Altera Multiaxis Motor Control Board - Manual (Page 21)

References Page 21
Multiaxis Motor Control Board February 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
A B C D E F
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.