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VS6955CA Datasheet(PDF) 76 Page - STMicroelectronics |
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VS6955CA Datasheet(HTML) 76 Page - STMicroelectronics |
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76 / 90 page ![]() Electrical characteristics VS6955CA 76/90 DocID028071 Rev 2 10.4 AC electrical and timing characteristics In this section, typical values are quoted for nominal voltage, process and temperature and maximum values are quoted for worst case conditions (process, voltage and functional temperature). 10.4.1 Power supply (peak current) - VDIG, VANA The peak current (in-rush) consumption of the sensor module is defined as any current pulse >= 10µs. The duty cycle of the peak to the low part of the current profile is 33% with a worst-case period of 500 µs. 10.4.2 System clock - EXTCLK VOL Low level output voltage(1) 0 0.2*VDIG V VOH High level output voltage 0.8*VDIG VDIG V IIL Low level input current - -10 µA IIH High level input current - 10 µA 1. 3 mA sink current. Table 44. CCI interface (continued) Symbol Parameter Minimum Maximum Unit Table 45. In-rush current - VDIG, VANA (CSI-2) Parameter Digital Analog Unit Typical Maximum Typical Maximum Boot clock peak current(1) 1. This corresponds to the transient current when the module is powered up and the sensor is being set to SW_Standby mode. Maximum value is given for maximum supply voltages and 70°C ambient temperature. Typical value is for 25°C ambient temperature and supply voltages set to nominal value. 80 100 200 230 mA Start streaming current(2) 2. When the sensor is changed from software standby to streaming mode. Maximum value is given for maximum supply voltages and 70°C ambient temperature. Typical value is for 25°C ambient temperature and supply voltages set to nominal value. 80 100 200 210 mA Stop streaming current(3) 3. When the sensor is changed from streaming to software standby. Maximum value is given for maximum supply voltages and 70°C ambient temperature. Typical value is for 25°C ambient temperature and supply voltages set to nominal value. 80 105 100 140 mA Table 46. System clock Symbol Parameter Minimum Maximum Unit VCL DC coupled square wave low level -0.5 0.3*VDIG V VCH DC coupled square wave high level 0.7*VDIG VDIG+0.5 V fEXTCLK Clock frequency input 6.0 - 1%(1) 1. Nominal frequencies are 6.0 to 27 MHz with a 1% centre frequency tolerance. 27 + 1%(1) MHz |
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