Voltage References

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MC10321 ELECTRICAL CHARACTERISTICS (T A = + 25°C, VCC = 5.0 V, VEE = - 5.2 V, VRT = + 1.0 V, VRB = - 1.0 V, except where noted) Characteristic TRANSFER CHARACTERISTICS (!CKL = 25 MHz) Resolution N - - Monotonicity MON Guaranteed Integral Nonlinearity INL - Differential Nonlinearity DNL - Differential Phase (See Figure 11) DP - Differential Gain (See Figure 11) DG - Power Supply Rejection Ratio PSRR (4.5 V < VCC < 5.5 V, VEE = - 5.2 V) - (-6.0 V < VEE < -3.0 V, VCC = +5.0 V) - ANALOG INPUT (Pin 6) Input Current @ Vin = VRB - 0.1 V (See Figure 4) IINL - @ Vin = VRT + 0.1 V (See Figure 4) IINH - Input Capacitance (1.0 V < (VRT - VRB) < 2.0 V) Cin - Bipolar Offset Error VOS - REFERENCE Ladder Resistance (VRT to VRB, T A = 25°C) Rre! 100 Temperature Coefficient TC - Ladder Capacitance (Pin 1 Open) Cre! - ENABLE INPUTS (VCC = 55 V) Input Voltage - High VIHE 2.0 -Low VILE - Input Current @ 2.4 Volts (See Figure 5) IIHE - @ 0.4 Volts (See Figure 5) IILE -200 Input Clamp Voltage (11K = -18 rnA) VIKE -1.5 CLOCK INPUT (VCC = 55 V) Input Voltage - High VIHC 2.0 -Low VILC - Input Current @ 0.4 V (See Figure 6) IILC -150 @ 2.7 V (See Figure 6) IIHC -80 Input Clamp Voltage (11K = -18 rnA) VIKC -1.5 DIGITAL OUTPUTS High Output Voltage (lOH = -400 p.A @ 06-00, OR, VOH 2.4 VCC = 4.5 V, See Figure 7) Low Output Voltage (lOL = 4.0 rnA @ 06-00, OR, VOL - VCC = 4.5 V, See Figure 8) Output Short Circuit Current' (06-00, OR, VCC = 5.5 V) ISC - Output Leakage Current (0.4 < Vo < 2.4 V, ILK -10 See Figure 3, VCC = 5.5 V, 00-06 in 3-State Mode) Output Capacitance (00-06 in 3-State Mode) Cout - *Only one output to be shorted at a time, not to exceed 1 second. POWER SUPPLIES VCC(A) Current (4.5 V < VCC(A) < 5.5 V, Outputs Unloaded) ICC(A) 10 VCC(D) Current (4.5 V < VCC(D) < 5.5 V, Outputs Unloaded) ICC(D) 40 VEE Current (-6.0 V < VEE < -3.0 V) lEE -16 Power Dissipation (VRT - VRB = 2.0 V, Outputs Unloaded) Po - MOTOROLA LINEAR/INTERFACE ICs DEVICE DATA 6-47 ±1/4 - 2.0 2.0 0.02 0 +1.0 +60 22 0.1 140 +0.29 5.0 - - +0.2 -120 -1.3 - - -80 -40 -1.3 3.0 0.3 -35 - 5.0 13 60 -13 459 7.0 ±1.0 ±1.0 - - - +5.0 +150 - - 175 - - - 0.8 2.0 - - - 0.8 - - - - 0.4 - +10 - 16 80 -8.0 668 Bits Bits LSB Deg. % LSBN p.A pF LSB n %fC pF V p.A V Vdc p.A Vdc V V rnA p.A pF rnA mW
