Design and evaluation of PID electronic control system for seed meters for maize precision planting
X He, Y Ding, D Zhang, L Yang, T Cui… - Transactions of the …, 2017 - ingentaconnect.com
A proportional-integral-derivative (PID) electronic control system for seed meters was
developed to improve the planting quality and operation efficiency of conventional planters
with ground wheel and chain driven system. A PID algorithm was used for controlling seed
plate rotation speed. In addition, the PID controller incorporated integral separation of the
integral term to increase the response time and reduce the occurrence of overshoot when
the set point was far away from the current rotation rate. The final tuned PID parameter …
developed to improve the planting quality and operation efficiency of conventional planters
with ground wheel and chain driven system. A PID algorithm was used for controlling seed
plate rotation speed. In addition, the PID controller incorporated integral separation of the
integral term to increase the response time and reduce the occurrence of overshoot when
the set point was far away from the current rotation rate. The final tuned PID parameter …
Design and evaluation of PID electronic control system for seed meters for maize precision planting.
HXT He XianTao, DYQ Ding YouQiang… - 2017 - cabidigitallibrary.org
A proportional-integral-derivative (PID) electronic control system for seed meters was
developed to improve the planting quality and operation efficiency of conventional planters
with ground wheel and chain driven system. A PID algorithm was used for controlling seed
plate rotation speed. In addition, the PID controller incorporated integral separation of the
integral term to increase the response time and reduce the occurrence of overshoot when
the set point was far away from the current rotation rate. The final tuned PID parameter …
developed to improve the planting quality and operation efficiency of conventional planters
with ground wheel and chain driven system. A PID algorithm was used for controlling seed
plate rotation speed. In addition, the PID controller incorporated integral separation of the
integral term to increase the response time and reduce the occurrence of overshoot when
the set point was far away from the current rotation rate. The final tuned PID parameter …
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