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PMP4986 PMP4986 ECAD Model Texas Instruments 8V-75V Input, Ultra-Low Power Flyback Visit Texas Instruments
LM5576Q0MH/NOPB LM5576Q0MH/NOPB ECAD Model Texas Instruments 75V, 3A Step-Down Switching Regulator 20-HTSSOP Visit Texas Instruments Buy
LM5115SD/NOPB LM5115SD/NOPB ECAD Model Texas Instruments 75V, Secondary Side Post Regulator/ Synchronous Buck Controller 16-WSON Visit Texas Instruments Buy
PMP8380 PMP8380 ECAD Model Texas Instruments 18V-75V Input, 12V@12A Active Clamp Forward Visit Texas Instruments
PMP1784 PMP1784 ECAD Model Texas Instruments Boost for Optical (75V @ 2 mA) Visit Texas Instruments
LM5575MH/MESN LM5575MH/MESN ECAD Model Texas Instruments SIMPLE SWITCHER? 75V, 1.5A Step-Down Switching Regulator 16-HTSSOP Visit Texas Instruments
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10PAK:WW-V75V-0 MINIATURE LAMP .74A 13.5V BASE
10PAK:WW-V75V-0 ECAD Model
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Digi-Key 10PAK:WW-V75V-0 Box 100 1 $38.82 $38.82 $38.82 $38.82 $38.82 Buy Now
Artesyn Embedded Technologies
EXA40-24S2V75-V DC DC CONVERTER 2.5-3V 40W
EXA40-24S2V75-V ECAD Model
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Digi-Key EXA40-24S2V75-V Bulk 0 120 - - - $68.33058 $68.33058 Buy Now
Artesyn Embedded Technologies
EXA40-48S2V75-V DC DC CONVERTER 2.5-3V 40W
EXA40-48S2V75-V ECAD Model
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Digi-Key EXA40-48S2V75-V Bulk 0 120 - - - $68.33058 $68.33058 Buy Now
Altech Corporation
CDL4U(E)MOV75V DIN Terminal Block, Screw, Surge Suppressor, MOV 75VAC, 22-10AWG, 12mm, grey
CDL4U(E)MOV75V ECAD Model
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RS CDL4U(E)MOV75V Bulk 0 52 - - $9.65 $9.35 $8.68 Get Quote
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Phoenix Contact
SPT 5/ 1-V-7 5 VPE500
SPT 5/ 1-V-7 5 VPE500 ECAD Model
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Onlinecomponents.com SPT 5/ 1-V-7 5 VPE500 0 - - - $1.7 $1.7 Buy Now

V-75V Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
DG180B

Abstract: DG180 DG180A DG181 DG181A DG182 0T0140 TL182 V075
Text: s • 10» ■A KwMLOG ®ffE*ISB —7.5 15 -7.5 15 V rOS(0N) /s=-lmA, VD— 7.5V , V0=- 7.5V , Vs= 7.5V 0.05 10 15 V>„=2.0V BfPSSKB vs=iov , Vd— — 7.5V , VS= 7.5V 1000 300 T- TEMPERATURE TC) -¡la * v //B&m - v/ ^ii-W: mfi 1 ftoi , €” 7.5 V, 7.5V 0.03 10 15 210 1*0 I 170 Z £ iso - •s Vm=2.0V utfummm VS=10V, VB , * / FD=- 7.5V , FS= 7.5V 1000 300 ■^DS (ON I vm=o.sv VD=Vs =


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PDF 20Vp-p DG180 DG181 DG181 DG182 DG182_ TL182 DG180B DG180 DG180A DG181A 0T0140 V075
jfet k 184

