Overview:
HD Slip Ring is an electromechanical device. It allows the transmission of power and signals from a stationary to a rotating structure. It consists of an electrically conductive rotating ring, with one or more stationary contacts. They are called "stations" or "spokes". Electrical signals (power and/or data) are transmitted through the slip ring. This is done by means of brushes that make contact with the ring.
It is typically used where there is a need to rotate one object relative to another. Especially for passing power and/or signals from the stationary object to the rotating object.
Regarding it's application in conjunction with other equipment, we'll need high-quality production. Oubaibo uses components imported from the United States and high-frequency signal processing. Which has the characteristics of small size, lightweight, good insulation performance, stable transmission, and so on. Its unique design makes it an ideal choice for many applications.
Hd Slip Ring,Slip Ring Power,Fiber Optic Slip Rings,Small Slip Rings Dongguan Oubaibo Technology Co., Ltd. , https://www.sliprob.com
This design uses ARM as the control core, combined with push-pull boost circuit and SPWM inverter circuit, realizes the conversion of 12VDC input voltage to 110VAC AC sinusoidal voltage output. Experiments show that the inverter has the characteristics of small voltage ripple, high dynamic response and full digital, which can meet the actual needs.
1. System overall plan
1.1 Overall design block diagram As shown in Figure 1, the inverter system consists of a boost circuit, an inverter circuit, a control circuit and a feedback circuit. The DC12V of the low-voltage DC power supply is boosted, rectified and filtered by the booster circuit to obtain about DC170V high-voltage direct current, and then filtered by the DC/AC conversion and LC filter of the full-bridge inverter circuit to obtain AC110V sinusoidal alternating current.
The inverter uses the ARM controller as the control core. The feedback signal of the output voltage and current is processed by the feedback circuit and then enters the on-chip AD of the ARM processor. After the AD conversion and the digital PI operation, the corresponding SPWM pulse signal is generated, and the SPWM is changed. The modulation ratio can change the output voltage to complete the closed-loop control of the entire inverter. 
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