Processes | |
combinatorics | ( clk_fast_i , clk_en_i ) |
clk_divide | ( clk , rstb , out_polarity_i , out_polarity , div_count , div_phase ) |
Signals | |
div_phase_store_i | unsigned ( WIDTH-1 downto 0 ) |
div_count_store_i | unsigned ( WIDTH-1 downto 0 ) |
div_phase_i | integer range 0 to WIDTH **2 |
div_count_i | integer range 0 to WIDTH **2 |
out_polarity_i | std_logic := ' 1 ' |
new_phase | boolean |
clk_fast_i | std_logic |
clk_en_i | std_logic |
clk_cnt_i | integer range 0 to WIDTH **2-1 |
div_en_i | std_logic |
div_fast_i | std_logic |
div_cnt_i | integer range 0 to WIDTH **2-1 |
clk_divide | ( clk , | |
rstb , | ||
out_polarity_i , | ||
out_polarity , | ||
div_count , | ||
div_phase ) |
combinatorics | ( clk_fast_i , | |
clk_en_i ) |
clk_cnt_i integer range 0 to WIDTH **2-1 [Signal] |
clk_en_i std_logic [Signal] |
clk_fast_i std_logic [Signal] |
div_cnt_i integer range 0 to WIDTH **2-1 [Signal] |
div_count_i integer range 0 to WIDTH **2 [Signal] |
div_count_store_i unsigned ( WIDTH-1 downto 0 ) [Signal] |
div_en_i std_logic [Signal] |
div_fast_i std_logic [Signal] |
div_phase_i integer range 0 to WIDTH **2 [Signal] |
div_phase_store_i unsigned ( WIDTH-1 downto 0 ) [Signal] |
new_phase boolean [Signal] |
out_polarity_i std_logic := ' 1 ' [Signal] |