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Part Manufacturer Description Datasheet Download Buy Part
TPS64203DBVT Texas Instruments Adjustable, up to 3A, 95% Efficient Step-Down Controller, 20uA, SOT-23 6-SOT-23 -40 to 85
PT4203C Texas Instruments 1-OUTPUT 6W DC-DC REG PWR SUPPLY MODULE, DIP-18
LMR14203XMK/NOPB Texas Instruments 4.5V to 42V, 0.3A Step-Down DC/DC Switching Regulator in SOT-23 6-SOT-23-THIN -40 to 125
LMR14203XMKE/NOPB Texas Instruments 4.5V to 42V, 0.3A Step-Down DC/DC Switching Regulator in SOT-23 6-SOT-23-THIN -40 to 125
LMR14203XMKX/NOPB Texas Instruments 4.5V to 42V, 0.3A Step-Down DC/DC Switching Regulator in SOT-23 6-SOT-23-THIN -40 to 125
LMZ14203TZE-ADJ/NOPB Texas Instruments SIMPLE SWITCHER® 6V to 42V, 3A Power Module in Leaded Surface Mount TO Package 7-TO-PMOD -40 to 125

burr-brown Model 4203 Datasheets Context Search

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Burr-Brown 4203

Abstract: Burr-Brown 4205 burr-brown Model 4203
Text: 4203 4205 BU R R -B RO W N® ssF: Integrated Circuit MULTIPLIER-DIVIDERS FEATURES , DESCRIPTION B u rr-B ro w n M ode ls 4203 a n d 4205 a re integrated circuit m ultipliers designed for , ized. H a r m o n ic d is to rtio n o f th e 4203 a n d 4205 rem ain low for frequencies well a b o v , power supplies unless otherw ise noted. Percent specifications refer to % of full scale (10V). MODEL 4203J/4205J 4203K/4205K 4203S/4205S O U TPU T FUNCTION 4203 4205 TO TAL ERROR* Internal Trim


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Burr-Brown 4203

Abstract: 4203k Burr-Brown 4205
Text: '73-29 4203 4205 BURR-BROW NS Integrated Circuit MULTIPLIER-DIVIDERS FEATURES APPLICATIONS â , ls 4203 a n d 4205 a re in te g ra te d c irc u it m u ltip lie rs d e sig n e d fo r g e n eral p u , rm o n ic d is to rtio n o f th e 4203 a n d 4205 re m a in lo w fo r fre q u e n c ie s well a b o , M C a( seating piane. XY/1 0 fX l - X s h Y i - Y 2 ì/10 O U T P U T F U N C T IO N 4203 , 4203 J/4 2 0 5 J 4203K/4205K 4203S/4205S 2%, m ax 1% 1 % :, max 0.6% 0 .04 % /°C 0.2%/% 1


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PDF 4203S. 4205S 40kHz 10kHz 10VDC Burr-Brown 4203 4203k Burr-Brown 4205
PT200 RTD reference table

Abstract: PT200 Platinum RTD reference table RTD SENSING CIRCUIT 4-20mA burr-brown Model 4203 Burr-Brown 4203 rtd temperature instrumentation amplifier circuit PT200 Platinum RTD table PT200 rtd U/25/20/TN26/15/850/CTC 313 transistor pin diagram PT200 Platinum
Text: PACKAGE INFORMATION'1 ' MODEL XTR103AP XTR103BP XTR103AU XTR103BU XTR103AQ PACKAGE 16-pn Plastic 16 , Burr-Brown 1C Data Book. ORDERING INFORMATION MODEL XTR103AP XTR103BP XTR103AU XTR103BU XTR103AD PACKAGE , 1 7 3 1 3 b 5 00 2 5 207 2b7 4.203 Burr-Brown IC Data Book-Linear Products INSTRUMENTATION


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PDF XTR103 4-20mA 110dB Pt100 XTRI03 4-20mA, 0D25EDb 1-800-54S-B132 PT200 RTD reference table PT200 Platinum RTD reference table RTD SENSING CIRCUIT 4-20mA burr-brown Model 4203 Burr-Brown 4203 rtd temperature instrumentation amplifier circuit PT200 Platinum RTD table PT200 rtd U/25/20/TN26/15/850/CTC 313 transistor pin diagram PT200 Platinum
Not Available

