Which Sensor Setup Wins the Race: 80ft Wide Field or 20ft Wide Spaceship?

AI Thread Summary
The discussion centers on the effectiveness of using an 80ft wide electromagnetic field versus a 20ft wide spaceship for sensor detection in a race scenario. Participants debate whether the spaceship should pass between sensors or if the sensors should detect the spaceship's electromagnetic field. The suggestion of utilizing proven technology like photosensors, commonly used in drag racing, is proposed as a reliable method for determining the winner. There is also a request for clarification on the context, with a mention of potential drone racing applications. Ultimately, the conversation seeks to identify the best sensor setup for accurately detecting the spaceship's width in a competitive environment.
colinbeaton1
Messages
10
Reaction score
0
Which is better and how to do it?

Make a spaceship an electromganetic field and go through a sensor so at the end of the race it must pass between the sensors to win, and what sensor would you need for very close width. Saying the spaceship is 20ft wide and both sides must be between the 80ft wide sensor.

Or would you make an 80ft wide electromagnetic field and have the 20ft wide spaceship get sensed?
 
Engineering news on Phys.org
colinbeaton1 said:
Which is better and how to do it?

Make a spaceship an electromganetic field and go through a sensor so at the end of the race it must pass between the sensors to win, and what sensor would you need for very close width. Saying the spaceship is 20ft wide and both sides must be between the 80ft wide sensor.

Or would you make an 80ft wide electromagnetic field and have the 20ft wide spaceship get sensed?
I'm not sure I understand the context or the question, but why not just use the proven technology of photosensors? That's used in drag races at the finish line, I believe...
 
colinbeaton1 said:
Which is better and how to do it?

Make a spaceship an electromganetic field and go through a sensor so at the end of the race it must pass between the sensors to win, and what sensor would you need for very close width. Saying the spaceship is 20ft wide and both sides must be between the 80ft wide sensor.

Or would you make an 80ft wide electromagnetic field and have the 20ft wide spaceship get sensed?

Is your question related to drone races? If so please give us your complete list of requirements and we'll try to help.
 
magnetometer ?
 
  • Like
Likes davenn
Hi all I have some confusion about piezoelectrical sensors combination. If i have three acoustic piezoelectrical sensors (with same receive sensitivity in dB ref V/1uPa) placed at specific distance, these sensors receive acoustic signal from a sound source placed at far field distance (Plane Wave) and from broadside. I receive output of these sensors through individual preamplifiers, add them through hardware like summer circuit adder or in software after digitization and in this way got an...
While I was rolling out a shielded cable, a though came to my mind - what happens to the current flow in the cable if there came a short between the wire and the shield in both ends of the cable? For simplicity, lets assume a 1-wire copper wire wrapped in an aluminum shield. The wire and the shield has the same cross section area. There are insulating material between them, and in both ends there is a short between them. My first thought, the total resistance of the cable would be reduced...
I am not an electrical engineering student, but a lowly apprentice electrician. I learn both on the job and also take classes for my apprenticeship. I recently wired my first transformer and I understand that the neutral and ground are bonded together in the transformer or in the service. What I don't understand is, if the neutral is a current carrying conductor, which is then bonded to the ground conductor, why does current only flow back to its source and not on the ground path...
Back
Top