lemma fmt_prec_p3 (f:Format.t) = (f = Format.B8P3) ==> (Format.precision f) = 3 @@ -79,11 +81,9 @@ lemma tst2 = to_extended_real (of_int_bitwise 0xF8) Format.B8P3 = ExReal.R (- 16 eval (of_int_bitwise 0x3B);; (* eval ((negate (of_int_bitwise 0x3B) Format....
Register Map Summary ADDR REGISTER NAME TYPE BIT 7 BIT 6 BIT 5 BIT 4 INTERRUPTS 00h Interrupt R SUP_INT TST_INT TCUT_INT CLS_INT 01h Interrupt Mask R/W SUP_MASK TST_MASK TCUT_MASK CLS_MASK EVENTS 02h Power Event R 03h Power Event CoR PG_CHG4 PG_CHG3 CoR PG_CHG2 PG_CHG1 ...
(1.75V) disch 0.25 V Converter off from PD Regulator Control uvlo 4A RTN disch Current Ramp 40 A (pk) + 0.75 V t 3.75k Blanking Control 0.55 V + t disch chrg Regulator Reference 1D Q CLRB CLK VCC VB SRF DRAIN RSNS SRR FRS DTHR Oscillator CP CP GND VPD APD VSS 12.1V & 11V ...
TST = ( )CVC1 + CVC2 ´ VCUV IVC _ ST = 10.47 mF ´ 8.9 V 1.5 mA = 62.1ms (10) 5. Compute the fault duty cycle and hiccup frequency TRECHARGE = ( )CVC1 + CVC2 ´ VCUVH IVC _ ST = (10mF + 0.47mF ´ 3.2 V ) = 22.3ms 1.5 mA (11) Copyright © 2012–2018,...
基于光纤通道的IEEE1394光信号传输系统设计
scpi_result_t SCPI_CoreTstQ(scpi_t * context) { (void) context; SCPI_ResultInt32(context, 0); return SCPI_RES_OK; } /** * *WAI * @param context * @return */ scpi_result_t SCPI_CoreWai(scpi_t * context) { (void) context; ...
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clear explicit MSB if positive NRM2424A MOVFP CLRF BSF CPFSGT GOTO AARGB1,AARGB0 AARGB1,F TEMP,3 AARGB0 RES024 ; if so, shift 8 bits by move ; increase decrement by 8 ; if highbyte=0, result=0 MOVLW ANDWF TSTFSZ GOTO SWAPF 0xF0 AARGB0,W WREG NORM2424A AARGB0,F ; test...
(2) TSTA, TSTB (2) Voltage slew rate VEE Sinking current, INT, SDAO ESD – human body model ESD – charged device model Operating junction temperature range TJ Storage temperature TST MIN -70 -0.3 -1 MAX 0.3 3.6 1 -0.3 3.6 -0.3 -0.3 -3 -0.3 VEE 12 3 70 70 VDD 1 20 2 500...
b. TST = CVC1 ´ VCUV IVC = 10.47 mF ´ 15 V 4 mA = 39 ms 5. Compute the fault duty cycle and hiccup frequency: a. TRECHARGE = (C VC1 + CVC2 ) ´ VCUVH IVC = (10 mF + 0.47 mF) ´ 6.5 V 4 mA = 17 ms b. TDISCHARGE = (C VC1 + CVC2 ) ´ ITOTAL VC...