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전자부품 데이터시트 검색엔진 |
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전자부품 데이터시트 검색엔진 |
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UCS1003-1 데이터시트(PDF) 93 Page - Microchip Technology |
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UCS1003-1 데이터시트(HTML) 93 Page - Microchip Technology |
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93 / 138 page  2014-2015 Microchip Technology Inc. DS20005346B-page 93 UCS1003-1/2/3 REGISTER 10-25: PRELOADED EMULATION STIMULUS 1 CONFIGURATION 2 REGISTER (ADDRESS 32h) R-0 R-0 R-0 R-0 R-0 R-0 R-0 R-0 S1_R1MAG<3:0> S1_R1<3:0> bit 7 bit 0 Legend: R = Readable bit W = Writable bit U = Unimplemented bit -n = Value at POR ‘1’ = Bit is set ‘0’ = Bit is cleared x = Bit is unknown bit 7-4 S1_R1MAG<3:0>: Stimulus 1 Response Magnitude bits Determines the magnitude of the response to the stimulus. The bit decode changes meaning based on which response was selected. Data written to any field that is identified as ‘Do not use’ will not be accepted. The data will not be updated and the settings will remain set at the previous value. For S1_R1 Settings 0000-0011 : The response is a voltage applied on the DPOUT/DMOUT pins. The S1_R1MAG>3:0> bits specify the voltage relative to ground:. For S1_R1 Settings 0100, 0111, 1101-1111 : The response is a resistor connected on DPOUT/DMOUT to GND or VBUS. The S1_R1MAG bits specify the resistor value. For S1_R1 Settings 0110, 1001, 1100 : The response is a voltage divider applied from VBUS to GND with the “center” at DPOUT/DMOUT. The S1_R1MAG bits specify the minimum resistance of the voltage divider (sum of R1 + R2). Note 1: If STIM1<2:0> = 000b and no other response was applied to the DPOUT pin, the 15 k pull-down resistor applied to the DPOUT pin during emulation Reset is not removed. Otherwise, the previous response is left on the DPOUT pin (if applicable) or the 15 k pull-down resistor is removed. 2: If STIM1<2:0> = 000b and no other response was applied to the DMOUT pin, the 15 k pull-down resistor applied to the DMOUT pin during emulation Reset is not removed. Otherwise, the previous response is left on the DMOUT pin (if applicable) or the 15 k pull-down resistor is removed. 0000 = Pull-down 0110 = 600 mV 1100 = 1800 mV 0001 = 400 mV 0111 = 700 mV 1101 = 2000 mV 0010 = 400 mV 1000 = 800 mV 1110 = 2200 mV 0011 = 400 mV 1001 = 900 mV 1111 = Do not use 0100 = 400 mV 1010 = 1400 mV 0101 = 500 mV 1011 = 1600 mV 0000 =1.8 k 0110 =40 k 1100 = 100 k 0001 =10 k 0111 =43 k 1101 = 120 k 0010 =15 k 1000 =50 k 1110 = 150 k 0011 =20 k 1001 =60 k 1111 = Do not use 0100 =25 k 1010 =75 k 0101 =30 k 1011 =80 k 0000 =93 k 0110 = 200 k 1100 = 200 k 0001 = 100 k 0111 = 200 k 1101 = 200 k 0010 = 125 k 1000 =93 k 1110 = 200 k 0011 = 150 k 1001 = 100 k 1111 = Do not use 0100 = 200 k 1010 = 125 k 0101 = 200 k 1011 = 150 k |
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