MI-P7K-MZV Datasheet The device includes three analogue signal processing channels each of which contains Reset Level Clamping, Correlated Double Sampling and Programmable Gain and Offset adjust functions. Three multiplexers allow single channel processing. The output from each of these channels is time multiplexed into a single high-speed 16-bit Analogue to Digital Converter. The digital output data is available in 8 0r 4-bit wide multiplexed format. MI-P7K-MZV Price| | < | | | | | fWRcs) | | | 7 | | | | | +BW | | | | | | | | tAS(4) | | | | | tWP(2) | | | / | | | | | | ItDW | <-tDH} | | | High-Z | < Valid Data > | | | | | | | High-Z | tBLZ Z | -tWH2(6)j | | | | | | | | | | |
MI-P7K-MZV on stock VDS= 5V,VGlS=VG2S= OV VDD =13V VGIS = - 3.5V,VDS = VG2S = OV VG2S = - 3.5V,VDS = VGIS = Ov VGIS = - 3.5V,VG2S = Ov, ID = 50pA VDS= 5V,VG2S= OV,ID= 2001JtA VDS=5V,VGIS= OV,ID = 200pA f=lkl-Iz,ID = lOmA,VDS = 5v, VG2S = 1.5V VDS=5V,f=lMHz, VGiS = VG2S = - 3.5V | Parameter | Min Typ Max | Unit | Test Conditions/Comments | | DRIVER Differential Output Voltage, VOD AIVODI for Complementary Output States Common-Mode Output Voltage,Vo AIVo I for Complementary Output States Output Short-Circuit Current, Vou r = Hig h Output Short-Circuit Current, Vour = Low | Vcc 2.0 5 1.5 5 1.5 5 0.2 3 0.2 -200 +200 -200 +200 | V V V v V V v mA mA | R = Figure 41 R = 50Q (RS-422), Figure 4 R = 27Q (RS-485), Figure 4 VTn = -7 V t0 12 V, Figure 5 R = 27Q or 50Q Figure 4 R = 27Q or 50 (1, Figure 4 R = 27 0 0r 50Q Figure 4 -7 V < VOUT < +12V -7 V < VOUT < +12V | | DRIVER INPUT LOGIC CMOS Input Logic Threshold Low CMOS Input Logic Threshold High CMOS Logic Input Current (DI) DE Input Resistance to GND | 1.4 0.8 2.0 1.4 +1 220 | V V ltA kQ | | | RECEIVER Differential Input Threshold Voltage, VTH Input Hysteresis Input Resistance (A, B) Input Current (A, B) CMOS Logic Input Current (RE) CMOS Output Voltage Low CMOS Output Voltage High Output Short Circuit Current Three-State Output Leakage Current | -200 -125 -30 20 96 150 0.125 -0.1 +1 0.4 4.0 7 85 +2 | mV mV mA mA V V mA | -7 V < VM < +12V -7 V < VM < +12V -7 V < VM < +12V VN = +12 V VN = -7 V IOUT = +4 mA IOUT = -4 mA VOUT = GND or Vcc 0.4 V .< VOUT i 2.4 V | | POWER SUPPLY CURRENT I (115 kbps Options) I (500 kbps Options) I (2.5 Mbps Options) I (10 Mbps Options) | 5 36 60 100 160 5 80 120 120 200 5 250 400 320 500 5 250 400 320 500 | ltA l_tA | DE = 0 V, RE = Vcc (shutdown) DE=OV,RE=OV DE = Vcc DE = 0 V, RE = Vcc (shutdown) DE=OV,RE=OV DE = Vcc DE = 0 V, RE = Vcc (shutdown) DE=OV,RE=OV DE = Vcc DE = 0 V, RE = Vcc (shutdown) DE=OV,RE=OV DE = Vcc | | | | |
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