Lines Matching full:conversion
92 * Similar alterations are performed for the voltage conversion equations.
184 * a common interrupt vector of the sensors conversion completion events and
187 * thresholds comparator is enabled right after the data conversion is
191 * the alarms by itself at each conversion. This also makes pointless to handle
193 * data conversion completion. The best driver design would be to have the
196 * in this driver. In case if the alarms are disabled, the conversion is
213 * status before the next conversion happens. Threshold events will be in pvt_soft_isr()
233 * recharge the data conversion. After this the mode corresponding in pvt_soft_isr()
262 * While PVT core is doing the next mode data conversion, we'll check in pvt_soft_isr()
416 * repeated conversion wouldn't happen. in pvt_hard_isr()
435 complete(&cache->conversion); in pvt_hard_isr()
461 * Lock PVT conversion interface until data cache is updated. The in pvt_read_data()
463 * mode, enable IRQ and conversion, wait until conversion is finished, in pvt_read_data()
464 * then disable conversion and IRQ, and read the cached data. in pvt_read_data()
475 * Do the reverse procedure when conversion is done. in pvt_read_data()
487 ret = wait_for_completion_timeout(&cache->conversion, timeout); in pvt_read_data()
854 complete_all(&pvt->cache[idx].conversion); in pvt_clear_data()
885 init_completion(&pvt->cache[idx].conversion); in pvt_create_data()
944 * Test out the sensor conversion functionality. If it is not done on in pvt_check_pwr()
950 * conversion. In the later case alas we won't be able to detect the in pvt_check_pwr()
1002 * constant timeout caused by each conversion latency (Tmin): in pvt_init_iface()
1092 * Enable sensors data conversion and IRQ. We need to lock the in pvt_enable_iface()