brushless_16f628 Brushless controller for pic 16f628 - source code download

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brushless_16f628

Classification:Hardware/embedded - other Hardware/embedded Development Tool:Asm Sise:184 KB Upload time:2013/9/12 4:50:53 Uploader:juan93 Download Statistics:

Description

Brushless controller for pic 16f628

File list:
brushless_16f628
...............\com_m_atras
...............\...........\brushless_16f628.mcp
...............\...........\brushless_16f628.mcs
...............\...........\brushless_16f628.mcw
...............\...........\brushless_16f628.mptags
...............\...........\brushless_16f628.tagsrc
...............\...........\main.asm
...............\...........\main.COD
...............\...........\main.err
...............\...........\main.HEX
...............\...........\main.lst
...............\...........\marcha_atras.asm
...............\sem_m_atras
...............\...........\070308
...............\...........\......\brushless_16f628.mcp
...............\...........\......\brushless_16f628.mcs
...............\...........\......\brushless_16f628.mcw
...............\...........\......\brushless_16f628.mptags
...............\...........\......\brushless_16f628.tagsrc
...............\...........\......\main.asm
...............\...........\......\main.COD
...............\...........\......\main.err
...............\...........\......\main.HEX
...............\...........\......\main.lst
...............\...........\......\marcha_atras.asm
...............\...........\260208
...............\...........\......\brushless_16f628.mcp
...............\...........\......\brushless_16f628.mcs
...............\...........\......\brushless_16f628.mcw
...............\...........\......\brushless_16f628.mptags
...............\...........\......\brushless_16f628.tagsrc
...............\...........\......\main.asm
...............\...........\......\main.COD
...............\...........\......\main.err
...............\...........\......\main.HEX
...............\...........\......\main.lst
...............\...........\......\marcha_atras.asm
...............\...........\brushless_16f628.mcp
...............\...........\brushless_16f628.mcs
...............\...........\brushless_16f628.mcw
...............\...........\brushless_16f628.mptags
...............\...........\brushless_16f628.tagsrc
...............\...........\main.asm
...............\...........\main.COD
...............\...........\main.err
...............\...........\main.HEX
...............\...........\main.lst
...............\...........\marcha_atras.asm
...............\sem_rc
...............\......\brushless_16f628.mcp
...............\......\brushless_16f628.mcs
...............\......\brushless_16f628.mcw
...............\......\brushless_16f628.mptags
...............\......\brushless_16f628.tagsrc
...............\......\main.asm
...............\......\main.COD
...............\......\main.err
...............\......\main.HEX
...............\......\main.lst

Related source code

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[power_brushlessDCmotor] - A three-phase motor rated 1 kW, 500 Vdc, 3000 rpm is fed by a six step voltage inverter. The inverter is a MOSFET bridge of the SimPowerSystems™ library. A speed regulator is used to control the DC bus voltage. The inverter gates signals are produced by decoding the Hall effect signlas of the motor. The three-phase output of the inverter are applied to the PMSM block s stator windings. The load torque applied to the machine s shaft is first set to 0 and steps to its nominal value (11 N.m) at t = 0.1 s. Two control loops are used. The inner loop synchronises the inverter gates signals with the electromotive forces. The outer loop controls the motor s speed by varying the DC bus voltage. -A three-phase motor rated 1 kW, 500 Vdc, 3000 rpm is fed by a six step voltage inverter. The inverter is a MOSFET bridge of the SimPowerSystems™ library. A speed regulator is used to control the DC bus voltage. The inverter gates signals are produced by decoding the Hall effect signlas of the motor. The three-phase output of the inverter are applied to the PMSM block s stator windings. The load torque applied to the machine s shaft is first set to 0 and steps to its nominal value (11 N.m) at t = 0.1 s. Two control loops are used. The inner loop synchronises the inverter gates signals with the electromotive forces. The outer loop controls the motor s speed by varying the DC bus voltage.
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