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VL6180X 데이터시트(PDF) 24 Page - STMicroelectronics |
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VL6180X 데이터시트(HTML) 24 Page - STMicroelectronics |
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24 / 79 page ![]() Functional description VL6180X 24/79 DocID026171 Rev 6 The buffer is read via eight 16-bit registers (RESULT__HISTORY_BUFFER_0{0x52} to RESULT__HISTORY_BUFFER_7{0x60}) . The buffer holds the last 16 x 8-bit range or 8 x 16-bit ALS results as shown in Table 9. Note: Only one data stream (ALS or range) can be buffered at one time. There is no associated time stamp information. The clear buffer command is not immediate; it takes effect on the next range or ALS start command. The history buffer works independently of interrupt control i.e. the history buffer records all new samples; its operation is unchanged in threshold and window modes. 2.11 Current consumption Table 10. gives an overview of current consumption in different operating states. 2.11.1 Ranging current consumption Figure 14. shows typical ranging current consumption of the VL6180X. Current consumption depends on target distance, target reflectance and sampling rate. The example shown here is based on default settings and a sampling rate of 10 Hz. The average current consumption for a 17% reflective target at 50 mm operating at 10 Hz is 1.7 mA. At different sampling rates Table 9. History buffer History buffer Range ALS (High byte) (Low byte) (Word) 0 Range [15] (newest) Range [14] ALS [7] (newest) 1 Range [13] Range [12] ALS [6] 2 Range [11] Range [10] ALS [5] 3 Range [9] Range [8] ALS [4] 4 Range [7] Range [6] ALS [3] 5 Range [5] Range [4] ALS [2] 6 Range [3] Range [2 ALS [1] 7 Range [1] Range [0] (oldest) ALS [0] (oldest) Table 10. Typical current consumption in different operating states Mode Current Conditions Hardware standby < 1 μA Shutdown (GPIO0 = 0). No I2C comms Software standby < 1 μA After MCU boot. Device ready ALS 300 μA During integration Ranging 1.7 mA Average consumption during ranging(1) 1. 10 Hz sampling rate, 17% reflective target at 50 mm. |
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