RLOAD Search Results

MAX976

Contextual Info: * MAX976 Comparator Overdrive 50mV Response Test Circuit * 976PD.CIR XAR1 1 2 3 4 6 MAX976 * Amp+ Amp- Vdd Vss Compout VP 3 0 5V VN 4 0 0V VIN 1 0 PULSE(0V 1.40V .1U .1nS .1nS .2US) VREF 2 0 1.2v RLOAD97 6 0 100k CLOAD 6 0 15PF ISOURCE 6 0 2MA .OPTIONS RELTOL=.01

MAX922

Contextual Info: * MAX922 SUPPLY CURRENT * 922IDD.CIR XAR1 3 2 7 4 6 MAX922 VP 7 0 5V VN 4 0 0V VIN 3 0 100mV *VIN 3 0 PULSE 100mV 100mV 2us 3N 3N 20us vshort 2 0 0mV rload 6 0 10000E+3 .OPTIONS RELTOL=.01 .TRAN 100nS 20us .PROBE .LIB MAX922.fam .END

MAX4144

Contextual Info: * MAX4144 OUTPUT VOLTAGE SWING TEST CIRCUIT * 4144VOH.CIR XAR1 3 2 7 4 6 1200 1000 MAX4144 * IN+ IN- VCC VEE OUT SENSE REF VP 7 0 5V VN 4 0 -5V vshort1 6 1200 0v vshort2 1000 0 0v vin3 2 0 0v VIN 3 0 PULSE -4V 4V .02us .1N .1N .03us .07us rload 6 0 150000000

MAX985

Contextual Info: * MAX985 Comparator Overdrive 10mV Response Test Circuit-Falling Edge * 985PD_F.CIR XAR1 1 2 3 4 6 MAX985 * Amp+ Amp- Vdd Vss Compout VP 3 0 5V VN 4 0 0V VIN 1 0 PULSE(1.19V 2V .1U .1nS .1nS 1.0US) VREF 2 0 1.2v *RLOAD97 6 0 5.1k CLOAD 6 0 15PF *ISOURCE 6 0 2MA

Contextual Info: Test Procedure for the NCP5104 29-Oct-07 A Vac A V V J2 jumper Table 1: Required Equipment AC power source can be able to two volt-meters deliver 230Vrms or 110Vrms One NCP5104 Evaluation Board 1 resistive load: 200 Ω / 50 W two ampere-meters Rload 200Ω

MAX961

Contextual Info: * MAX961 Comparator Overdrive test circuit. * 961RES3V.CIR XAR1 3 2 7 4 352 300 433 483 MAX961 * +in -in v+ v- le gnd qout qoutcomp VP 7 0 3V VN 4 0 0V VIN 3 0 PULSE .1V 0V 10N 1N 1N 50N ;Input generator vbias 2 0 0.005V rload1 433 0 1meg *cload1 433 0 15pf

MAX987

Contextual Info: * MAX987 Comparator Overdrive 10mV Response Test Circuit-Rising Edge * 987PD_R.CIR XAR1 1 2 3 4 6 MAX987 * Amp+ Amp- Vdd Vss Compout VP 3 0 5V VN 4 0 0V VIN 1 0 PULSE(0V 1.21V .1U .1nS .1nS 1.0US) VREF 2 0 1.2v *RLOAD97 6 0 5.1k CLOAD 6 0 15PF *ISOURCE 6 0 2MA

MAX912

Abstract: MAX913 150N
Contextual Info: * MAX913 Comparator VOH test circuit. * 913VOH.CIR XAR1 3 2 7 4 352 300 433 483 MAX913 * +in -in v+ v- le gnd qout qoutcomp VP 7 0 5V VN 4 0 0V VIN 3 0 PULSE 0V 5V 10N 2N 2N 50N ;Input generator *VLE 352 0 PULSE(0V 5V 150N 2N 2N 5000N) vbiase 2 0 2.5V rload1 433 0 0.45K

