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- To compute the pressure drop on the individual magnets I still need to consider two channels, right? (Yes)
- I could include the pressure drop when I recompute mu and rho for the individual magnets…
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What steps will reproduce the problem?
1. mouse down on the sequence flow icon in the shape menu of a node
2. move over another node
What is the expected output?
The magnets of the target node sh…
-
```
What steps will reproduce the problem?
1. mouse down on the sequence flow icon in the shape menu of a node
2. move over another node
What is the expected output?
The magnets of the target node sh…
-
```
What steps will reproduce the problem?
1. mouse down on the sequence flow icon in the shape menu of a node
2. move over another node
What is the expected output?
The magnets of the target node sh…
-
```
What steps will reproduce the problem?
1. mouse down on the sequence flow icon in the shape menu of a node
2. move over another node
What is the expected output?
The magnets of the target node sh…
-
```
What steps will reproduce the problem?
1. mouse down on the sequence flow icon in the shape menu of a node
2. move over another node
What is the expected output?
The magnets of the target node sh…
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Can you please keep an eye on the position sensor?
In my case I marked one magnet of the sensor wheel with a pen and hence know the exact position. And I marked the rope at position 0.
When I drive …
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Instead of IR sensor with a PCB, steel ball and mechanic arm
with 2 magnets in repulsion, filament sensor can be
simplified to 1 or 2 cylindrical magnets 5x5 mm in attraction
and Hall sensor in 3-p…
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```
What steps will reproduce the problem?
1. mouse down on the sequence flow icon in the shape menu of a node
2. move over another node
What is the expected output?
The magnets of the target node sh…
-
```
What steps will reproduce the problem?
1. mouse down on the sequence flow icon in the shape menu of a node
2. move over another node
What is the expected output?
The magnets of the target node sh…