Does anyone use disable switches for backup deployment charges? If the initial deployment charge works as it should, there is no need for the backup deployment charge to fire.
It seems like it would be pretty easy to install 2 switches in the AV bay which protrude through the AV bay wall, and are held in the 'closed' position by the fact that successful deployment has not yet happened. Thinking of 2 NO SPST switches that, when the AV bay is installed into the booster, give a closed circuit, and are installed in the backup deployment charge circuits. When successful deployment occurs with the main deployment device, the separation occurs, and the switch opens the crcuit, causing the backup charge not to fire by interrupting the backup device deployment current.
While not entirely in line with the KISS principle, it does prevent unnecessary events from happening.
Any thoughts on this?
It seems like it would be pretty easy to install 2 switches in the AV bay which protrude through the AV bay wall, and are held in the 'closed' position by the fact that successful deployment has not yet happened. Thinking of 2 NO SPST switches that, when the AV bay is installed into the booster, give a closed circuit, and are installed in the backup deployment charge circuits. When successful deployment occurs with the main deployment device, the separation occurs, and the switch opens the crcuit, causing the backup charge not to fire by interrupting the backup device deployment current.
While not entirely in line with the KISS principle, it does prevent unnecessary events from happening.
Any thoughts on this?