MAX932

Contextual Info: * MAX932 * 932.CIR XAR1 3 101 7 4 49 235 6 106 MAX932 * +INA +INB V+ V- HYST REF OUT1 OUT2 VP 7 0 5V VN 4 0 0V vhyst 49 235 0v VIN2 3 0 PULSE 1V 2V 100US 2US 2US 200US VIN 101 0 PULSE(1V 2V 100US 2US 2US 200US) rload100 106 0 1000E+3 rload 6 0 1000E+3 .OPTIONS RELTOL=.01

MAX4144

Abstract: MAX4146
Contextual Info: * MAX4146 SMALL-SIGNAL RESPONSE TEST CIRCUIT * 4146STRA.CIR XAR1 3 2 7 4 6 1200 1000 10 11 MAX4146 * IN+ IN- VCC VEE OUT SENSE REF RG+ RGVP 7 0 5V VN 4 0 -5V vshort1 6 1200 0v vshort2 1000 0 0v vin3 2 0 0v VIN 3 0 PULSE -.01 .01 .02us .1N .1N .03us rload1 6 0 150

Contextual Info: Low Cost, Dual, High Current Output Line Driver with Shutdown ADA4311-1 FEATURES PIN CONFIGURATION ADA4311-1 +VS 1 10 OUT B NC 2 9 –IN B OUT A 3 8 +IN B –IN A 4 7 PD1 +IN A 5 6 PD0 NC = NO CONNECT 06940-001 High speed −3 dB bandwidth: 310 MHz, G = +5, RLOAD = 50 Ω

C7B12

Abstract: VREG-12
Contextual Info: The Analog Mixed Signal Company Voltage Regulator ID: 046 Name VREG-12 Description This rectifier was designed for a RFID chip in C7B12. It offers a smaller voltage drop than a circuit consisting of floating pn-diodes. Conditions VCOIL ±8 V RLOAD 200 kOhms

HVP16

Abstract: HVP8
Contextual Info: C RECTRON SEMICONDUCTOR TECHNICAL SPECIFICATION HIGH VOLTAGE ASSEMBLIED RECTIFIER VOLTAGE RANGE-5000 to 16000 Volts CURRENT-0.75 Ampere FEATURES * L o w c o st * L o w le akage * Isolate d c a se * S u r g e ove rload rating — 5 0 a m p e re s p eak * Silve r-p late d c o p p e r term inals

100PF

Abstract: MAX931
Contextual Info: * MAX931 RESPONSE TIME, SINGLE +3V SUPPLY * 931RES.CIR XAR1 3 2 7 4 49 235 6 MAX931 * +IN -IN V+ V- HYST REF OUT VHYSTs 49 235 0v VP 7 0 3V VN 4 0 0V VIN 3 0 PULSE 200mV 90mV 2us 3N 3N 10us vshort 2 0 100mV CLOAD 6 0 100PF *rload 6 0 1000E+3 .OPTIONS RELTOL=.01

MAX907

Contextual Info: * MAX907 PROPAGATION DEALY, SINGLE +5V SUPPLY *907DELAY.CIR XAR1 3 2 7 4 6 MAX907 VP 7 0 5V VN 4 0 0V VIN 3 0 PULSE 100mV +0mV 200ns 2N 2N 500ns vshort 2 0 5mV rload 6 0 1000k .OPTIONS RELTOL=.01 .TRAN 5nS 1000ns .PROBE .LIB MAX907.FAM .END

473PF

Abstract: 2651n
Contextual Info: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 A A B B 50 Ω rsource 3.377uH LLL1 C 10.29pF CLC1 6.627uH LLL2 5.243pF CLC2 7.346uH LLL3 5.259uH LLL4 4.73pF CLC3 1.164uH LLL5 6.607pF CLC4 29.86pF CLC5 C 50 Ω rload 0V vin 0.4654nF CCC1 D 2.104nF CCC2 74.66nH LCL1 16.52nH

0/MAX975HS

Abstract: MAX975 MAX975HS
Contextual Info: * MAX975 HIGH-SPEED PROPAGATION DELAY RESPONSE * 975PDHS.CIR XAR1 3 2 7 4 6 max975hs * +IN -IN VCC GND OUT VP 7 0 3V VN 4 0 0v VIN 3 0 PULSE .305v 0v 1us 5N 5N 2us VSHORT 2 0 .005V rload 6 0 1000k cload 6 0 10p .OPTIONS RELTOL=.001 .tran .1Us 5Us .LIB max975.FAM

