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Dragan Olćan 2025-04-27 17:12:33 +02:00
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@ -82,13 +82,13 @@ The strap is 2 m 34-wire flat cable connected to the cascade with 34-bin boxer c
### Motherboard ### Motherboard
Motherboard is a separate PCB connected to the grip (with 4-wire cable), to the cascade (with 2-wire cable with XT60 connector) and to the shaper (with 4-wire cable). The main purpose of the motherboard is to orchestrate the functioning of O-ESD and to provide the user interface. <br> Motherboard is a separate PCB connected to the grip (with 4-wire cable), to the cascade (with 2-wire cable with XT60 connector) and to the shaper (with 4-wire cable). The main purpose of the motherboard is to orchestrate the functioning of O-ESD and to provide the user interface. <br>
![Motherboard_assembly](img_motherboard_assembly.png)<br> ![Motherboard_assembly](img_motherboard_assembly.png)<br>
All components of the motherboard except step-up transformer are available on the marker. The step-up transformer must be assembled per specifications.<br> All components of the motherboard except step-up transformer are available on the market. The step-up transformer must be assembled per specifications.<br>
![Trafo_assembly](img_trafo_assembly.png)<br> ![Trafo_assembly](img_trafo_assembly.png)<br>
The transformer has the following roles:<br> The transformer has the following roles:
*to accumulate energy while the switching transistor is in the on state and release that energy to the high-voltage cascade when the switching transistor goes to the off state; *to accumulate energy while the switching transistor is in the on state and release that energy to the high-voltage cascade when the switching transistor goes to the off state;
*to provide step-up voltage transformation from the low-voltage input to the high-voltage cascade and *to provide step-up voltage transformation from the low-voltage input to the high-voltage cascade and
*to provide galvanic insulation between the low-voltage input and the high-voltage cascade. *to provide galvanic insulation between the low-voltage input and the high-voltage cascade.
Windings<br> <br>Windings<br>
(1) The primary and the secondary are to be wound on the coil former.<br> (1) The primary and the secondary are to be wound on the coil former.<br>
(2) The total number of turns for the primary winding is 4.<br> (2) The total number of turns for the primary winding is 4.<br>
(3) The total number of turns for the secondary winding is 1860, i.e., about 155 per layer, 12 layer in total.<br> (3) The total number of turns for the secondary winding is 1860, i.e., about 155 per layer, 12 layer in total.<br>