Abstract: k 105 jfet DG183 DG184 DG184A DG184B DG185 S2545
Text: ) Is— — 1mA, Vj, = 7.5V F„=2.0V ai a; & tp v„=o.sv Ta = 25°C F„=0.8V «fFSItSiH Vjn—0.8V T. = 25t Km = 2.0V F0=FS= 7.5V 10V, Vo = = 10V, V- -10V - —20 V VD— — 7.5V , FS = 7.5V VS=10V, v„=-V" =10V, F = 10V -20V F„=- 7.5V , VS = 7.5V Vs—10V, VD=-F+ = 10V, V- = 10V -20 V - 7.5V , Vs— 7.5V vs=iov, f„=- F»=10V, V = 10V -20 V VI)=- 7.5V , FS= 7.5V »tfa«*iH FS=-5V,/B=0 F„=-5V./, = 0 Fâ , « -7.5 15 -7.5 15 V - ^DS(ON) /s=-lmA, Vd= 7.5V V,„=2.0V r„=25t; 18 30 50 a


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PDF DG183 DG184 DG185 jfet k 184 k 105 jfet DG184 DG184A DG184B DG185 S2545
251C

Abstract: DG186 DG186A DG186B DG187 DG188 H150 spst bimos
Text: - « • « * m -j- ! m m e * KiMLOG KlfFSiKIB -7.5 15 -7.5 ; 15 V rDS(ON Is— — 1mA, 7.5V , 25t F5=10V, VD = — 10V F'=10V, F- = -20V 0.05 10 15 nA VD— — 7.5V , FS= 7.5V 0.05 10 15 F„ = 0.8Vor2.0V «fFESEíSH FS=10V, F„=-10V F"=10V, F~ = -20V 1000 300 F0 = — 7.5V , FS- 7.5V , Fd— — 7.5V , FS = 7.5V 0.03 10 15 F„=0.8Vor2.0V »fFB*®B Fs= 10V, FD= — 10V F+ = 10V, F- = -20V 1000 300 VD= — 7.5V , Fs= 7.5V 1000 300 ¿ds (ON i Fw—0.8V or 2.0V Vj,= VS =


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PDF DG186, 20Vp-p DG186 DG187 DG188 251C DG186A DG186B DG187 H150 spst bimos
DG190

Abstract: TL191 BT7F TOSONI 100C DG189 DG189A DG189B DG191 DG504
Text: .=25r VS=10V, VD=-10V V*=10V, V = —20V 0.05 10 15 nA F„=- 7.5V , KS= 7.5V 0.05 10 15 Vm = 0.8Vor2.0V UffSKKH Vs=10V, V„=-10V F* = 10V, F- = -20V 1000 300 Vd= — 7.5V , FS = 7.5V 1000 300 OFF 1 FW = 0.8V or 2.0 V T. = 25°C Vs— 10V, Vo=-10V V* = 10V, F- = -20V 0.04 10 15 VD— — 7.5V , FS = 7.5V 0.03 10 15 nA Fm= 0.8V or 2.0V »fFfiKWH VS=10V, VD— — 10V V*=10V, V = —20V 1000 300 Vo=- 7.5V , VS = 7.5V 1000 300 ÍDS'ON' F„ = 0.8Vor2.0V T, = 25"C -2 -0.1 -10


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PDF DG189 DG190 DG191 2Vor30mA 100mA 450mW 12mW/Â 65--H TL191 BT7F TOSONI 100C DG189A DG189B DG504
TI-85

Abstract: DG187 251C DG186 DG186A DG186B DG188 H150 ELDF
Text: - « • « * m -j- ! m m e * KiMLOG KlfFSiKIB -7.5 15 -7.5 ; 15 V rDS(ON Is— — 1mA, 7.5V , 25t F5=10V, VD = — 10V F'=10V, F- = -20V 0.05 10 15 nA VD— — 7.5V , FS= 7.5V 0.05 10 15 F„ = 0.8Vor2.0V «fFESEíSH FS=10V, F„=-10V F"=10V, F~ = -20V 1000 300 F0 = — 7.5V , FS- 7.5V , Fd— — 7.5V , FS = 7.5V 0.03 10 15 F„=0.8Vor2.0V »fFB*®B Fs= 10V, FD= — 10V F+ = 10V, F- = -20V 1000 300 VD= — 7.5V , Fs= 7.5V 1000 300 ¿DS (ON i Fw—0.8V or 2.0V Vj,= VS =


