91  * Similar alterations are performed for the voltage conversion equations.
208  * a common interrupt vector of the sensors conversion completion events and
211  * thresholds comparator is enabled right after the data conversion is
215  * the alarms by itself at each conversion. This also makes pointless to handle
217  * data conversion completion. The best driver design would be to have the
220  * in this driver. In case if the alarms are disabled, the conversion is
237 	 * status before the next conversion happens. Threshold events will be  in pvt_soft_isr()
257 	 * recharge the data conversion. After this the mode corresponding  in pvt_soft_isr()
286 	 * While PVT core is doing the next mode data conversion, we'll check  in pvt_soft_isr()
440 	 * repeated conversion wouldn't happen.  in pvt_hard_isr()
459 	complete(&cache->conversion);  in pvt_hard_isr()
485 	 * Lock PVT conversion interface until data cache is updated. The  in pvt_read_data()
487 	 * mode, enable IRQ and conversion, wait until conversion is finished,  in pvt_read_data()
488 	 * then disable conversion and IRQ, and read the cached data.  in pvt_read_data()
499 	 * Do the reverse procedure when conversion is done.  in pvt_read_data()
511 	ret = wait_for_completion_timeout(&cache->conversion, timeout);  in pvt_read_data()
878 		complete_all(&pvt->cache[idx].conversion);  in pvt_clear_data()
909 		init_completion(&pvt->cache[idx].conversion);  in pvt_create_data()
977 	 * Test out the sensor conversion functionality. If it is not done on  in pvt_check_pwr()
983 	 * conversion. In the later case alas we won't be able to detect the  in pvt_check_pwr()
1035 	 * constant timeout caused by each conversion latency (Tmin):  in pvt_init_iface()
1125 	 * Enable sensors data conversion and IRQ. We need to lock the  in pvt_enable_iface()