Golden Triangle Group Ltd
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Electric Scissors Solution
Description
Electric scissors are widely used in gardening, fruit forest pruning, cutting, picking and other occasions. Golden Triangle Group has launched a cost-effective electric scissors main control board and blade position detection board with few peripheral components to provide a complete solution.
Electric scissors program performance characteristics:
> Built-in 12-bit ADC, multi-channel operational amplifier, PGA, N+N drive, simplifying the peripheral circuit
> Optimized sensorless startup algorithm, 100% startup success
> Motor position tracking algorithm, position speed curve algorithm, comfortable hand feeling, position torque following
> The algorithm realizes that the opening or closing position can be set at any position, without relying on the hall position
> Double-click the trigger to turn on, fast switching of openings, locked-rotor rebound, zero-current sleep
> With opening fast switching, power display, automatic standby and hibernation, anti-cutting hands
> With input over-voltage and under-voltage protection, over-current protection, over-temperature protection, phase-to-phase short-circuit protection, phase loss protection, locked-rotor protection and other protection functions
| Attribute | Attribute Value |
| Built-in ADC | 12-bit resolution |
| Multi-channel operational amplifier and PGA | Enhanced analog signal processing |
| N+N drive | Increased motor drive capability |
| Simplified peripheral circuit | Streamlined external circuitry requirements |
| Optimized sensorless startup algorithm | 100% startup success rate |
| Motor position tracking algorithm | Precise tracking of motor position |
| Position speed curve algorithm | Smooth and comfortable operation |
| Position torque following | Responsive torque control based on position |
| Independent position setting | Opening or closing position can be set at any position |
| Double-click trigger activation | Fast and convenient switching |
| Locked-rotor rebound | Automatic recovery from locked-rotor situations |
| Zero-current sleep | Low-power sleep mode when not in use |
System diagram