MC10321 TIMING CHARACTERISTICS (TA = 25'C, VCC = + 5.0 V, VEE = - 5.2 V, VRT = + 1.0 V, VRB = -1.0 V, See System Timing Diagram) INPUTS Min Clock Pulse Width - High -Low Max Clock Rise, Fall Time Clock Frequency OUTPUTS Parameter New Data Valid from Clock Low Aperture Delay Hold Time Data High to 3-State from Enable Low" Data Low to 3-State from Enable Low" Data High to 3-State from ENABLE High" Data Low to 3-State from ENABLE High" Valid Data from Enable High (Pin 14 = 0 V)" Valid Data from ENABLE Low (Pin 13 = 5.0 V)" Output Transition Time (10%-90%)" ·See Figure 2 for output loading. TEMPERATURE CHARACTERISTICS Parameter ICC (+5.0 V Supply Current) lEE (-5.2 V Supply Current) Ladder Resistance VOL (Output Low Voltage @ 4.0 mAl VOH (Output High Voltage @ -400,.A) Differential Nonlinearity Integral Nonlinearity PIN DESCRIPTIONS Symbol Pin Description GND 11,17 Power supply ground. The two pins should be connected directly together, and through a low impedance path to the power supply. OR 12 Overrange output. Indicates Yin is more positive than VRT-1/2 LSB. This output does not have 3-state capability, and therefore is always active. D6-DO 1-4, Digital Outputs. 06 (Pin 4) is the MSB, DO 16-20 (Pin 18) is the LSB. LSTTL compatible with 3-state capability. VCC(D) 10,16 Power supply for the digital section. +5.0 V, ± 10% required. VEE 8 Negative Power supply. Nominally - 5.2 V, it can range from - 3.0 to - 6.0 V, and must be more negative than VRB by >1.3 V. Yin 6 Signal voltage input. This voltage is compared to the reference to generate a digital equivalent. Input impedance is nominally 16-33 kfl (See Figure 4) in parallel with 22 pF. Symbol Min Typ Max Units tCKH - 5.0 - ns tcKL - 15 - tR F - 100 - ns fCLK 0 30 25 MHz tCKDV - 22 - ns tAD - 3.0 - ns tH - 6.0 - ns tEHZ - 22 - ns tELZ - 17 - ns tE'HZ - 27 - ns tE'LZ - 19 - ns tEDV - 13 - ns tE'DV - 20 - ns ttr - 6.0 - ns Typical Value Typical Change @25"C - 40 to + 85"C 73mA -100 !LAI"C -13mA + 7.0 !LAI"C 1400 +0.29%1'C 0.3 V +8.0/LVrC 3.0 V 2.1 mVrC - - 0.0008 LSBrC 0.25 LSB -0.001 LSBrC PIN DESCRIPTIONS Symbol Pin Description MOTOROLA LINEAR/INTERFACE ICs DEVICE DATA 6-48 VCC(A) 9 Power supply for the analog section. + 5.0 V, ± 10% required. CLK 15 Clock input, TTL compatible, and can range from dc to 25 MHz. Conversion occurs on the negative edge of the clock. EN 13 Enable input. TTL compatible, a Logic "1" (and Pin 14 a Logic "0") enables the data outputs. A Logic "0" sets the outputs (except Overrange) to a 3-state mode. Eli! 14 EIiIAm input. TTL compatible, a Logic "0" (and Pin 13 a Logic "1") enables the data outputs. A Logic "1" sets the outputs (except Overrange) to a 3-state mode. VRB 5 The bottom (most negative point) of the internal reference resistor ladder. The ladder resistance is typically 140 0 to VRT. VRT 7 The top (most positive point) of the internal reference resistor ladder. Pin assignments are the 88me for the standard DIP package and the surface mount package.