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PDF DG186, 20Vp-p DG186 DG187 DG188 Packag10V, TL188 TI-85 DG187 251C DG186A DG186B H150 ELDF
TL 5551

Abstract: LC4016B VLN 2003 LC4000B tr 5551
Text: » 7.5V 300 950 n Vdd= I5V,VIH= 0.25V 200 500 n Vdd= 5V,VSS=" -5V,VIN=5V 250 700 n Vdd= •5V,VSS=- -5V,Vlf|=±0.25 600 1500 n Vdd= ^5V,Vss=- -5V,VIN = -5V 250 700 • n vdd= • 7.5V ,Vss= = — 7.5 V, VIN— 7.5V 200 500 n ' Vdd= L7.5ViVss: = - 7.5V ,VlN=±0.25V 300 950 n Vdo= = 7.5V ,VSS: = - 7.5V ,VlM = - 7.5V 200 500 n ON-State Resistance A RON vdd= :5V,Vss=' -5 V 15 a between any 2 Switches Vdd= : 7.5V , VS3= = — 7.5V 10 a Input/Output lOFF VDD = -IOV,VlN= :|OV,Vout=0V Â


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PDF QD027Ã LC4000B 1024c LC4016B -50dB TL 5551 VLN 2003 tr 5551
TOSONI

Abstract: 100C DG189 DG189A DG189B DG190 DG191 TL191
Text: .=25r VS=10V, VD=-10V V*=10V, V = —20V 0.05 10 15 nA F„=- 7.5V , KS= 7.5V 0.05 10 15 Vm = 0.8Vor2.0V UffSKKH Vs=10V, V„=-10V F* = 10V, F- = -20V 1000 300 Vd= — 7.5V , FS = 7.5V 1000 300 OFF 1 FW = 0.8V or 2.0 V T. = 25°C Vs— 10V, Vo=-10V V* = 10V, F- = -20V 0.04 10 15 VD— — 7.5V , FS = 7.5V 0.03 10 15 nA Fm= 0.8V or 2.0V »fFfiKWH VS=10V, VD— — 10V V*=10V, V = —20V 1000 300 Vo=- 7.5V , VS = 7.5V 1000 300 ÍDS'ON' F„ = 0.8Vor2.0V T, = 25"C -2 -0.1 -10


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PDF DG189 DG190 DG191 TOSONI 100C DG189A DG189B TL191
DG183

Abstract: No abstract text available
Text: - -15V, Vl = 5V, Vk = 0, T„ = 25°C) sì r, /son CsiOFF) Is— — 1mA, Vj, = 7.5V F„=2.0V ai a; & tp v„=o.sv Ta = 25°C F„=0.8V «fFSItSiH Vjn—0.8V T. = 25t Km = 2.0V F0=FS= 7.5V 10V, Vo = = 10V, V- -10V - —20 V VD— — 7.5V , FS = 7.5V VS=10V, v„=-V" =10V, F = 10V -20V F„=- 7.5V , VS = 7.5V Vs—10V, VD=-F+ = 10V, V- = 10V -20 V - 7.5V , Vs— 7.5V vs=iov, f„=- F»=10V, V = 10V -20 V VI)=- 7.5V , FS= 7.5V »tfa«*iH FS=-5V,/B=0 F„=-5V./, = 0 F„ = Fs=0V fft = 75Q


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PDF DG183) DG183
DG180B

Abstract: DG180 DG180A DG181 DG181A DG182 FA7J
Text: s • 10» ■A KwMLOG ®ffE*ISB —7.5 15 -7.5 15 V rOS(0N) /s=-lmA, VD— 7.5V , V0=- 7.5V , Vs= 7.5V 0.05 10 15 V>„=2.0V BfPSSKB vs=iov , Vd— — 7.5V , VS= 7.5V 1000 300 T- TEMPERATURE TC) -¡la * v //B&m - v/ ^ii-W: mfi 1 ftoi , €” 7.5 V, 7.5V 0.03 10 15 210 1*0 I 170 Z £ iso - •s Vm=2.0V utfummm VS=10V, VB , * / FD=- 7.5V , FS= 7.5V 1000 300 ■^DS (ON I vm=o.sv VD=Vs =


