256-Position SPI Compatible Dual Digital Potentiometer AD5162
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1 Evaluation oard User Manual -Position SPI Compatible D Steps To Setup The Evaluation oard. Install D Software. Open D Rev.exe. Provide Power SupplyOr Use Power from Parallel Port +V. Configure oard and Connect to Parallel Port with Provided Parallel Cable. Measure Result Figure. Evaluation Kit Setup No Programming Skills Required! Rev /0/0
2 Evaluation oard User Manual -Position SPI Compatible D General Overview This evaluation board provides the user with a simple and quick solution to evaluate digital potentiometers from nalog Devices. Only one digital pot can be placed on the board at a time. For the user s convenience, a general purpose opamp,.v voltage reference, and two power MOSFETs are included and can be configured in a variety of flexible configurations. The digital pot can be used by itself or in conjunction with these other components. How to Get Started. Click on the Install Software link in the Digital POT CD browser or setup.exe if you don t have the CD browser.. Configure board to your liking(refer to Configuring Other Components on page for more details). two channel opamp(d),.v reference(dr0), and two power mosfets(fdv0n) are provided for your convenience. If you would simply like to evaluate the digital pot, then ignore Step and proceed to Step.. pply a separate power supply or use power from the parallel port(refer to Powering the D on page to avoid damaging the part).. Connect board to parallel port with provided parallel cable.. Open the D Rev program from the indows Start Program. Move scroll bar to program resistance settings. The operation is self-explanatory. Figure. D Software Graphic al Interface Rev /0/0
3 -Position SPI Compatible Evaluation oard User Manual D D NC/O D RES/D D RES/D NC/O D D D D D D D D RES/D 0 D RES/D OUT -IN V- +IN -IN OUT V+ +IN D C 0 NC/O /O RES/D OGIC 0 U D R 0k R 0k C 0u JP C JP Temp Vout Trim Vin U DR0 C CS PR 0 U D O D 0 O D0 U D CS U D0 /NC SPI/IC U D D0 U D U D U0 D CS U D RES/D C C C C C C0 C C C C C U D R 0k JP JP C C 0u Q FDV0 JP Q FDV0 JP D D CP CP O D DPD R 0k R 0k VREF CP CP 0 0 J D R 0 R 00 R 00 R 00 R 00 R 0 R 00 R 00 R0 0k /O R 0k JP R 0 O D 0 D0 U D D0 D U D C OUT -IN +IN V- +IN -IN OUT V+ U U U D FDV0N Power FETs D Dual Opamp DR0.V Reference Figure. Evaluation oard Schematic Rev /0/0
4 Evaluation oard User Manual -Position SPI Compatible D JP JP VCC C V+ C 0u CP CP0 CP CP CP -IN CP Vin CP JP JP0 +IN -IN U CP CP CP OUT Vin JP JP +IN CP U OUT CP CP CP V- JP JP C0 C 0u VEE Opamp configuration Figure. Detailed Opamp Connections Powering the D: Two Options for Powering I. Using the power from the parallel port as Simply connect JP. The voltage level will be whatever your parallel port operates at. II. Using a separate supply DO NOT connect JP. Connect voltage supply power and ground to the and pads on the board. Configuring other Components Two Channel Opamp - D Positive Supply To use the same as the D, connect JP. To use a separate positive supply, connect JP and apply positive supply(no more than +V) to the VCC pad. Negative Supply To use, simply connect JP. To use a negative supply, connect JP and apply negative supply to VEE pad. For more details on connecters and jumpers around the opamp, refer to Figure. Rev /0/0
5 Evaluation oard User Manual -Position SPI Compatible D.V Voltage Reference DR0 y connecting JP, the voltage reference is connected to the -terminal of channel- of the D. You don t need to worry about applying because it is hardwired from the same source that is powering the D. Power Mosfets FDV0N Q y connecting JP, the wiper of channel- is connected to the gate of Q. CP can be used to place a resistor between the drain and pad D. CP can be used to place a degenerative resistor between the source and. Q y connecting JP, the wiper of channel- is connected to the gate of Q. CP can be used to place a resistor between the drain and pad D. CP can be used to place a degenerative resistor between the source and. Rev /0/0
6 Evaluation oard User Manual -Position SPI Compatible D D Parallel Port Connection (Information for Visual asic Program Developers Only) RES/D D /O _Read output pins accessed via the DT Port portid = Val("&H" + "") [h = ] input pins (one inverted) accessed via the STTUS Port portid = Val("&H" + "") [h = ] output pins (three inverted) accessed via the CONTROL Port portid = Val("&H" + "") [h = 0] The remaining pins are grounded TIMING DEFINTION IN VISUL SIC SOURCE CODE cmdrun bit (Pin ) /CS bit (Pin ) bit 0 (Pin ) inary Code Decimal Code 0 No ctivity Send out IT_TOGO=0 Latch Data Rev /0/0
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