Features: ` Built-in crystal with digital trimming and temperature compensation facilities` Can be synchronised to 50 Hz or nearest s/min` 50 ns access time with 50 pF load capacitance` Standby on power down typically 1.2 A` Universal interface compatible with both Intel and Motorola` Simple 8 bit...
V3023: Features: ` Built-in crystal with digital trimming and temperature compensation facilities` Can be synchronised to 50 Hz or nearest s/min` 50 ns access time with 50 pF load capacitance` Standby on p...
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Paramete | Symbol | Conditions |
Maximum voltage at VDD | VDDmax | VSS + 7.0V |
Max. voltage at remaining pins | Vmax | VDD + 0.3V |
Min. voltage on all pins | Vmin | VSS 0.3V |
Maximum storage temperature | TSTOmax | +125 |
Minimum storage temperature | TSTOmin | -55 |
Maximum electrostatic discharge to MIL-STD-883C method 3015.7 with ref. to VSS |
VSmax | 1000V |
Maximum soldering conditions | TSmax | 250 x 10s |
Shock resistance | 5000 g. 0.3ms, ½ sine |
Stresses above these listed maximum ratings may cause permanent damages to the device. Exposure beyond specified operating conditions may affect device reliabilit or cause malfunction.
The V3023 is a low power CMOS real time clock with a built in crystal. Standby current is typically 1.2 A and the access time is 50 ns. The interface is 8 bits with multiplexed address and data bus. Multiplexing of address and data is handled by the input lineA /D. There are no busy flags in the V3023, internal time update cycles are invisible to the user's software. Time data can be read from the V3023 in 12 or 24 hour data formats. An external signal puts the V3023 in standby mode. Even in standby, the V3023 pulls theIRQ pin active low on an internal alarm interrupt. Calendar functions include leap year correction and week number calculation. Time precision can be achieved by digital trimming. The V3023 can be synchronized to an external 50 Hz signal or to the nearest second or minute.