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Volumes II I Index and Cross Refere
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M01'OROLA LINEAR/INTERFACE ICs DEVI
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Index and Cross Reference In Brief
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MOTOROLA LlNEARIiNTERFACE ICs DEVIC
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Precision Low Voltage References A
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MOTOROLA - SEMICONDUCTOR ----- TE
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Page 47 and 48: Vin = 10VIo2OV + 22oo"F TL431 , A,
Page 49 and 50: Data Conversion The line of data co
Page 51 and 52: Data Conversion Package Overview MO
Page 54: MAXIMUM RATINGS (TA = 25'C unless o
Page 62 and 63: MOTOROLA - SEMICONDUCTOR ----__ TEC
Page 66 and 67: The MC1408 consists of a reference
Page 70: Voltage outputs of a larger magnitu
Page 75 and 76: ABSOLUTE MAXIMUM RATINGS MC10319 Pa
Page 77: MC10319 TIMING CHARACTERISTICS (TA
Page 82 and 83: ICC(A) is nominally 17 mA, and does
Page 84 and 85: VIDEO APPUCATIONS The MC10319 is su
Page 91 and 92: APERTURE DELAY - The time differenc
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Page 101 and 102: VIDEO APPLICATIONS The MC10321 is s
Page 107: Vin 0-25 MHz Clock +2.0 V 500 n (Op
Page 111: Symbol Pin 00-07 1-4, 21-24 DGnd 5
Page 124: Glitch Area - The energy content of
Page 127 and 128: MAXIMUM RATINGS MC10324 Characteris
Page 136: Digitally Modulating an Analog Sign
Page 140: Interface Circuits In Brief ... Des
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Interface Circuits Device AM26LS30
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Operating Temperature Range The max
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AM26LS32 MAXIMUM RATINGS Rating Sym
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MOTOROLA SEMICONDUCTOR----- TECHN
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MOTOROLA - SEMICONDUCTOR ----__ TEC
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MC3437 ELECTRICAL CHARACTERISTICS (
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------..., I 2 MC3447s i I I OAV 01
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MAXIMUM RATINGS (TA = 25°C) MC3469
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MC3469 AC SWITCHING CHARACTERISTICS
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MAXIMUM RATINGS (TA=25°C) MC3470,
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MC3471 AC SWITCHING CHARACTERISTICS
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MOTOROLA - SEMICONDUCTOR - ____ _ T
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MAXIMUM RATINGS MC3487 Roting Symbo
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OPERATING DYNAMIC POWER SUPPLY CURR
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MAXIMUM RATINGS MC34050, MC34051 Pa
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MC34050, MC34051 FIGURE 16 - EIA·4
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MC75S110 ELECTRICAL CHARACTERISTICS
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MC751728, MC751748 ELECTRICAL CHARA
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used) and at what current levels th
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MC75172B, MC75174B Comparing System
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ULN2801, ULN2802, ULN2803, ULN2804
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Communication Circuits In Brief ...
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Subscriber Loop Interface Circuits
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PCM Mono-Circuits Codec-Filters MC1
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ISDN Voice/Data Circuits Integrated
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Voice/Data Communication (Digital T
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Telephone Accessory Circuits (conti
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Summary of Bipolar Telecom Circuits
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RF Communications Device MC1496, MC
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MAXIMUM RATINGS MC2830 Rating Symbo
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MAXIMUM RATINGS MC2833 Ratings Symb
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MC2833 FIGURE 9 - 144 MHzlX12 MULTI
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CIRCUIT DESCRIPTION The MC3335 is a
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CIRCUIT DESCRIPTION The MC3357 is a
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MAXIMUM RATINGS (TA = 25°C unless
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VCC = 4.0 V 1st IF 10.7 MHz from In
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Data Buffer Design The data buffer
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VCC = 4.0 Vdc Cl o.ot MC3371, MC337
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MAXIMUM RATINGS MC13055 Rating Symb
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The MC13055 is an extended frequenc
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MAXIMUM RATINGS MC13135, MC13136 Ra
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S-Parameters (VEE =-5.0 Vdc, TA = 2
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MC13155 S-Parameters (VEE = - 3.0 V
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MOTOROLA SEMICONDUCTOR ____ _ TECHN
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Pin Symbol 9 Xtalb 10 Reg. Gnd 11 E
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MC13175, MC13176 Figure 26. Circuit
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MOTOROLA SEMICONDUCTOR---- TECHNI
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Addendum An Introduction to Motorol
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COMMUNICATIONS SYSTEMS For the most
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In addition, there are many PC and
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Consumer Electronic Circuits In Bri
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Video Circuits Video Circuits Encod
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Video Circuits (continued) Bringing
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Video Circuits (continued) TV Stere
