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FS970X Datasheet(PDF) 6 Page - Fortune Semiconductor Corp. |
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FS970X Datasheet(HTML) 6 Page - Fortune Semiconductor Corp. |
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6 / 46 page ![]() FS970X Rev. 4.4 6/46 11) Standard 4-bit parallel interface to directly connect to micro processor port 12) 4 programmable ADC direct input channel 13) 64 PIN LQFP package Measurement Range (FS9701B as an example) 1) 500.0 mV, 50.00mVDC voltage, high impedance input. 2) 0.5000V, 5.000 V, 50.00 V, 500.0 V and 1000 V DC voltage 3) 500.0 uA, 5.000 mA, 50.00mA, 500.0 mA, 5.000 A, and 10.00 A DC current 4) 500.0 , 5.000 K, 50.00 K, 500.0 K, 5.000 M and 50.00 M resistance 5) 0.5000V, 5.000 V, 50.00 V, 500.0 V and 1000 V AC voltage 6) 500.0 uA, 5.000 mA, 50.00mA, 500.0 mA, 5.000 A, and 10.00 A AC current 7) 10.00 nF, 100.0 nF, 1.000 uF,10.00 uF, and 100.0 uF capacitor 8) 50.00 Hz, 500.0 Hz, 5.000 Khz, 50.00 Khz, 500.0 Khz, and 5.000 Mhz frequency. 9) Diode forward bias voltage test, with maximum forward voltage of 2V 10) 1 mS above peak hold detector 3. Ordering Information Product Number Package Type FS9701B 64-pin LQFP FS9704B 64-pin LQFP FS9701B-GCE Green 64-pin LQFP FS9704B-GCE Green 64-pin LQFP 4. Electrical Characteristics (VBAT = 9V, VSS = 0V, TA=+25℃, unless otherwise indicated) PARAMETER TEST CONDITIONS MIN. TYP. MAX. UNITS Zero Input Reading VIN=0V, 500mV Scale -1 0 1 Counts Zero Reading Drift VIN=0V, 0℃<TA<+70℃ μV/℃ Linearity (Max. deviation from best straight line fit) 500mV Scale -2 0 2 Counts Input Common-Mode Rejection Ratio VCM=±1V, VIN=0V, 500mV Scale 120 μV/V Input Common-Mode Voltage Range VIN=0V, 500mV Scale, ±12 Counts -1 1 V Noise (p-p Value not Exceeding 95% of Time) VIN=0V, 500mV Scale 0 1 Counts Rollover Error (Difference in reading for equal positive and negative inputs near Full Scale) -VIN=+VIN=500.00mV 0 1 5 Counts Input Leakage Current VIN=0V 1 10 pA Scale Factor Temperature Coefficient VIN=500.00mV, 0℃<TA<+70℃ 7.5 ppm/℃ Analog Ground Voltage (With respect to VSS) 3.2 V Analog Supply Voltage (With respect to VSS) 6.2 V Digital Supply Voltage (With respect to VSS) 5 V Analog Ground Source Capability ΔVO =-0.1V 20 μA Analog Ground Sink Capability ΔVO =0.1V 3 mA Analog Supply Source Capability ΔVO =0.1V 60 mA VBAT 7 9 V |
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