Vous avez cherché: refresh time indicator (Français - Anglais)

instructing participant may also use the latest debit time indicator solely as a warning indicator .
instructing participant may also use the latest debit time indicator solely as a warning indicator .

for payment orders using the latest debit time indicator , two options shall be available .
for payment orders using the latest debit time indicator , two options shall be available .

instructing participants can change the earliest debit time indicator and the latest debit time indicator via the icm .
instructing participants can change the earliest debit time indicator and the latest debit time indicator via the icm .

when the earliest debit time indicator is used , the accepted payment order is stored and only entered into the entry disposition at the indicated time .
when the earliest debit time indicator is used , the accepted payment order is stored and only entered into the entry disposition at the indicated time .

instructing participants may predetermine the settlement time of the payment orders within a business day by using the earliest debit time indicator or the latest debit time indicator .
instructing participants may predetermine the settlement time of the payment orders within a business day by using the earliest debit time indicator or the latest debit time indicator .

if the leakage is moderate, or in the normal range, the refresh time is optimized, so that the power consumption used for dram refresh is minimized.
if the leakage is moderate, or in the normal range, the refresh time is optimized, so that the power consumption used for dram refresh is minimized.

when the latest debit time indicator is used , the accepted payment order shall be returned as non-settled if it cannot be settled by the indicated debit time .
when the latest debit time indicator is used , the accepted payment order shall be returned as non-settled if it cannot be settled by the indicated debit time .

under both options , if a payment order with a latest debit time indicator is not settled 15 minutes prior to the time indicated therein , a notification shall automatically be sent via the icm .
under both options , if a payment order with a latest debit time indicator is not settled 15 minutes prior to the time indicated therein , a notification shall automatically be sent via the icm .

predetermined settlement times ( 1 ) for payment orders using the earliest debit time indicator , the codeword « / frotime /' shall be used .
predetermined settlement times ( 1 ) for payment orders using the earliest debit time indicator , the codeword « / frotime /' shall be used .

a novel dram refresh method and system and a novel method of designing a low-power leakage monitoring device. with the dram refresh method, the refresh cycle time is adjusted based directly on the cell leakage condition. the method of designing a low-power leakage monitoring devices uses a memory cell identical to the cells in the real array. this monitor cell is designed so that it will represent the average cell or the worst cell leakage condition. if the leakage is severe, the refresh cycle time is significantly reduced, or halved. if the leakage level is very low or undetectable, then the refresh cycle time is significantly increased, or doubled. if the leakage is moderate, or in the normal range, the refresh time is optimized, so that the power consumption used for dram refresh is minimized. the advantages of this method over the existing method, that is, adjusting the refresh cycle time based on chip temperature include (1) the contributions from non-temperature dependent leakage factors are taken into consideration, (2) the present invention does not require different process steps, or extra process costs to integrate such device in the chip, and (3) the present invention is a straight forward method, the monitor cell does not need any calibration. in addition, its leakage mechanism and reliability concern are all identical to the cells in a real array.
a novel dram refresh method and system and a novel method of designing a low-power leakage monitoring device. with the dram refresh method, the refresh cycle time is adjusted based directly on the cell leakage condition. the method of designing a low-power leakage monitoring devices uses a memory cell identical to the cells in the real array. this monitor cell is designed so that it will represent the average cell or the worst cell leakage condition. if the leakage is severe, the refresh cycle time is significantly reduced, or halved. if the leakage level is very low or undetectable, then the refresh cycle time is significantly increased, or doubled. if the leakage is moderate, or in the normal range, the refresh time is optimized, so that the power consumption used for dram refresh is minimized. the advantages of this method over the existing method, that is, adjusting the refresh cycle time based on chip temperature include (1) the contributions from non-temperature dependent leakage factors are taken into consideration, (2) the present invention does not require different process steps, or extra process costs to integrate such device in the chip, and (3) the present invention is a straight forward method, the monitor cell does not need any calibration. in addition, its leakage mechanism and reliability concern are all identical to the cells in a real array.