Abstract: No abstract text available
Text: MODEL PGA202KP PGA202AG PGA202BG PGA203KP PGA203AG PGA203BG NOTE: (1) For detailed drawing and , INFORMATION TEMPERATURE MODEL OFFSET VOLTAGE GAINS PACKAGE RANGE MAX (mV) PGA202KP , Book—Linear Products m 1 7 3 1 3 b 5 003D7 7 0 IflE ■4.203 INSTRUMENTATION AMPLIFIERS 1 1


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PDF PGA202/203 PGA202 PGA203 PGA202 17313bS 0D3D771 17B13bS
burr-brown Model 4203

Abstract: L420 Burr-Brown 4203
Text: » 1 17313ts nn, aoi a I AtTX = +25S C and Vs = ±15VDC unless otherwise specified. MODEL MIN , otherwise specified. MODEL SQUARE. PERFORMANCE Transfer Function Total Error (-10V < X <10V , H E D I 17313fcS n O l. 4203 fa I TYPICAL PERFORMANCE CURVES Ta -+25°C, V» =


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PDF 17313LS QD14aOO MPY534 005/iF 30kHz) 20kHz, burr-brown Model 4203 L420 Burr-Brown 4203
1994 - OPT101W

Abstract: 00E-6 OPT101 OPT101P 9E-12
Text: . | * -* * Users should very carefully note the following factors regarding this * model : * * This macromodel, although similar to the commonly used * Boyle model , has limitations on many characteristics. * * Use this macromodel to model both OPT101P (PDIP), and OPT101W (SIP). * The inverting input is used , * * This macromodel may not accurately model all aforementioned behaviour * with other than the internal , vs 4 dc 100u fdrain vs 4 vdrain 1 . model dx D(Is=800.0E-18) . model qx PNP(Is=800.0E-18 Bf


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PDF OPT101P 14kHz, 061E9 2E-12 00E-6 100e3 0E-18) 0E-18 OPT101W 00E-6 OPT101 9E-12
PWS740

Abstract: PWR74 PWS726
Text: /Channel Boldface = NEW Model PWR1726 PWR70 PWS726 PWR74 PWR13XX Series PWR71 PWR72 PWR1XX Series , Internal Filtering Yes No Yes Boldface = NEW Model PWR11XX Series PWR13XX Series PWR59XX Series , 15 0.9/Channel Boldface = NEW Model PWR1017 PWR71 PWR5XX Series PWR8XX Series PWR74 PWR3XX , Rated Power (Watts) 5 5.2 2 3 5 3 1.5 3 2 2 15 1.5 3 3 3 3 Boldface = NEW Model PWR1546A PWR62XX , 18-36 36-72 PWR72 PWS740 5-22 7-20 Rated Power (Watts) 15 15 15 3 0.9/Channel Boldface = NEW Model


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PDF 24-pln PWR53XX PWR510X PWR62XX PWR1546A PWS740 PWR74 PWS726
1989 - 186E-12

Abstract: TR324 10E6 OPA621X
Text: * OPA621X OPERATIONAL AMPLIFIER SUBCIRCUIT * "X" IS SIMPLIFIED CIRCUIT MODEL * REV.B 3/16/90 PWT , ORDER TO MORE CLOSELY MODEL DEVICE * PERFORMANCE. AS SUCH, REASONABLY ACCURATE SIMULATIONS OF GAIN , SHOULD BE USED AS * A FORERUNNER OR A SUPPLEMENT TO TRADITIONAL LAB TESTING. * * MODEL USERS ARE , MODELS COPYRIGHT 1989, AT&T. REPRINTED WITH PERMISSION. * . MODEL NPN NPN RB=63.71 IRB=0 RBM=29.0 RC , =0.167 FC=0.5 AF=1 KF=15F * . MODEL PNP PNP RB=25.87 IRB=0 RBM=11.98 RC=126.32 RE=1.667 +IS=285.3E-18 EG


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PDF OPA621X 111E-18 838E-3 1E-16 34E-20 4E-12 4E-11 2E-12 286E-13 505E-12 186E-12 TR324 10E6
1989 - 10E6

