public uint LockDetectCount()
{
uint data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG7_LockDetect);
m_allRegs.regLockDetect = BF.CreateBitField <REG7_LockDetect>(data);
return(m_allRegs.regLockDetect.lkd_wincnt_max);
}
void SetRFDevideBy2(bool devide)
{
uint data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG8_AnalogEN);
m_allRegs.regAnalogEn = BF.CreateBitField <REG8_AnalogEN>(data);
m_allRegs.regAnalogEn._8GHzDivideBy2En = (uint)(devide == true ? 1 : 0);
m_hmc.WriteRegister(HMC704LP4E_REGS.REG8_AnalogEN, m_allRegs.regAnalogEn.ToUInt32());
}
public void LockDetectCount(int count)
{
uint data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG7_LockDetect);
m_allRegs.regLockDetect = BF.CreateBitField <REG7_LockDetect>(data);
//m_allRegs.reg1Rst.EnFromSPI = (uint)mode;
m_hmc.WriteRegister(HMC704LP4E_REGS.REG7_LockDetect, m_allRegs.regLockDetect.ToUInt32());
}
public void Power(PowerMode mode)
{
uint data = m_hmc.ReadRegister(HMC704LP4E_REGS.RST);
m_allRegs.reg1Rst = BF.CreateBitField <REG1_RST>(data);
//m_allRegs.reg1Rst.EnFromSPI = (uint)mode;
m_hmc.WriteRegister(HMC704LP4E_REGS.RST, m_allRegs.reg1Rst.ToUInt32());
}
public bool CheckLockDetect()
{
uint data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG12_GPO2);
m_allRegs.regGP02 = BF.CreateBitField <REG18_GPO2>(data);
if (m_allRegs.regGP02.LockDetect == 1)
{
return(true);
}
return(false);
}
public void SetOperationMode(OperationModes mode)
{
if (mode == OperationModes.Integer)
{
uint data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG6_SD_CFG);
m_allRegs.reg6SdCfg = BF.CreateBitField <REG6_SDCFG>(data);
m_allRegs.reg6SdCfg.frac_rstb = 0;
m_allRegs.reg6SdCfg.frac_bypass = 1;
m_hmc.WriteRegister(HMC704LP4E_REGS.REG6_SD_CFG, m_allRegs.reg6SdCfg.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.FrequencyRegisterFractionalPart);
m_allRegs.regFreqFrac = BF.CreateBitField <REG4_FrequencyFractionaPart>(data);
m_allRegs.regFreqFrac.frac = 1;
m_hmc.WriteRegister(HMC704LP4E_REGS.FrequencyRegisterFractionalPart, m_allRegs.regFreqFrac.ToUInt32());
// R = 1 - we will use the default which set to 1 already
}
m_operationMode = mode;
}
void ReadAllRegisters()
{
uint data;
data = m_hmc.ReadRegister(HMC704LP4E_REGS.ID);
m_allRegs.chipId = BF.CreateBitField <CHIP_ID>(data);
Console.WriteLine("m_allRegs.ID {0:X}", m_allRegs.chipId.ToUInt32());
if (m_allRegs.chipId.ToUInt32() != 0xA7975)
{
throw (new SystemException("Chip ID expected to be 0xA7975"));
}
data = m_hmc.ReadRegister(HMC704LP4E_REGS.RST);
m_allRegs.reg1Rst = BF.CreateBitField <REG1_RST>(data);
Console.WriteLine("m_allRegs.reg1Rst {0:X}", m_allRegs.reg1Rst.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REFDIV);
m_allRegs.regRefDiv = BF.CreateBitField <REG2_REFDIV>(data);
Console.WriteLine("m_allRegs.regRefDiv {0:X}", m_allRegs.regRefDiv.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.FrequencyRegisterIntegerPart);
m_allRegs.regFreqInt = BF.CreateBitField <REG3_FrequencyIntegerPart>(data);
Console.WriteLine("m_allRegs.regFreqInt {0:X}", m_allRegs.regFreqInt.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.FrequencyRegisterFractionalPart);
m_allRegs.regFreqFrac = BF.CreateBitField <REG4_FrequencyFractionaPart>(data);
Console.WriteLine("m_allRegs.regFreqFrac {0:X}", m_allRegs.regFreqFrac.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG5_Seed);
m_allRegs.regAuxSPI = BF.CreateBitField <REG5_AuxSPI>(data);
Console.WriteLine("m_allRegs.regSeed {0:X}", m_allRegs.regAuxSPI.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG6_SD_CFG);
m_allRegs.reg6SdCfg = BF.CreateBitField <REG6_SDCFG>(data);
Console.WriteLine("m_allRegs.regSdCfg {0:X}", m_allRegs.reg6SdCfg.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG7_LockDetect);
m_allRegs.regLockDetect = BF.CreateBitField <REG7_LockDetect>(data);
Console.WriteLine("m_allRegs.regLockDetect {0:X}", m_allRegs.regLockDetect.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG8_AnalogEN);
m_allRegs.regAnalogEn = BF.CreateBitField <REG8_AnalogEN>(data);
Console.WriteLine("m_allRegs.regAnalogEn {0:X}", m_allRegs.regAnalogEn.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG9_ChargePump);
m_allRegs.regChargePump = BF.CreateBitField <REG9_ChargePump>(data);
Console.WriteLine("m_allRegs.regChargePump {0:X}", m_allRegs.regChargePump.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REGA_AuxSPITrigger);
m_allRegs.regAuxSPITrigger = BF.CreateBitField <REG10_AuxSPITrigger>(data);
Console.WriteLine("m_allRegs.regModulationStep {0:X}", m_allRegs.regAuxSPITrigger.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REGB_PD);
m_allRegs.regPd = BF.CreateBitField <REG11_PD>(data);
Console.WriteLine("m_allRegs.regPd {0:X}", m_allRegs.regPd.ToUInt64());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REGF_GPO);
m_allRegs.regGPO = BF.CreateBitField <REG15_GPO>(data);
Console.WriteLine("m_allRegs.regGPO {0:X}", m_allRegs.regGPO.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG12_GPO2);
m_allRegs.regGP02 = BF.CreateBitField <REG18_GPO2>(data);
Console.WriteLine("m_allRegs.regGP02 {0:X}", m_allRegs.regGP02.ToUInt32());
data = m_hmc.ReadRegister(HMC704LP4E_REGS.REG13_BISTStatus);
m_allRegs.regBitsStatus = BF.CreateBitField <REG19_BISTStatus>(data);
Console.WriteLine("m_allRegs.regBitsStatus {0:X}", m_allRegs.regBitsStatus.ToUInt32());
}