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PDF 20Vp-p DG180 DG181 DG181 DG390A) 100mA 450mW 825mW 470mW DG180B DG180 DG180A DG181A DG182 FA7J
TOSONI

Abstract: DG191A DG190 DG191 DG191B TL191
Text: 7„=FS= 7.5V liWCiä (-SOFF Cl> OFF ' IN OIR Vm=0Vlï.hh) /* I I,. ftfFiült'«!« VS=10V, F„=-10V F =10V, V = —20V VD= — 7.5V , Fs —7.5 V Fs=10V, F„=-10V F'=10V, V = —20V VD= - 7.5V , Fs= 7.5V FS=10V, F„=-10V V ' = 10V V = — 20V V¡j= — 7.5V , FS = 7.5V Fs = 10V, F„=-10V F' = 10V, F = —20V F„= - 7.5V , FS = 7.5V Ta = 25"C ftftiffilSBiB F,„ = 5V v,„ = 0V Vm = 5V vm , VANALOG BfPSfiKB -10 15 -10 15 V TOSONI is= — ImA, F„= 7.5V r,=25"C 35 75 100 a F/lV=o


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PDF DG190 TOSONI DG191A DG190 DG191 DG191B TL191
2004 - IP7805ASMD05

Abstract: IP7815AK-883B
Text: VO Output Voltage Test Conditions IO = 1A IO = 5mA to IMAX VIN = 7.5V to 20V VO Low Supply IO = 5mA to IMAX VIN = 7V to 20V VIN = 7V to 25V IO = 0.5 IMAX VIN = 7.5V to 25V TJ = -55 to 150°C IO £ IMAX , -55 to 150°C TJ = -55 to 150°C VIN = 10V VIN = 7.5V to 20V TJ = -55 to 150°C VIN = 8V to 25V VIN = 7V , 1.5A 1.5A 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V 7.5V to 25V


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PDF IP140A IP140 IP7800A IP7800 LM140 LM140 IP7815ASMD05-8QR-B IP7805ASMD05 IP7815AK-883B
DG189

Abstract: DG189A DG189B
Text: 25 h' OFF' V/Jv = 0.8V or 2.0V r.=25r VS=10V, VD=-10V V*=10V, V = —20V 0.05 10 15 nA F„=- 7.5V , KS= 7.5V 0.05 10 15 Vm = 0.8Vor2.0V UffSKKH Vs=10V, V„=-10V F* = 10V, F- = -20V 1000 300 Vd= — 7.5V , FS = 7.5V 1000 300 OFF 1 FW = 0.8V or 2.0 V T. = 25°C Vs— 10V, Vo=-10V V* = 10V, F- = -20V 0.04 10 15 VD— — 7.5V , FS = 7.5V 0.03 10 15 nA Fm= 0.8V or 2.0V »fFfiKWH VS=10V, VD— — 10V V*=10V, V = —20V 1000 300 Vo=- 7.5V , VS = 7.5V 1000 300 ÍDS'ON


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PDF CDG189) DG189 DG189A DG189B DG189 DG189A DG189B
IN5551

Abstract: 1N4148 75v 150mA diode in483a zener 400v in4148 zener diode Zener Diode 1.5W DO35 100v 500ma diode Switching diode 80V 200mA zener diode 50w zener in4148
Text: 75mA; 100V 75mA; 75V ; DO-7 150mA; 200V; DO-7 GENERAL PURPOSE DIODE 150mA; 150V; DO-7 SWITCHING DIODE 200mA; 75V ; DO-7 RECTIFIER l.OA; 200V l.OA; 400V l.OA; 600V l.OA; 800V ZENER 3.0W; 5% SWITCHING DIODE 200mA; 100V; DO-35 150mA; 100V; DO-35 200mA; 75V ; DO-35 200mA; 75V ; DO-35 200mA; 75V ; DO-35 200mA; 75V ; DO-35 200mA; 40V; DO-35 150mA; 75V ; DO-35 150mA; 75V ; DO-35 200mA; 35V; DO-35 RECTIFIER l.OA; 200V , 1N5613, J, JTX, JTXV SWITCHING 200mA; 75V ; 200mA; 70V; 200mA; 75V ; 200mA; 75V ; 200mA; 75V ; 200mA; 75V


