ETAS ES5340.2, Руководство пользователя

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ES5340.2 Electric Drive Simulation Board - User’s Guide 81
ETAS Configuring the Hardware in LABCAR-RTC
5.3 I/O Configuration
This chapter provides a description of the configuration of the input and output
channels of the ES5340.2.
Specifically, it includes information about:
• "Adding an Analog Position Sensor" on page 81
• "Adding a Digital Position Sensor" on page 82
• "Adding Outputs of Type "Direct Analog Out"" on page 84
• "Adding Outputs of Type "Analog Arbitrary"" on page 85
• "Adding Outputs of Type "Direct Digital Out"" on page 86
• "Adding Outputs of Type "Digital Arbitrary"" on page 88
• "Adding an Analog Input" on page 89
• "Adding a Digital Input" on page 90
• "Configuring the signal sources of the analog multiplexer" on page 92
• "Configuring the voltage reference and output type" on page 93
• "Defining the Default Values" on page 94
• "Configuring the Signal Sources of the Digital Multiplexer" on page 94
• "Configuring the output mode" on page 95
• "Defining the Default Values" on page 96
• "Exiting LABCAR-RTC" on page 96
5.3.1 Position sensors
To generate position information for the ECU, specific items must be added to
the hardware configuration.
There are two types of position sensors:
• Analog sensors
Example of these include resolvers and sine encoders
• Digital sensors
An example of a digital sensor is the "Trixy" sensor in BOSCH ECUs.
Adding an Analog Position Sensor
1. Right-click the "ES5340-Master" item and select
Add Item .
2. In the list, select the "ES5340-Analog-Out" item
and click OK .
The item is added.
3. Select "Resolver" or "Sine Encoder" operating
mode