
References Page 21
Multiaxis Motor Control BoardFebruary 2014 Altera Corporation
The function of the three
DRV_x_HSMC_RSLVR_DRV_HALL_QUAD_y
signals on the HSMC
changes according to the jumper settings for resolver (Table 15) and Hall effect and
quadrature (Table 16).
HSMC Isolator Power Supply
You may source the power supply for the host FPGA board side of the isolators
directly from the HSMC 3.3-V supply or derive it from the HSMC 12-V supply by a
switching regulator module (Table 17). This feature allows for situations where
insufficient power is available from one or the other of the HSMC supplies.
References
■ Altera HSMC Specification
■ Altera Multiaxis Motor Control Board Schematics
■ Astec AIF – PFC 1600W AC-DC Converter Module Technical Reference Note
■ Fairchild FNB41560/B2 Smart Power Module Data Sheet
■ Fairchild AN-9070 Smart Power Module Motion-SPM Products Application Note
■ Analog Devices AD7401 Isolated Sigma-Delta Modulator Data Sheet
Out Out Out In In In Hall effect, quadrature.
All other combinations Invalid.
Table 15. Resolver Interface Signals
Signal Direction Function
DRV_x_HSMC_RSLVR_DRV_HALL_QUAD_A
Input Resolver drive.
DRV_x_HSMC_RSLVR_COS_HALL_QUAD_B
Output Resolver cosine ADC bitstream.
DRV_x_HSMC_RSLVR_SIN_HALL_QUAD_C
Output Resolver sine ADC bitstream.
Table 16. Hall Effect and Quadrature Signals
Signal Direction Function
DRV_x_HSMC_RSLVR_DRV_HALL_QUAD_A
Output Channel A.
DRV_x_HSMC_RSLVR_COS_HALL_QUAD_B
Output Channel B.
DRV_x_HSMC_RSLVR_SIN_HALL_QUAD_C
Output Channel C.
Table 14. Encoder Interface Selection
Jumper Positions
Encoder Interface
ABCDEF
Table 17. Isolator Isolated Power Supply
J58 Pins Linked Isolator 3.3V_ISO Power Supply
1 to 2 3.3-V auxiliary from HSMC 12 V via LTM8022 module.
2 to 3 Direct from HSMC 3/3 V.
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