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HV7351 Datasheet(PDF) 6 Page - Microchip Technology |
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HV7351 Datasheet(HTML) 6 Page - Microchip Technology |
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6 / 26 page  HV7351 DS20005412A-page 6 2015 Microchip Technology Inc. TABLE 1-2: REGULATOR OUTPUTS Parameter Sym. Min. Typ. Max. Units Conditions Positive Floating Gate Drive Voltage VPF VPP -5.25 VPP -5.00 VPP - 4.00 V 4x1 µF ceramic capacitors across VPF and VPP Negative Floating Gate Drive Voltage VNF VNN +4.00 VNN +5.00 VNN + 5.25 V 4x1 µF ceramic capacitors across VNF and VNN ELECTRICAL CHARACTERISTICS Electrical Specifications: unless otherwise specified, VLL = 3.3V, AVDD = DVDD = PVDD = VRP = 5.0V, PVSS = VRN = -5.0V, VPP = +70V, VNN = -70V, TA = +25°C. Parameter Sym. Min. Typ. Max. Units Conditions VLL Quiescent Current IVLLQ — 384 500 µA EN = Low, all inputs are static AVDD Quiescent Current IAVDDQ —12 30 µA EN = Low, all inputs are static DVDD Quiescent Current IDVDDQ —12 30 PVDD Quiescent Current IPVDDQ —70 100 VRP Quiescent Current IVRPQ —0.3 6 µA EN = Low, all inputs are static VRN Quiescent Current IVRNQ —-0.01 6 PVSS Quiescent Current IPVSSQ -85 -45 — µA EN = Low, all inputs are static VPP Quiescent Current IVPPQ —2.6 6 µA EN = Low, all inputs are static VNN Quiescent Current IVNNQ —-1.6 6 VLL Enabled Quiescent Current IVLLEN — 390 500 µA EN = High, all inputs are static AVDD Enabled Quiescent Current IAVDDEN — 600 800 µA EN = High, all inputs are static DVDD Enabled Quiescent Current IDVDDEN —22 55 PVDD Enabled Quiescent Current IPVDDEN — 44 100 µA EN = High, all inputs are static VRP Enabled Quiescent Current IVRPEN — 450 650 µA EN = High, all inputs are static VRN Enabled Quiescent Current IVRNEN -650 -350 — PVSS Enabled Quiescent Current IPVSSEN -100 -44 — µA EN = High, all inputs are static VPP Enabled Quiescent Current IVPPEN — 370 620 µA EN = High, all inputs are static VNN Enabled Quiescent Current IVNNEN -620 -420 — VLL current at 80 MHz Clock IVLLCW —500 — µA VPP = +5.0V, VNN = -5.0V, EN = High, CW = High, 80 MHz on TCK, 0.5VLL on TCK, all 8 channels active at 5.0 MHz, no load (Note 1) DVDD current at CW = 5 MHz IDVDDCW —25 — mA VPP current at CW = 5 MHz IVPPCW —141 — mA VNN current at CW = 5 MHz IVNNCW —98 — mA Note 1: Specification is obtained by characterization and is not 100% tested. |
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