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Video Circuits (continued) Subcarri
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Video Circuits (continued) Multista
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Video Circuits (continued) PLL Tuni
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Video Circuits (continued) Advanced
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CA3146 ELECTRICAL CHARACTERICISTICS
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MAXIMUM RATINGS (TA = +25°C, unles
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AM Section The AM modulator transfe
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MC1377 ELECTRICAL CHARACTERICISTICS
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MC1388 ELECTRICAL CHARACTERISTICS (
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+2.0 V + Sine V Pin 28 -2.0 V +2.0V
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In the PLL filter circuit on Pin 19
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MAXIMUM RATINGS MC13024 Rating Symb
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MAXIMUM RAnNGS MC13077 Rating Symbo
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Figure 1 shows a simplified block d
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12C Bus It is not within the scope
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In addition, components are added t
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up/down counter and decoder.The cou
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B-Y and R-Y Inputs (Pin 26, 27) - C
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MC44001 Table 2. Control Bit Truth
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When the Address Read/Write bit is
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MAXIMUM RATINGS MC44011 Parameter S
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MC44011 ELECTRICAL CHARACTERISTICS
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Introduction The MC44011, a member
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The Field ID output (Pin 7) indicat
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Control Bit Name $77-7 S·VHS·V $7
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PinNa. Name 1, Video 1, 3 Video 2 2
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Enable Horizontal lime base Set $86
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+5.0 Voltage Reference 2.6V Subcarr
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IF Amplifier and AGe The IF amplifi
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clamp is released, the veo offset i
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24 Pin 28 Pin (DIP) (SOIC) 1,21, 1,
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HI 0 Figure 15. Component Placement
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Optional Waveform Disable Pin 2 on
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+HV Pin 19 -HV Pin 20 +Hv2 Pin 28 -
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DATA FORMAT AND BUS RECEIVER The ci
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Pin (Max 2.8m V pp) 50Hz VTuning MC
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T3 a 1 MC44807/17 DEFINITION OF THE
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The control and band information bi
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D/A Converters - The D/A converters
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MAXIMUM RATINGS TDA3190 Rating Symb
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MAXIMUM RATINGS (TA = + 25°C, unle
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ACC and Identification Detectors Du
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TDA33018 Figure 18. Typical Video O
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Automotive Electronic Circuits In B
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High Side TMOS Driver MC33091 P, 0
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Voltage Regulators Device LM2931 Se
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MC3325 ELECTRICAL CHARACTERICISTICS
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800 V o o ,.. 40V- Ignition 12V- In
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10. Calculate the shorted load aver
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MC33092 PIN FUNCTION DESCRIPTION Pi
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The digital ON-time is determined b
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Darlington Drive The Darlington Dri
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Test and Reliability Both visual in
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MC33298 MAXIMUM RATINGS (All voltag
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The status of SFPD will determine w
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SPI TRANSFER LOOP MC33298 ;Set the
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MAXIMUM RATINGS UAA1041 Rating Pin
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Timing Circuits These highly stable
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Timing Circuits Device MC1455 MC345
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III A simpler approach, since it do
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l1li MOTOROLA LINEAR/INTERFACE ICs
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Bipolar (continued) Device .... MC1
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MOS Digital-Analog I Device I Funct
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Surface Mount Technology Package Ov
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Tape and Reel Logic and Analog Tech
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Packaging Information In Brief ...
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Quality improvement for a task or a
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(Figure 8, Curve C). The reduction
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MOTOROLA LINEAR/INTERFACE ICs DEVIC
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Applications and Product Literature
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MOTOROLA LINEAR/INTERFACE ICs DEVIC
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