tda5250const.h

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/*
 * Copyright (c) 2004, Technische Universitat Berlin
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 *
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 * - Redistributions in binary form must reproduce the above copyright
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 *   from this software without specific prior written permission.
 *
 * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
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 * OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
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 * - Revision -------------------------------------------------------------
 * $Revision: 1.4 $
 * $Date: 2006/12/12 18:23:13 $
 * ========================================================================
 */

 /**
 * tda5250Const Header File
 * Defines constants and macros for use with the TDA5250 Radio
 *
 * @author Kevin Klues ([e-mail])
 */

#ifndef TDA5250CONST_H
#define TDA5250CONST_H

// List of valid output frequencies for clock
typedef enum {
   CLOCK_OUT_FREQ_NINE_MHZ                        = 0x00,
   CLOCK_OUT_FREQ_FOUR_POINT_FIVE_MHZ             = 0x01,
   CLOCK_OUT_FREQ_THREE_MHZ                       = 0x02,
   CLOCK_OUT_FREQ_TWO_POINT_TWO_FIVE_MHZ          = 0x03,
   CLOCK_OUT_FREQ_ONE_POINT_EIGHT_MHZ             = 0x04,
   CLOCK_OUT_FREQ_ONE_POINT_FIVE_MHZ              = 0x05,
   CLOCK_OUT_FREQ_ONE_POINT_TWO_EIGHT_MHZ         = 0x06,
   CLOCK_OUT_FREQ_ONE_POINT_ONE_TWO_FIVE_MHZ      = 0x07,
   CLOCK_OUT_FREQ_ONE_MHZ                         = 0x08,
   CLOCK_OUT_FREQ_POINT_NINE_MHZ                  = 0x09,
   CLOCK_OUT_FREQ_POINT_EIGHT_TWO_MHZ             = 0x0A,
   CLOCK_OUT_FREQ_POINT_SEVEN_FIVE_MHZ            = 0x0B,
   CLOCK_OUT_FREQ_POINT_SIX_NINE_MHZ              = 0x0C,
   CLOCK_OUT_FREQ_POINT_SIX_FOUR_MHZ              = 0x0D,
   CLOCK_OUT_FREQ_POINT_SIX_MHZ                   = 0x0E,
   CLOCK_OUT_FREQ_POINT_FIVE_SIX_MHZ              = 0x0F,
   CLOCK_OUT_FREQ_THIRTY_TWO_KHZ                  = 0x80,
   CLOCK_OUT_FREQ_WINDOW_COUNT_COMPLETE           = 0xC0
} tda5250_clock_out_freqs_t;

//List of valid cutoff frequencies for the IQ Filter
typedef enum {
   DATA_CUTOFF_FREQ_FIVE_KHZ                        = 0x00,
   DATA_CUTOFF_FREQ_SEVEN_KHZ                       = 0x01,
   DATA_CUTOFF_FREQ_NINE_KHZ                        = 0x02,
   DATA_CUTOFF_FREQ_ELEVEN_KHZ                      = 0x03,
   DATA_CUTOFF_FREQ_FOURTEEN_KHZ                    = 0x04,
   DATA_CUTOFF_FREQ_EIGHTEEN_KHZ                    = 0x05,
   DATA_CUTOFF_FREQ_TWENTY_THREE_KHZ                = 0x06,
   DATA_CUTOFF_FREQ_TWENTY_EIGHT_KHZ                = 0x07,
   DATA_CUTOFF_FREQ_THIRTY_TWO_KHZ                  = 0x08,
   DATA_CUTOFF_FREQ_THIRTY_NINE_KHZ                 = 0x09,
   DATA_CUTOFF_FREQ_FOURTY_NINE_KHZ                 = 0x0A,
   DATA_CUTOFF_FREQ_FIFTY_FIVE_KHZ                  = 0x0B,
   DATA_CUTOFF_FREQ_SIXTY_FOUR_KHZ                  = 0x0C,
   DATA_CUTOFF_FREQ_SEVENTY_THREE_KHZ               = 0x0D,
   DATA_CUTOFF_FREQ_EIGHTY_SIX_KHZ                  = 0x0E,
   DATA_CUTOFF_FREQ_ONE_HUNDRED_TWO_KHZ             = 0x0F
} tda5250_data_cutoff_freqs_t;

