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AS3687 数据表(PDF) 32 Page - ams AG |
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AS3687 数据表(HTML) 32 Page - ams AG |
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32 / 55 page ![]() AS3687/87XM Datasheet www.austriamicrosystems.com/AS3687 1v3-4 31 - 54 Addr: 16h Pwm control This register controls PWM generator Bit Bit Name Default Access Description 10b = logarithmic down dimming (codes are decreased) Start value is actual pwm_code; switch off the dimmed current source after dimming is finished to avoid unnecessary quiescent current 11b = NA 5:3 pwm_dim_speed 000b R/W Defines dimming speed by increase/descrease pwm_code … 000b = … by 1/4 th every 50 msec (total dim time 1.0s) 001b = … by 1/8 th every 50 msec (total dim time 1.9s) 010b = … by 1/4 th every 25 msec (total dim time 0.5s) 011b = … by 1/8 th every 25 msec (total dim time 0.95s) 100b = … by 1/4 th every 5 msec (total dim time 100ms) 101b = … by 1/8 th every 5 msec (total dim time 190ms) 110b = … by 1/4 th every 2.5 msec (total dim time 50ms) 111b = … by 1/8 th every 2.5 msec (total dim time 95ms) Addr: 17h Pwm code This register controls the Pwm code. Bit Bit Name Default Access Description 7:0 pwm_code 00b R/W Selects the PWM code 00h = Always 0 ... FFh = Always 1 Addr: 30h Adder Current 1 This register defines the current which can be added to CURR1, CURR30 Bit Bit Name Default Access Description 7:0 adder_current1 00b R/W Selects the added current value – do not exceed together with currX_current the internal 8 Bit range (see text) 00h = 0 (represents 0mA) ... FFh = 255 (represents 38.25mA) Addr: 31h Adder Current 2 This register defines the current which can be added to CURR2, CURR31 Bit Bit Name Default Access Description 7:0 adder_current2 00b R/W Selects the added current value – do not exceed together with currX_current the internal 8 Bit range (see text) 00h = 0 (represents 0mA) ... FFh = 255 (represents 38.25mA) Addr: 32h Adder Current 3 This register defines the current which can be added to CURR6, CURR32 Bit Bit Name Default Access Description 7:0 adder_current3 00b R/W Selects the added current value – do not exceed together with currX_current the internal 8 Bit range (see text) 00h = 0 (represents 0mA) ... FFh = 255 (represents 38.25mA) |
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