We've changed another version of the robot power adapter plate

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We've changed another version of the Robot Power Adaptor Board</trp-post-container

We've changed another version of the robot Power Adapter Board

Since the beginning of robotics, the issue of powering the entire system has been an unavoidable hurdle.The robot's power supply system is arguably the beginning of all possibilitiesA safe and stable power supply system will greatly enhance the stability of the robotic system.

What are the robot power requirements?

       Since the robot it'sRelatively variable application scenariosSince there is no fixed size limit and most mobile robots work independently and require their own energy supply, battery power is arguably the primary choice for the vast majority of mobile devices. It has a long list of benefits, such as variety, customizable size, low cost of ownership, and easy maintenance. But it also has something not so pleasing:Battery voltage decreases as remaining charge decreases. Moreover, due to different application scenarios and functional requirements, Li-ion batteries are used from 3S to 12S (1S is one battery), which leads to the need for a general-purpose robot power supply system to adapt to a range of input voltages from about 8V to 50V (single Li-ion battery voltage of 2.8V to 4.2V).

The actual application development, power supply system is generally customized development, once the application scenarios have changed, the functional requirements plus or minus, this blood pressure Teng's up, and to restart the power supply design, material selection, performance limit test, and finally dare to use in the real machine. In the past, we have contacted the robot, most of the equipment used in the voltage specifications have 5V, 12V, 19V, 24V. The main thing is to supply sensors, MCU (microcontroller), the main controller (computer) and some execution structure (motor, air pump, etc.). Their power requirements for the maximum of 200W or so, and then large enough to add a separate dedicated power supply. And some peripheral devices allow a smaller range of input voltage fluctuations, for example, can not be greater than 10%, which requires your output voltage is more stable the better.

The ideal universal robot, in summary. The power supply system parameters are:

DC (direct current) power supply with an input voltage of 8V to 50V.

The output is a stable 5V, 12V, 19V, 24VDC (DC) power supply with an output power of about 200W.

 

And so it was that we completed this iteration

  • 1. Voltage automatically rises and falls. No more scratching your head over whether to boost or buck the voltage.
  • 2. Safety in use. Input reverse connection protection, output backflow prevention, output short circuit protection, over-temperature protection.
  • 3. Output stabilization. Voltage compensation is integrated in the output, which makes up for the line loss voltage in the use of high current.
  • 4. High power. Maximum single output 200W.
  • 5. High conversion efficiency. Average power conversion efficiency at 94%.
  • 6. Strong flexibility. Output with crimp terminals, want to press a few press a few.
  • 7. Compact layout, small size, easy to place.
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1 comment so far

happi Posted on 10:55 - November 1, 2023

Hi, what is the best way to purchase this revamped power board?

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