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resources:quick-start:ad5760 [15 Apr 2013 15:38] – remove part numbers in several places Yuet Ngresources:quick-start:ad5760 [22 Apr 2013 21:11] (current) – add C[2:0] to table 6 Yuet Ng
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   * 35 MHz Schmitt triggered digital interface   * 35 MHz Schmitt triggered digital interface
   * 1.8 V compatible digital interface   * 1.8 V compatible digital interface
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 ===== Functional Block Diagram===== ===== Functional Block Diagram=====
 {{ :resources:quick-start:ad5760_80_90_block_diagram.png?direct&500 |}} {{ :resources:quick-start:ad5760_80_90_block_diagram.png?direct&500 |}}
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 <WRAP clear></WRAP> <WRAP clear></WRAP>
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 ===== Pin Configuration ===== ===== Pin Configuration =====
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   * Keep the default mode for SDODIS and RBUF.   * Keep the default mode for SDODIS and RBUF.
   * To write in binary coding, select BIN/2sC = 1.   * To write in binary coding, select BIN/2sC = 1.
-  * Set DACTRI = 0 and OPGND = 0  to remove the DAC output clamp to ground and place the DAC in normal operating mode. +  * Set DACTRI = 0 and OPGND = 0  to place the DAC in normal operating mode and remove the DAC output clamp to ground, respectively
  
 Write the following over the serial interface: 0010 0000 0000 0000 0001 0010 (R/<m>overline{W}</m> bit, three register address bits, 20 data bits). Write the following over the serial interface: 0010 0000 0000 0000 0001 0010 (R/<m>overline{W}</m> bit, three register address bits, 20 data bits).
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 ^Bit(s)  ^Bit Name  ^Setting  ^Description  ^ ^Bit(s)  ^Bit Name  ^Setting  ^Description  ^
 |23  |R/<m>overline{W}</m>  |0  |[[adi>ad5760|AD5760]]/[[adi>ad5780|AD5780]]/[[adi>ad5790|AD5790]] addressed for a write operation  | |23  |R/<m>overline{W}</m>  |0  |[[adi>ad5760|AD5760]]/[[adi>ad5780|AD5780]]/[[adi>ad5790|AD5790]] addressed for a write operation  |
 +|[22:20]  |C2, C1, C0  |010  |Write to the control register  |
 |5  |SDODIS  |0  |The SDO pin enabled for future readings from the part | |5  |SDODIS  |0  |The SDO pin enabled for future readings from the part |
 |4  |BIN/2sC  |1  |Offset binary coding | |4  |BIN/2sC  |1  |Offset binary coding |
-|[3:2]  |DACTRIOPGND  |00  | Remove the DAC output clamp to ground  and place the DAC in normal operating mode |+|3  |DACTRI  |0  | Place the DAC in normal operating mode | 
 +|2  |OPGND  | | Remove the DAC output clamp to ground |
 |1  |RBUF  | 1  |The internal amplifier powered down  | |1  |RBUF  | 1  |The internal amplifier powered down  |
  
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   * Set D[19:0], the data bits, for a midscale code.    * Set D[19:0], the data bits, for a midscale code. 
  
-The 24-bit data to write over the serial interface is:+The 24-bit data to write over the serial interface is as follows:
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 {{ :resources:quick-start:example2_step1.png?700 |}} {{ :resources:quick-start:example2_step1.png?700 |}}
-<WRAP CENTERALIGN>//Figure 8. Write Full-Scale Code to the Clearcode Register//</WRAP>+<WRAP CENTERALIGN>//Figure 8. Writing Full-Scale Code to the Clearcode Register//</WRAP>
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 See Figure 10. See Figure 10.
 <WRAP center round important 60%> <WRAP center round important 60%>
-Note that this action is a read function. Therefore, set the R/<m>overline{W}</m> bit to 1.+Note that this action is a read function. Therefore, set the R/<m>overline{W}</m> bit 1.
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resources/quick-start/ad5760.txt · Last modified: 22 Apr 2013 21:11 by Yuet Ng