Abstract: No abstract text available
Text: * OPA620X OPERATIONAL AMPLIFIER SUBCIRCUIT * "X" IS SIMPLIFIED CIRCUIT MODEL * REV.B 3/16/90 , ORDER TO MORE CLOSELY MODEL DEVICE * PERFORMANCE. AS SUCH, REASONABLY ACCURATE SIMULATIONS OF GAIN , SHOULD BE USED AS * A FORERUNNER OR A SUPPLEMENT TO TRADITIONAL LAB TESTING. * * MODEL USERS ARE , MODELS COPYRIGHT 1989, AT&T. REPRINTED WITH PERMISSION. * . MODEL NPN NPN RB=63.71 IRB=0 RBM=29.0 RC , =0.167 FC=0.5 AF=1 KF=15F * . MODEL PNP PNP RB=25.87 IRB=0 RBM=11.98 RC=126.32 RE=1.667 +IS=285.3E-18 EG


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PDF OPA620X 111E-18 838E-3 1E-16 34E-20 4E-12 4E-11 2E-12 286E-13 505E-12 10E6
BUF600X1

Abstract: C208 and/BUF600X1 BUF600X1/BB
Text: . | * -* |-| * | This macro model is being , . | * |-|* * NOTE : THIS MACRO MODEL WILL CONVERGE QUICKER BY USING THE * NODESETS V(Xyour.21)=+4.2847 , 8 1 NIL 16 Q42 42 40 8 5 PIL 16 * . MODEL PI PNP . MODEL NI NPN . MODEL NIL NPN (BF = 500) . MODEL PIL PNP (BF = 500) .ENDS -


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PDF BUF600X1 2E-12 02E-12 C208 and/BUF600X1 BUF600X1/BB
OPA671M

Abstract: R924
Text: * OPA671M SPICE MACRO MODEL * Created 1/8/92 BCB * REV.B 6-3-92 BCB (added TC for Aol, Is, PSR, and GBWP) * * -* | NOTICE: THE , . | * -* |-| * | This macro model is being , model . | * | | * |- , G96 95 4 21 6 25E-3 R91 7 6 40 R92 4 6 40 . MODEL . MODEL . MODEL . MODEL .ENDS JX DX DY CX


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PDF OPA671M 724E3 1204E-6 9526E-6 -92dB, 400kHz 3979E-6 25E-6 R924
OPA628M

Abstract: BF183 DZ73 D-Z73
Text: . | * -* |-| * | This macro model is being , OF SUPPLIES R9 7 9 16.359E3 R10 4 9 16.359E3 . MODEL . MODEL . MODEL .ENDS DX D(IS=1E-15) N


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PDF OPA628M 68E-12 706E-3 94E-3 1623E-12 359E3 BF183 DZ73 D-Z73
ISS 99 diode

Abstract: OPT211
Text: SOURCE BETWEEN PINS 2 AND 8 | * | TO MODEL THE CURRENT GENERATED BY THE PHOTODIODE , * Photodiode RPHOTO 2 7 1000GIG CPHOTO 2 7 600pF DPHOTO 2 7 DIODE CSUB 2 8 80pF . MODEL DIODE D .ENDS * * OPAMP MODEL * .subckt OPAMP 1 2 3 4 5 * c1 11 12 5.715E-12 c2 6 7 1.000E-12 dc 5 53 dx de 54 5 , 3 53 dc .6 ve 54 4 dc .6 vlim 7 8 dc 0 vlp 91 0 dc 20 vln 0 92 dc 20 . model dx D(Is=800.0E-18) . model jx PJF(Is=250.0E-15 Beta=2.527E-3 Vto=-1) .ends * -


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PDF OPT211 600pF 715E-12 000E-12 -99E7 -99E7 8E-12 000E-6 947E3 ISS 99 diode
75E6

Abstract: 275E-6 OPA27M
Text: . | * -* |-| * | This macro model is being , model . | * | | * |-| * * CONNECTIONS , 9 16.359E3 . MODEL . MODEL . MODEL .ENDS DX D(IS=1E-15) N NPN(BF=12.5E3) DZ D(IS=1E-15 BV


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PDF OPA27M 25E-3 99526E-12 14286E-3 359E3 75E6 275E-6
microsim

