Searched refs:frac (Results 1 – 9 of 9) sorted by relevance
| /Zephyr-latest/drivers/pwm/ |
| D | pwm_rpi_pico.c | 25 uint8_t frac; member
76 ((uint64_t)slice_config->integral * 16 + slice_config->frac); in pwm_rpi_get_cycles_per_sec()
118 div_frac = cfg->slice_configs[slice].frac; in pwm_rpi_set_cycles()
188 cfg->slice_configs[slice_idx].frac); in pwm_rpi_init()
199 .frac = DT_INST_PROP_OR(idx, UTIL_CAT(divider_frac_, n), 0), \
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| /Zephyr-latest/samples/basic/blinky_pwm/boards/ |
| D | rpi_pico.overlay | 7 divider-frac-4 = <15>;
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| D | xiao_rp2040.overlay | 11 divider-frac-4 = <15>;
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| /Zephyr-latest/samples/drivers/led/pwm/boards/ |
| D | pico_plus2_rp2350b_m33.overlay | 13 divider-frac-4 = <15>;
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| /Zephyr-latest/drivers/clock_control/ |
| D | clock_control_litex.c | 359 uint16_t div, frac; in litex_clk_get_clkout_divider() local
367 ret = litex_clk_get_DO(drp_addr.clkout[clkout_nr].reg2, &frac); in litex_clk_get_clkout_divider()
375 *fract_cnt = (frac >> FRAC_POS) & FRAC_MASK; in litex_clk_get_clkout_divider()
460 lcko->frac.frac, lcko->frac.frac_en, lcko->frac.frac_wf_f, in litex_clk_print_params()
461 lcko->frac.frac_wf_r, lcko->frac.phase_mux_f); in litex_clk_print_params()
955 lcko->frac.frac_wf_f = 0; in litex_clk_calc_duty_normal()
956 lcko->frac.frac_wf_r = 0; in litex_clk_calc_duty_normal()
984 if (lcko->frac.frac == 0) { in litex_clk_set_duty_cycle()
1075 lcko->frac.phase_mux_f = 0; in litex_clk_calc_phase_normal()
1280 lcko->frac.frac_en = 0; in litex_clk_calc_clkout_params()
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| D | clock_control_litex.h | 199 uint8_t frac; member
257 struct litex_clk_frac_params frac; member
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| /Zephyr-latest/boards/shields/rtkmipilcdb00000be/boards/ |
| D | ek_ra8d1.overlay | 35 pll-mul-frac = "0.00";
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| /Zephyr-latest/drivers/sensor/maxim/ds3231/ |
| D | ds3231.c | 44 uint8_t frac = raw_temp & 3; in sensor_ds3231_temp_from_raw() local
47 val->val2 = (frac * 25) * pow(10, 4); in sensor_ds3231_temp_from_raw()
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| /Zephyr-latest/doc/services/storage/zms/ |
| D | zms.rst | 230 …\small\frac{(NUM\_SECTORS - 1) \times (SECTOR\_SIZE - (5 \times ATE\_SIZE)) \times (DATA\_SIZE)}{A…
244 For example for 4 sectors of 1024 bytes, free space for 8-byte length data is :math:`\frac{3 \times…
259 in each sector (:math:`\frac{944}{80}`).
300 :math:`\frac{(944 \times 4)}{16} = 236 \text{ minutes}`.
321 …\small\frac{(SECTOR\_EFFECTIVE\_SIZE \times SECTOR\_NUMBER \times MAX\_NUM\_WRITES)}{(TOTAL\_EFFEC…
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