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PDF 1N251, 1N456 1N456A 1N457, 1N457A 1N458, 1N458A 1N459, 1N459A IN483A IN5551 1N4148 75v 150mA diode zener 400v in4148 zener diode Zener Diode 1.5W DO35 100v 500ma diode Switching diode 80V 200mA zener diode 50w zener in4148
6075A

Abstract: DG181 DG181A DG181B
Text: -V -i Q yns o N Is— — 1mA, Fd = 7.5V V,„=0.8V T,=2S"C 18 30 50 , F4 —lOV, F- = -20V 0.06 1 5 [ nA SUF — 7.5V , Vrs — 7.5V , 10V, F- = -20V 100 100 100 I SS -15 r 85 105 FD=- 7.5V , Fs= 7.5V , -10V, VD=-10V V =10V, V ~ = —20V 0.5 1 5 nA VD= — 7.5V , KS= 7.5V 0.6 1 5 190 , €”20V 100 100 1 1 » 1 1 Vd— — 7.5V


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PDF DG181A DG181B DG181 DG181 -217j 6075A DG181A DG181B
Not Available

Abstract: No abstract text available
Text: d.c. Full Scale Reading • 3.0 to 7.5V or 6.0 to 15.0V Operation • Auto-zero and Auto-polarity â , V+ to V+ to Backlight supply voltage Backlight supply current @ 7.5V d.c. Input leakage current , required above 7.5V , see Applications. * This specification linearly derates to 5mA @ 50°C. Unless , the meter (3.0 to 7.5V meter power supply applications only). 3. BL- Connect to the meter's negative supply voltage to switch on the LED backlighting. For meter supply voltages above 7.5V , add a series


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PDF 400-BLUE 400-BLUE 200mV 200mV February/2004
block diagram of power meter

Abstract: dc voltmeter circuit diagrams 4 DIGIT LCD DISPLAY 11 PIN voltmeter
Text: . Full Scale Reading · 3.0 to 7.5V or 6.0 to 15.0V Operation · Auto-zero and Auto-polarity · , V+ to V+ to Backlight supply voltage Backlight supply current @ 7.5V d.c. Input leakage current , required above 7.5V , see Applications. * This specification linearly derates to 5mA @ 50°C. Unless , . V+ Positive power supply to the meter. 2. GND 0V power supply to the meter (3.0 to 7.5V meter power , backlighting. For meter supply voltages above 7.5V , add a series resistor Rs. See Applications for suitable


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PDF 400-BLUE 400-BLUE 200mV 200mV February/2004 block diagram of power meter dc voltmeter circuit diagrams 4 DIGIT LCD DISPLAY 11 PIN voltmeter
7.5v dc power supply circuit

Abstract: dc voltmeter circuit diagrams SP 400-BLUE
Text: . Full Scale Reading · 3.0 to 7.5V or 6.0 to 15.0V Operation · Auto-zero and Auto-polarity · , V+ to V+ to Backlight supply voltage Backlight supply current @ 7.5V d.c. Input leakage current , required above 7.5V , see Applications. * This specification linearly derates to 5mA @ 50°C. Unless , meter. 2. GND 0V power supply to the meter (3.0 to 7.5V meter power supply applications only). 3. BL , voltages above 7.5V , add a series resistor Rs. See Applications for suitable circuit diagrams. 4. INH


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PDF 400-BLUE 400-BLUE 200mV 200mV January/2007 7.5v dc power supply circuit dc voltmeter circuit diagrams SP 400-BLUE
LM123A