Abstract: 00E-6 INA118 A3-118
Text: 10 9 QX QX 15 DC 1.100 . MODEL DX D(IS=1.0E-24) . MODEL QX NPN(IS=800.0E-18 BF , 53 dc .6 ve 54 4 dc .6 vlim 7 8 dc 0 vlp 91 0 dc 20 vln 0 92 dc 20 . model dx D(Is=800.0E-18) . model jx PJF(Is=15.00E-12 Beta=1.209E-3 Vto=-1) .ends * * * * * * * A2_118 operational , 0 dc 20 vln 0 92 dc 20 . model dx D(Is=800.0E-18) . model jx PJF(Is=15.00E-12 Beta=1.209E-3 Vto , 13.26E3 re1 13 10 7.514E3 re2 14 10 7.514E3 ree ro1 ro2 rp vb vc ve vlim vlp vln . model


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PDF INA118 501E-12 00E-12 -210E6 210E6 -210E6 40E-6 0E-12 002E-6 microsim 00E-6 INA118 A3-118
UAF42E

Abstract: 10E6 UAF42
Text: * UAF42E OPERATIONAL AMPLIFIER "MACROMODEL" SUBCIRCUIT * "E" IS ENHANCED MODEL * SUBCIRCUIT AMP_UAFE CREATED USING PARTS RELEASE 4.03 ON 10/17/90 AT 14:54 * * UAF42E = 4x AMP_UAFE + PRECISION , /3/94 JA Changed the entire macro model file to be * a UAF42 instead of a single op amp contained , SUBCIRCUIT * "E" IS ENHANCED MODEL * * CONNECTIONS: NON-INVERTING INPUT * | INVERTING INPUT , * . MODEL DX D(IS=800.0E-18) . MODEL JX PJF(IS=5.000E-12 BETA=299.8E-6 VTO=-1) .ENDS Burr-Brown


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PDF UAF42E UAF42E UAF42 UAF42 358E3 950E-3 0E-12 10E6
BUF601X1

Abstract: C208 BUF601X1/BB
Text: . | * -* |-| * | This macro model is being , * . MODEL PI PNP . MODEL NI NPN . MODEL NIL NPN (BF = 500) . MODEL PIL PNP (BF = 500) * .ENDS -


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PDF BUF601X1 2E-12 04E-12 C208 BUF601X1/BB
Burr-Brown package drawing 182

Abstract: No abstract text available
Text: full operating temperature range. ORDERING INFORMATION MODEL REF1004C-1.2 REFI 004C-2.5 REFI , : Available in Tape and Reel, Add -TR to Model Number. ABSOLUTE MAXIMUM RATINGS ORDERING INFORMATION , Lead Temperature (soldering, 10s). +300°C MODEL , BBREF0412 BBREF0425 PACKAGE INFORMATION*1 * MODEL PACKAGE REF1004C-1.2 REF1004C-2.5 REF1004I


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PDF REF1004 REF1004-1 REF1004-2 REF1004 17313b5 Burr-Brown package drawing 182
ISS 99 diode

Abstract: OPT201 OPT201KP 30E-9
Text: SOURCE BETWEEN PINS 2 AND 8 * * | TO MODEL THE CURRENT GENERATED BY THE PHOTODIODE , . MODEL DIODE .ENDS D * OPAMP MODEL .SUBCKT OPAMP 1 2 3 4 5 C1 11 12 10.49E-12 C2 6 7 , 91 0 DC 15 VLN 0 92 DC 15 . MODEL DX D(IS=800.0E-18) . MODEL JX PJF(IS=500.0E-15 BETA=58.E-6 VTO


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PDF OPT201 00E-12 49E-12 36E-12 -30E9 -30E9 074E-9 307E3 ISS 99 diode OPT201KP 30E-9
a900j

Abstract: No abstract text available
Text: . 3650MG/HG(’> MODEL 3650KG 3650JG 3652JG 3652MG/HG<’) ISOLATION Isolation Voltage , . MODEL 3650MG/HG‘1> 3650JG 3650KG 3652MG/HG«) 3652JG OUTPUT STAGE ±10V ±5mA  , within the 0°C to +85°C temperature range. PIN CONFIGURATIONS PACKAGE INFORMATIONS MODEL , circuit. Therefore, a high quality, low leakage DC/DC con­ verter such as the Burr-Brown Model 722 , compensate for residual matching errors. A model of the 3650 suitable for simple circuit analysis is shown


