#include <microtune_xxxx_eval_board.h>
Inheritance diagram for microtune_xxxx_eval_board:


| Public Member Functions | |
| microtune_xxxx_eval_board (int which_pp=0) | |
| virtual | ~microtune_xxxx_eval_board () | 
| bool | board_present_p () | 
| is the eval board present? | |
| void | set_RF_AGC_voltage (float volts) | 
| set RF and IF AGC control voltages ([0, 5] volts) | |
| void | set_IF_AGC_voltage (float volts) | 
| virtual void | set_AGC (float value_0_1000)=0 | 
| set RF and IF AGC levels together (scale [0, 1000]) | |
| bool | set_RF_freq (double freq, double *actual_freq) | 
| select RF frequency to be tuned to output frequency. freqis the requested frequency in Hz,actual_freqis set to the actual frequency tuned. It takes about 100 ms for the PLL to settle. | |
| double | set_RF_freq (double freq) | 
| bool | pll_locked_p () | 
| double | get_output_freq () | 
| Protected Attributes | |
| ppio_sptr | d_ppio | 
| i2c_sptr | d_i2c | 
| microtune_xxxx * | d_tuner | 
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| is the eval board present? 
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| set RF and IF AGC levels together (scale [0, 1000]) This provides a simple linear interface for adjusting both the RF and IF gain in consort. This is the easy to use interface. 0 corresponds to minimum gain. 1000 corresponds to maximum gain. Implemented in microtune_4702_eval_board, and microtune_4937_eval_board. | 
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| set RF and IF AGC control voltages ([0, 5] volts) 
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select RF frequency to be tuned to output frequency.  
 
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 1.3.3
 
1.3.3