146 	u32 rsense;  member
444 	*val = DIV_ROUND_CLOSEST(in * MILLI, st->rsense);  in ltc4282_read_current_word()
459 	*val = DIV_ROUND_CLOSEST(in * MILLI, st->rsense);  in ltc4282_read_current_byte()
509 	 *     P = CODE(16b) * 0.040 * Vfs(out) * 2^16 / ((2^16 - 1)^2 * Rsense)  in ltc4282_read_power_word()
514 					       U16_MAX * (u64)st->rsense);  in ltc4282_read_power_word()
519 				       st->rsense * int_pow(U16_MAX, 2));  in ltc4282_read_power_word()
537 				       int_pow(U8_MAX, 2) * st->rsense);  in ltc4282_read_power_byte()
556 	 *						((2^16 - 1)^2 * Rsense)  in ltc4282_read_energy()
560 	 *	E = CODE(48b) * 40 * Vfs(out) * 256 / (U16_MAX * Rsense)  in ltc4282_read_energy()
562 	 * As Rsense can have tenths of micro-ohm resolution, we need to  in ltc4282_read_energy()
567 		*val = DIV_ROUND_CLOSEST_ULL(temp * energy, st->rsense);  in ltc4282_read_energy()
571 	*val = DIV64_U64_ROUND_CLOSEST(temp, U16_MAX * (u64)st->rsense);  in ltc4282_read_energy()
632 	temp = val * int_pow(U8_MAX, 2) * st->rsense;  in ltc4282_write_power_byte()
642 	u64 temp = int_pow(U16_MAX, 2) * st->rsense, temp_2;  in ltc4282_write_power_word()
950 	u32 in = DIV_ROUND_CLOSEST_ULL((u64)val * st->rsense, DECA * MICRO);  in ltc4282_write_curr()
1236  * rsense that is defined in ILIM_ADJUST. This is specially important for power
1237  * because for some rsense and vfsout values, if we allow the default raw 255
1254 	st->power_max = DIV_ROUND_CLOSEST(st->vsense_max * DECA * MILLI, st->rsense) * st->vfs_out;  in ltc4282_set_max_limits()
1359 	ret = device_property_read_u32(dev, "adi,rsense-nano-ohms",  in ltc4282_setup()
1360 				       &st->rsense);  in ltc4282_setup()
1363 				     "Failed to read adi,rsense-nano-ohms\n");  in ltc4282_setup()
1364 	if (st->rsense < CENTI)  in ltc4282_setup()
1366 				     "adi,rsense-nano-ohms too small (< %lu)\n",  in ltc4282_setup()
1370 	 * The resolution for rsense is tenths of micro (eg: 62.5 uOhm) which  in ltc4282_setup()
1375 	st->rsense /= CENTI;  in ltc4282_setup()