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PDF 140dB 40V/60HZ /1000Hrs 15kHz 17313fciS a900j
INA115E

Abstract: 115E 20E6 INA115
Text: . | * -* * NOTE: THE OUTPUT PERFORMANCE OF THE MACRO MODEL WILL BE ERRONEOUS IF * NODE 12 (FEEDBACK) IS , 1 * . MODEL DX D(IS=800.0E-18) . MODEL QX NPN(IS=800.0E-18 BF=36.00E3 NC=100 NR=100) . MODEL SP VSWITCH(RON=10K ROFF=100G VON=15.6 VOFF=15.5) . MODEL SM VSWITCH(RON=10K ROFF , MODE INPUT CAPACITANCE C1CM 1 0 5E-12 C2CM 2 0 5E-12 * . MODEL DX D(IS=800.0E-18) . MODEL QX NPN(IS=800.0E-18 BF=30.00E3) .ENDS Burr-Brown


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PDF INA115E INA115 INA115 947E3 111E6 123E3 10E-12 5E-12 INA115E 115E 20E6
648e3

Abstract: OPA676M R8110
Text: * OPA676M SPICE MACRO MODEL * Created 1/13/92 BCB * REV.B 2/8/93 : BCB: TTL switch overdrove , . | * -* |-| * | This macro model is being , model . | * | | * |-| * * This model , G8 10 3 120 10 .03333 G9 51 10 3 120 .03333 G10 52 10 120 3 .03333 R15 7 3 30 R16 10 3 30 . MODEL . MODEL . MODEL . MODEL .ENDS QY QX DX DY NPN(BF=400) NPN(BF=41) D(IS=1E-15) D(IS=1E-15 BV


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PDF OPA676M 8E-20 1E-15) 1E-15 648e3 OPA676M R8110
Burr-Brown package drawing 182

Abstract: No abstract text available
Text: temperature range. ORDERING INFORMATION MODEL T* PACKAGE Vz 0*C to +70°C 0°C to +70°C -4 , in Tape and Reel, Add -T R to Model Number. ABSOLUTE MAXIMUM RATINGS ORDERING INFORMATION , ). +300°C MODEL REF1004C-1.2 REF1004C-2.5 REFI 0041-1.2 REF1004I-2.5 PART MARKING BBREF0412 BBREF0425 BBREF0412 BBREF0425 PACKAGE INFORMATION«» MODEL PACKAGE REF1004C


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PDF REF1004 REF1004-1 REF1004-2 REF1004 LT1004 1-800-54S-6W REF1004-2Ã Burr-Brown package drawing 182
DAC80P

Abstract: No abstract text available
Text: performance over temperature as the ceramic model . The DAC80P is available with voltage output only. For , may affect device reliability. MODEL PACKAGE PACKAGE DRAWING NUMBER DACB0P DAC80 24 , are met. To order bum -in, add “- B I ” to the base model number. ORDERING INFORMATION MODEL , DAC80P-CBI-V-BI BURN-IN TEMP. (160h)w Ceramic DIP Plastic DIP MODEL +125*0 +65°C NOTE: (1) Or , The DAC80 accepts complementary binary digital input codes. The CBI model may be connected by the


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PDF DAC80 DAC80P 12-Bit 12VDC DAC80 DAC80P
ACF2101M

Abstract: 100E3 ACF2101 788E-3 R924
Text: . | * -* |-| * | This macro model is being , model . | * | | * |-| * * NOTES : * 1 , * Models * . MODEL JX NJF(BETA=.788E-3 VTO=-2 IS=5E-14) . MODEL DX D(IS=1E-15) . MODEL DY D(IS=1E-15 BV=50) . MODEL SWH VSWITCH(RON=1000G ROFF=1.5K VON=2 VOFF=0.8) . MODEL SWS VSWITCH(RON=1000G ROFF=250 VON=2 VOFF=0.8) . MODEL SWT VSWITCH(RON=1000G ROFF=10 VON=0.45 VOFF=0.55) . MODEL CC CAP(VC1=25E-6 TC1=-25E-6) .ENDS


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PDF ACF2101M 100E3 100E-12 788E-3 5E-14) 1E-15) 1E-15 1000G ACF2101M 100E3 ACF2101 R924
Supplyframe Tracking Pixel