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ML7344CE Datasheet(PDF) 30 Page - LAPIS Semiconductor Co., Ltd. |
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ML7344CE Datasheet(HTML) 30 Page - LAPIS Semiconductor Co., Ltd. |
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30 / 154 page ![]() FEDL7344C/E/J-05 ML7344C/E/J 30/154 ●Notes to set RF state ML7344 is able to change the internal RF state transition autonomously (without commands from MCU) as well as RF state change commands from MCU. (please refer to ”LSI state transition instruction”). If both timing of operation (autonomous state and state change from MCU command) overlapped, unintentional RF state may occur. Timing of autonomous state RF change is described in the following table. Care must be taken not to overlap the conditions. Function RF state change (before → after) RF state transition timing (not from Host MCU command) Recommended process Automatic TX After TX data transfer completion interrupt occurs, {value [TX_RATE_H/L: B1 0x02/03)] × 2 / 26}[μs] period FAST_TX mode TRX_OFF/RX_ON →TX_ON When FIFO write access exceed trigger level +1, {value [RX_RATE1_H/L:B1 0x04/05] × 5 / 26}[μs] period. TX_ON→TRX_OFF TX_ON→RX_ON RF state setting after TX completion TX_ON→SLEEP After TX completion interrupt (INT[16] group3), {value [TX_RATE_H/L:B1 0x02/03] × 2 / 26} [μs] period RX_ON→TRX_OFF RX_ON→TX_ON RF state setting after RX completion RX_ON→SLEEP After RX completion interrupt (INT[8] group2), {value [RX_RATE1_H/L:B1 0x04/05] × 2 / 26}[μs] period SLEEP→TX_ON SLEEP→RX_ON After wake-up timer completion interrupt (INT[6] group1), 1 clock cycle period defined by WUT_CLK_SET[3:0] ([WUT_CLK_SET: B0 0x2E(3-0)]). Write access to [RF_STATUS:B0 0x0B] is possible after RF state transition completion interrupt (INT[3] group1), or move to the state defined by GET_TRX ([RF_STATUS:B0 0x0B(7-4)]). SLEEP→VCO_CAL →TX_ON Wake-up timer SLEEP→VCO_CAL →RX_ON After wake-up timer completion interrupt (INT[6] group1), before VCO calibration completion interrupt (INT[1] group1). Write access to [RF_STATUS:B0 0x0B] and BANK2 is possible after VCO calibration completion interrupt (INT[1] group1). TX_ON→SLEEP Continuous operation timer RX_ON→SLEEP After continuous operation timer completion, 1 clock cycle period defined by WUT_CLK_SET [3:0] ([WUT_CLK_SET: B0 0x2E(3-0)]). High speed carrier checking RX_ON→SLEEP After CCA completion interrupt (INT[18] group3), duration 6.3[μs]. Write access to [RF_STATUS:B0 0x0B] is possible after RF state transition completion interrupt (INT[3] group1), or move to the state defined by GET_TRX ([RF_STATUS:B0 0x0B(7-4)]). PLL unlock detection TX_ON→TRX_OFF After PLL unlock detection interrupt (INT[2] group1) occurs, duration 147[μs]. Write access to [RF_STATUS:B0 0x0B] is possible 147μs after PLL unlock interrupt (INT[2] group1) detected. |
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