//List of valid cutoff frequencies for the Lowpass
  //data filter
typedef enum {
   IQ_CUTOFF_FREQ_THREE_HUNDRED_FIFTY_KHZ         = 0x01,
   IQ_CUTOFF_FREQ_TWO_HUNDRED_FIFTY_KHZ           = 0x02,
   IQ_CUTOFF_FREQ_TWO_HUNDRED_KHZ                 = 0x03,
   IQ_CUTOFF_FREQ_ONE_HUNDRED_FIFTY_KHZ           = 0x04,
   IQ_CUTOFF_FREQ_ONE_HUNDRED_KHZ                 = 0x05,
   IQ_CUTOFF_FREQ_FIFTY_KHZ                       = 0x06
} tda5250_iq_cutoff_freqs_t;

//List of valid capacitor values for tuning the nominal
  //frequency setting
typedef enum {
   CAP_VAL_ZERO_F                          = 0x00,
   CAP_VAL_TWO_HUNDRED_FIFTY_FF            = 0x01,
   CAP_VAL_FIVE_HUNDRED_FIFTY_FF           = 0x02,
   CAP_VAL_SEVEN_HUNDRED_FIFTY_FF          = 0x03,
   CAP_VAL_ONE_PF                          = 0x04,
   CAP_VAL_ONE_POINT_TWO_FIVE_PF           = 0x05,
   CAP_VAL_ONE_POINT_FIVE_PF               = 0x06,
   CAP_VAL_ONE_POINT_SEVEN_FIVE_PF         = 0x07,
   CAP_VAL_TWO_PF                          = 0x08,
   CAP_VAL_TWO_POINT_TWO_FIVE_PF           = 0x09,
   CAP_VAL_TWO_POINT_FIVE_PF               = 0x0A,
   CAP_VAL_TWO_POINT_SEVEN_FIVE_PF         = 0x0B,
   CAP_VAL_THREE_PF                        = 0x0C,
   CAP_VAL_THREE_POINT_TWO_FIVE_PF         = 0x0D,
   CAP_VAL_THREE_POINT_FIVE_PF             = 0x0E,
   CAP_VAL_THREE_POINT_SEVEN_FIVE_PF       = 0x0F,
   CAP_VAL_FOUR_PF                         = 0x10,
   CAP_VAL_FOUR_POINT_TWO_FIVE_PF          = 0x11,
   CAP_VAL_FOUR_POINT_FIVE_PF              = 0x12,
   CAP_VAL_FOUR_POINT_SEVEN_FIVE_PF        = 0x13,
   CAP_VAL_FIVE_PF                         = 0x14,
   CAP_VAL_FIVE_POINT_TWO_FIVE_PF          = 0x15,
   CAP_VAL_FIVE_POINT_FIVE_PF              = 0x16,
   CAP_VAL_FIVE_POINT_SEVEN_FIVE_PF        = 0x17,
   CAP_VAL_SIX_PF                          = 0x18,
   CAP_VAL_SIX_POINT_TWO_FIVE_PF           = 0x19,
   CAP_VAL_SIX_POINT_FIVE_PF               = 0x1A,
   CAP_VAL_SIX_POINT_SEVEN_FIVE_PF         = 0x1B,
   CAP_VAL_SEVEN_PF                        = 0x1C,
   CAP_VAL_SEVEN_POINT_TWO_FIVE_PF         = 0x1D,
   CAP_VAL_SEVEN_POINT_FIVE_PF             = 0x1E,
   CAP_VAL_SEVEN_POINT_SEVEN_FIVE_PF       = 0x1F,
   CAP_VAL_EIGHT_PF                        = 0x10,
   CAP_VAL_EIGHT_POINT_TWO_FIVE_PF         = 0x11,
   CAP_VAL_EIGHT_POINT_FIVE_PF             = 0x12,
   CAP_VAL_EIGHT_POINT_SEVEN_FIVE_PF       = 0x13,
   CAP_VAL_NINE_PF                         = 0x14,
   CAP_VAL_NINE_POINT_TWO_FIVE_PF          = 0x15,
   CAP_VAL_NINE_POINT_FIVE_PF              = 0x16,
   CAP_VAL_NINE_POINT_SEVEN_FIVE_PF        = 0x17,
   CAP_VAL_TEN_PF                          = 0x18,
   CAP_VAL_TEN_POINT_TWO_FIVE_PF           = 0x19,
   CAP_VAL_TEN_POINT_FIVE_PF               = 0x1A,
   CAP_VAL_TEN_POINT_SEVEN_FIVE_PF         = 0x1B,
   CAP_VAL_ELEVEN_PF                       = 0x1C,
   CAP_VAL_ELEVEN_POINT_TWO_FIVE_PF        = 0x1D,