Diff: LDC1000.cpp

Revision:

11:0f53fbf73613

Parent:

10:4fa62f8092c4

Child:

12:312970050c8c

--- a/LDC1000.cpp	Fri May 29 13:35:48 2015 +0000
+++ b/LDC1000.cpp	Fri May 29 13:45:48 2015 +0000
@@ -26,21 +26,9 @@
     setWatchdog(5000);
     setResponseTime(LDC_RESPONSE_6144);
     setOutputPower(LDC_AMPLITUDE_4V);
-    
-//*** Write comando's like in EVM start log:
-/*    writeSPIregister(0x0B,0x00);      // power op standby
-    writeSPIregister(0x01,0x0E);        // rp_max
-    writeSPIregister(0x02,0x3C);        // rp_min
-    writeSPIregister(0x03,0x15);       // min reson freq 
-    writeSPIregister(0x04,0x17);*/         // LDC config
+
     writeSPIregister(0x05,0x00);   // clock config >> we get 0x00 if this line is disabled and the cable is reconnected 
-/*    writeSPIregister(0x06,0x50);        // treshhold High LSB we get 0x00 if this 4 lines is disabled and the cable is reconnected 
-    writeSPIregister(0x07,0x14);        // treshhold High MSB
-    writeSPIregister(0x08,0xC0);        // treshhold Low LSB
-    writeSPIregister(0x09,0x12);        // treshhold Low MSB
-    writeSPIregister(0x0A,0x04);  */       // INTB pin config
-    writeSPIregister(0x0C,0x01);       //  
- //   writeSPIregister(0x0B,0x01);      // Power mode active
+    writeSPIregister(0x0C,0x01);   // Register 0x0C enables a function that can improve L measurements while disabling RP measurements 
 
     mode(LDC_MODE_ACTIVE);
 }
@@ -97,24 +85,8 @@
     readSPI(val,0x21,5);
     unsigned int combinedbytes = (val[4]<<16)| (val[3]<<8) | val[2];  // combine the 3 bytes from registers 23, 24 and 25 
     return combinedbytes;
-//    return (uint32_t)(*(&val[2]));
 }
 
-
- /*
-uint32_t LDC1000::readRawCounts(void)
-{
-    union
-    {
-        uint8_t buf[4];
-        uint32_t value;
-    } val;
-    val.value = 8;
-    readSPI(val.buf,0x23,3);
-    return val.value;
-}
-*/
-
 void LDC1000::readSPI(uint8_t *data, uint8_t address, uint8_t num_bytes)
 {
     _cs_pin.write(0);
@@ -137,7 +109,9 @@
     _cs_pin.write(1);
 }
 
-// EXTRA test get and print variables values to verify (to calculate the induction)
+
+// EXTRA test: Get&print values of all variables to verify (to calculate the induction)
+// The data will be printed on the screen using RealTerm: baud 9600.
 // Begin ***********************************************************
     float LDC1000::get_raw_l()          {_raw_l = readRawCounts(); 
                                         return _raw_l;};