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HT86B05 数据表(PDF) 17 Page - Holtek Semiconductor Inc |
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HT86B05 数据表(HTML) 17 Page - Holtek Semiconductor Inc |
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17 / 79 page ![]() HT86B90 Unit: mm Pad No. X Y Pad No. X Y 1 -1661.900 -2222.900 22 -433.555 -3201.900 2 -1661.900 -2317.900 23 -330.555 -3201.900 3 -1661.900 -2420.900 24 -235.555 -3201.900 4 -1661.900 -2515.900 25 -133.355 -3201.900 5 -1661.900 -2618.900 26 -35.365 -3201.900 6 -1661.900 -2713.900 27 64.640 -3201.900 7 -1661.900 -2816.900 28 167.640 -3201.900 8 -1661.900 -2911.900 29 329.595 -3207.150 9 -1661.900 -3014.900 30 403.595 -3207.150 10 -1661.900 -3109.900 31 477.595 -3207.150 11 -1661.900 -3212.900 32 551.595 -3207.150 12 -1421.755 -3201.900 33 1656.900 -3204.995 13 -1326.755 -3201.900 34 1493.095 -2859.695 14 -1223.755 -3201.900 35 1573.595 -2967.795 15 -1128.755 -3201.900 36 1656.900 -3109.995 16 -1025.755 -3201.900 37 1493.095 -2749.845 17 -930.755 -3201.900 38 1621.410 -2654.245 18 -827.755 -3201.900 39 1621.410 -2520.895 19 -732.755 -3201.900 40 1621.410 -2310.395 20 -629.755 -3201.900 41 1621.410 -2190.845 21 -534.755 -3201.900 Pin Description HT86B05/HT86B10/HT86B20/HT86B30/HT86BR10/HT86BR30 Pad Name I/O Options Description PA0~PA7 I/O Wake-up, Pull-high or None Bi-directional 8-bit I/O port. Software instructions determined the CMOS out- put or Schmitt trigger with a pull-high resistor (determined by option). PB0~PB7 I/O Pull-high or None Bi-directional 8-bit I/O port. Software instructions determined the CMOS out- put or Schmitt trigger with a pull-high resistor (determined by option). AUD O ¾ Audio output for driving an external transistor or for driving HT82V733 PWM1 PWM2 O ¾ Audio PWM outputs RES I ¾ Schmitt trigger reset input. Active low. INT I Falling Edge Trigger or Falling/Rising Edge Trigger External interrupt Schmitt trigger input without pull-high resistor. A configura- tion option determines if the interrupt active edge is a falling edge only or both a falling and rising edge. Falling edge triggered active on a high to low transi- tion. Rising edge triggered active on a low to high transition. Input voltage is the same as operating voltage. OSC1 OSC2 ¾ Crystal or RC OSC1, OSC2 are connected to an external RC network or external crystal, determined by configuration option, for the internal system clock. If the RC system clock option is selected, pin OSC2 can be used to measure the sys- tem clock at 1/4 frequency. VDD ¾¾ Positive digital power supply VSS ¾¾ Negative digital power supply, ground. VDDA ¾¾ Positive DAC circuit power supply VSSA ¾¾ Negative DAC circuit power supply, ground. HT86BXX/HT86BRXX Rev. 1.60 17 October 20, 2009 |
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