Contextual Info: l i t e : » ] : i SEM ICO NDUCTORS P B P 151 1.5 AMPS. SILICON BRIDGE RECTIFIERS 1 th ru P B P 1 5 7 VO LTAG E RANG E 50 to 1000 Volts CURRENT 1.5 Amperes jy . PBP FEATURES • R a tin g to 1 0 0 0 V P R V • S u rge ove rload rating to 4 0 A m p e re s peak.

MAX4216

Contextual Info: * MAX4216 CLOSED LOOP GAIN RESPONSE * 4216AVCL.CIR XAR1 3 2 7 4 6 MAX4216 * +IN -IN VCC VEE OUT VP 7 0 5V VN 4 0 -5V VIN 3 0 AC 1 *VSHORT 2 6 0V RF 6 2 24 *RI 2 0 100 *vshort 2 0 0v rload 6 0 100 *cload 6 0 15p .OPTIONS RELTOL=.01 .AC DEC 10 1 1000meg .PROBE

MAX951

Abstract: RLOAD197
Contextual Info: * MAX951 Op Amp Open-Loop Gain Response Test Circuit. * 951OL.CIR XAR1 1 2 101 3 4 235 97 197 MAX951 * Amp+ Amp- Comp+ Vdd Vss Ref Ampout Compout VP 3 0 5V VN 4 0 -5V vin 1 0 ac 1 VSHORTIN 0 101 0V VREFTEST 2 0 0V RLOAD97 97 0 100k RLOAD197 197 0 1MEG .OPTIONS RELTOL=.01

MAX907

Abstract: MAX908
Contextual Info: * MAX908 PROPAGATION DELAY, SINGLE +5V SUPPLY *908DELAY.CIR XAR1 3 2 7 4 6 MAX908 VP 7 0 5V VN 4 0 0V VIN 3 0 PULSE 100mV +0mV 200ns 2N 2N 500ns vshort 2 0 5mV rload 6 0 1000k .OPTIONS RELTOL=.01 .TRAN 5nS 1000ns .PROBE .LIB MAX907.FAM .END

Christophe Basso

Abstract: MTP2N60E C61NF MC33364 MOC8101 1N5822 data sheet 1n752 diode Christophe MUR160 datasheet 1N4934
Contextual Info: RATIO_AUX = -0.1 RATIO_POW = -0.055 D1 1N5822 4 Vout 12 10 Rser 100m R1 1 C6 1nF ∆ Vclamp R6 100k 6 Icoil 1 Aux L1 1.9m 17 C1 470uF IC = 6.2 Rload 12 Aux 5 D2 MUR160 D3 1N4934 Lleak 10uH R8 220 14 11 X7 MOC8101 IDrain Aux R3 22k ZCD X1 MC33364D2 15 FB 13

100mv

Abstract: MAX924
Contextual Info: * MAX924 SUPPLY CURRENT * 924IDD.CIR XAR1 3 2 7 4 6 MAX924 VP 7 0 5V VN 4 0 0V VIN 3 0 100mV *VIN 3 0 PULSE 100mV 100mV 2us 3N 3N 20us vshort 2 0 0mV rload 6 0 10000E+3 .OPTIONS RELTOL=.01 .TRAN 100nS 20us .PROBE .LIB MAX924.fam .END

MAX4330

Contextual Info: * MAX4330 SMALL-SIGNAL RESPONSE * 4330STRA.CIR XAR1 3 2 7 4 6 MAX4330 * +IN -IN VCC VEE OUT VP 7 0 5V VN 4 0 -5v VIN 3 0 PULSE -50mv 50mv 400Ns 1N 1N 1000Ns rfeedback 6 2 2400 rload 6 0 100k *cload 6 0 1200p .OPTIONS RELTOL=.001 .tran 10Ns 2Us .LIB MAX4330.FAM