial I/O models are mutually exclusive within a single Neuron Chip
or Smart Transceiver. Both the input and output versions of a serial I/O
model can coexist within a single Neuron Chip or Smart Transceiver.
Serial I/O models include the following types:
Serial Input Model Types Serial Output Model Types
bitshift bitshift
magcard serial
magcard_bitstream
magtrack1
serial
wiegand
Serial Input/Output Model Types
i2c
neurowire
sci
spi
•
Parallel I/O Models
are used for high-speed bidirectional I/O. I/O models
within this group use all of the Neuron Chip or Smart Transceiver I/O
pins. The parallel I/O models include the following types:
Parallel Input/Output Model Types
muxbus
parallel
Table 1 on page 4 through Table 5 on page 6 list the available I/O models within
each category.
Figure 1 on page 9 summarizes the pin configuration for each of
the I/O models. A single device can use various I/O models of different types
simultaneously.
- I/O Model Reference for Smart 1
- Transceivers and Neuron Chips 1
- Welcome 3
- Audience 3
- Related Documentation 3
- Mini FX User’s Guide 4
- Series 5000 Chip Data Book 4
- Table of Contents 5
- Introduction 11
- Overview 12
- Direct I/O Models 14
- Parallel I/O Models 14
- Serial I/O Models 15
- Overlaying I/O Objects 18
- I/O Timing Issues 22
- Information 24
- Multiplexing I/O Models 28
- General I/O Functions 28
- Neuron C Reference Guide 29
- I/O Events 31
- Neuron C Programmer’s Guide 31
- Using Functions or Events 35
- Timer/Counter I/O Models 38
- Output Models 39
- Bit Input/Output 42
- Bit Input Example 45
- Bit Output Example 45
- Byte Input/Output 45
- Byte Input Example 47
- Byte Output Example 48
- Leveldetect Input 48
- Nibble Input/Output 50
- Nibble Input Example 53
- Nibble Output Example 53
- Touch Input/Output 53
- Muxbus Input/Output 62
- Parallel Input/Output 65
- Master Program 71
- Slave Program 72
- Slave B Mode 73
- Token Passing 76
- Handshaking 76
- Transferring Data 76
- Resynchronization Procedure 77
- Using the IRQ Signal 80
- Bitshift Input/Output 86
- Bitshift Input Example 90
- Bitshift Output Example 90
- I2C Input/Output 90
- Magcard Bitstream Input 94
- Magcard Input 96
- Magtrack1 Input 99
- Programming Considerations 100
- Syntax 101
- Example 102
- Neurowire Input/Output 102
- Hardware Considerations 102
- Neurowire Master Mode 103
- Neurowire Slave Mode 104
- SCI (UART) Input/Output 108
- Serial Input/Output 113
- Serial Input Example 117
- Serial Output Example 117
- SPI Input/Output 117
- SPI Master 122
- SPI Master (Neurowire 122
- SPI Slave 123
- Wiegand Input 128
- Timer/Counter Input Models 133
- Dualslope Input 135
- Neuron C Resources 138
- Edgelog Input 139
- Infrared Input 144
- Ontime Input 148
- Period Input 151
- Pulsecount Input 155
- Quadrature Input 158
- Totalcount Input 161
- Timer/Counter Output Models 165
- Edgedivide Output 166
- Frequency Output 169
- Infrared Pattern Output 172
- Oneshot Output 175
- Pulsecount Output 178
- Pulsewidth Output 181
- Stretched Triac Output 184
- Triac Output 189
- Example 1 192
- Example 2 193
- Triggered Count Output 193
- Timer/Counter Periods and 197
- Resolution 197
- InputClock 199
- And so on 200
- Period = 201
- Frequency = 1 / 201
- 196 Index 206
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