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AD5522JSVDZ Scheda tecnica(PDF) 19 Page - Analog Devices |
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AD5522JSVDZ Scheda tecnica(HTML) 19 Page - Analog Devices |
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19 / 45 page ![]() Preliminary Technical Data AD5522 Rev. PrL | Page 19 of 45 SYSTEM FORCE SENSE SWITCHES Each channel has switches to allow connection of the force (FOHx) and sense (MEASVHx) lines to a central PMU for calibration purposes. There is one set of SYS_FORCE and SYS_SENSE pins per device. TEMPERATURE SENSOR An on board temperature sensor monitors temperatures and in the event of the temperature exceeding a factory defined value, (130°C) or a user programmable value, the device will protect itself by shutting down all channels and will flag an alarm through the latched open drain TMPALM pin. Alarm status may be readback from the Alarm Status Register or the PMU registers where latched and unlatched bits tell if an alarm has occurred and whether the temperature has dropped below the set alarm temperature. MEASURE OUTPUT (MEASOUT) The measured DUT voltage or current (voltage representation of DUT current) is available on MEASOUT (0-3) with respect to AGND. The default MEASOUT range is the forced voltage range for voltage measure and current measure (nominally ±11.25V, depends on reference voltage and offset DAC) and includes some over range to allow for offset correction. The serial interface allows the user to select another MEASOUT range of VREF to AGND, allowing for a smaller input range ADC to be used. Each PMU channel MEASOUT line may be made high impedance via the serial interface. When using low supply voltages, ensure that there is sufficient headroom and footroom for the required force voltage range. The Offset DAC also directly offsets the MEASURE output voltage level, but only when GAIN1 = 0. Table 10. MEASOUT Output Ranges GAIN1 = “0”VREF = 5V GAIN1 = “1” MEASOUT Function MEASOUT Gain = 1 MEASOUT Gain = 1/5 MV ±VDUT (up to 11.25V) 5 4.5VREF to 0 GAIN0 = “0” CURRENT MEAS GAIN = 10 ±VRSENSE X 10 = up to ±11.25V 0 to 4.5V MI GAIN0 = “1” CURRENT MEAS GAIN = 5 ± VRSENSE X 5 = up to ±5.625 0 to 2.25V |
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