Difference between revisions of "Setpoint signal"
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| − | Reference signal is a signal that will be used as ''target value'' in control systems. Typical | + | Reference signal is a signal that will be used as ''target value'' in control systems. Typical occurrencies of reference signals in GD products are: |
* Position reference | * Position reference | ||
* Veloicty reference | * Veloicty reference | ||
* Torque reference | * Torque reference | ||
| − | I.e. position reference value may be "1234" which could mean a target position of 1234 mm in some linear actuator. Or torque reference of 5 | + | I.e. position reference value may be "1234" which could mean a target position of 1234 mm in some linear actuator. Or torque reference of 5.0 could mean that motor is asked to produce 5 Nm torque. |
==Physical reference signal types== | ==Physical reference signal types== | ||
Reference signals may have several representations in real world including: | Reference signals may have several representations in real world including: | ||
Revision as of 14:50, 26 March 2012
Reference signal is a signal that will be used as target value in control systems. Typical occurrencies of reference signals in GD products are:
- Position reference
- Veloicty reference
- Torque reference
I.e. position reference value may be "1234" which could mean a target position of 1234 mm in some linear actuator. Or torque reference of 5.0 could mean that motor is asked to produce 5 Nm torque.
Physical reference signal types
Reference signals may have several representations in real world including:
- Analog reference signal
- Pulse and direction signals
- PWM signal
- Serial communication command
In these cases there will be a conversion between input and output units. For example when using +/-10V reference as velocity reference, the relation betveen types could be 1 Volt per 100 rpm (or any other scale).
