Searched refs:second (Results 101 – 125 of 338) sorted by relevance
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28 bool "Measurement every second"
52 # The second stage bootloader is compiled without kconfig definitions.
69 An X value for the config represents a range of +/- X degrees/second.
40 The number of times, separated by a one second interval, to retry
57 its 3 second timeout.
171 pkt->timestamp.second = frameinfo->timeStamp.second; in ts_register_tx_event()396 pkt->timestamp.second = UINT64_MAX; in eth_nxp_enet_rx()408 ptp_time.second--; in eth_nxp_enet_rx()412 pkt->timestamp.second = ptp_time.second; in eth_nxp_enet_rx()
54 Once the MCU is started it prints the counter value every second on the
43 Calling it a second time
28 /* The second one is 64kiB region taken out of SRAM,
40 /* Reserved memory for the second stage bootloader */
109 * In addition, the last and second last flash pages
80 Sensor output data rate expressed in conversions per second.
38 /* Reserved memory for the second stage bootloader */
12 The second test verifies the behavior of CONFIG_ZERO_LATENCY_IRQS at runtime.
81 samples per second (Hz).
15 - Set **max velocity** in micro-steps per second using :c:func:`stepper_set_max_velocity`
11 console, in units of celsius, once every second. When the :kconfig:option:`CONFIG_GROVE_LCD_RGB`
54 /* first cs is for on board MCP2518, the second for SPI on expansion header */
425 .second = dma_desc->time_stamp_seconds, in eth_xmc4xxx_rx_pkt()533 .second = dma_desc->time_stamp_seconds, in eth_xmc4xxx_handle_tx()1025 dev_cfg->regs->SYSTEM_TIME_SECONDS_UPDATE = tm->second; in eth_xmc4xxx_ptp_clock_set()1050 tm->second = second_0; in eth_xmc4xxx_ptp_clock_get()1053 tm->second = second_1; in eth_xmc4xxx_ptp_clock_get()
125 t1 = origin_ts.second * NSEC_PER_SEC + origin_ts.nanosecond; in port_synchronize()126 t2 = ingress_ts.second * NSEC_PER_SEC + ingress_ts.nanosecond; in port_synchronize()182 if (pkt->timestamp.second == UINT64_MAX || in port_delay_req_timestamp_cb()183 (pkt->timestamp.second == 0 && pkt->timestamp.nanosecond == 0)) { in port_delay_req_timestamp_cb()412 timestamp = msg->timestamp.host.second * NSEC_PER_SEC + in foreign_clock_cleanup()444 timestamp = msg->timestamp.host.second * NSEC_PER_SEC + in port_delay_req_cleanup()682 t3 = req->timestamp.host.second * NSEC_PER_SEC + req->timestamp.host.nanosecond; in port_delay_resp_msg_process()683 t4 = msg->timestamp.protocol.second * NSEC_PER_SEC + msg->timestamp.protocol.nanosecond; in port_delay_resp_msg_process()
12 // parameters in the second.
73 * 2MB of flash minus the 0x100 used for the second stage bootloader
64 Estimated logging capabilities: 42000000 messages/second
20 for the second fork to be available.