Abstract: No abstract text available
Text: typical output impedance 7.5V minimum input voltage 30W power dissipation 100% electrical burn-in , = 7.5V , Io u t = 0A LM123A Min 4.95 4.85 5 25 12 40 LM123 Max 5.05 5.15 10 50 20 Typ 5 Min 4.7 4.6 Typ 5 Max 5.3 5.4 Units V V mV mV mA fiVrms 7.5V £ V|N <: 15V 0A S l0UT i , Voltage Short Circuit Current Limit Tj = 25°C 7.5V £ V|N <; 15V Tj = 25°C, V|N = 7.5V , 5 25 12 40 25 100 20 0A loUT ' 3A 7.5V <; V|N <: 15V, 0A <. louT ^ 3A Tj = 25°C 10 Hz S f <; 100


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PDF LM123A 123/LM323A/LM323 123/LM 23A/LM LM123 LM323A LM323. LM123A/LM123/LM323A/LM323
SQUARE WAVE TO SINE WAVE schematic diagram

Abstract: CD4016CJ CD4016CN CD4016M CD4016MJ CD4016MW J14A N14A W14B
Text: ,) Ron "ON" Resistance R|_= 10 kil VC=VDD Vss Vfe + 7.5V + 7.5V - 7.5V - 7.5V ± 0.25 V +5V —5V  , Between Any 2 of 4 Switches + 7.5V - 7.5V + 5V — 5V ± 7.5V ±5V 10 15 Sine Wave Response (Distortion , Leakage-Switch "OFF (Effective "OFF" Resistance) + 7.5V - 7.5V + 5V — 5V + 7.5V - 7.5V + 5V — 5V ±100  , . INPUTS (Vis) AND Ol JTPUTS (Va,) Ron "ON" Resistance Rl= 10 kfl VC=VDD Vss Vis + 7.5V + 7.5V - 7.5V - 7.5V ± 0.25V + 5V + 5V — 5V -5V ± 0.25V + 15V + 15V 0V + 0.25V 9.3V + 10V + 10V 0V + 0.25V


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PDF CD4016M/CD4016C SQUARE WAVE TO SINE WAVE schematic diagram CD4016CJ CD4016CN CD4016M CD4016MJ CD4016MW J14A N14A W14B
DG186

Abstract: DG188 DG188A DG188B TL188 biffi
Text: * Vi. Va.\ai. 7.5V r„ = 25'C 35 , , V = -20V 0.05 1 5 1 off F„- 7.5V , Fs— 7.5V 0.07 1 5 nA F„=0.8V or 2.0V ai'fìnmKm FS=10V, — 10V F • = 10V, V = - 20V 100 100 F„=- 7.5V , FS- 7.5V 100 100 Ì F„—0.8Vor2.0V 7',-25'C Ks = 10V, F„=-10V V- =10V, V- = -20V 0.04 1 5 OFF V„=- 7.5V , FS= 7.5V , )=- 7.5V , FS = 7.5V 100 100 ; OH F,A = 0.8V or 2.0V 7", = 25'C -2 -0.03 -10 nA F„=FS =


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PDF DG186, DG188) DG188A DG188B DG188 TL188 DG186 DG188A DG188B biffi
Not Available

Abstract: No abstract text available
Text: 0.1 uA 2 Off Channel Leakage Current 2 20 uA 1, 3 uA 2 Vcc = + 7.5V , Vee = - 7.5V , Vin(Inhibit) = 7.5V , Vin(I/0) = 7.5V , Meas. Vout(0/I) = 0V -200 nA 1, 3 -2000 nA 2 Vcc = 7.5V , Vee = - 7.5V , Vin(Inhibit) = 7.5V , Vin(I/0) = - 7.5V , Meas. Vout(0/I) = 0V , +200 nA 1, 3 +2000 nA 2 Vcc = 7.5V , Vee = - 7.5V , Vin(Inhibit) = 7.5V , Vout(0/I) Meas. Vin(I/O) = 0V -50 nA 1, 3 = 7.5V , Ron "ON" Resistance -500 nA 2 Vcc


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PDF 052BM-X 15Vp-p
jfet k 184

Abstract: DG185 DG185A DG185B TL185 F08V
Text: mifsrnrnm -10 15 -10 15 V rDS. ON Is=- 1mA, F„ = 7.5V T„ = 25-C 35 75 100 a F„=2.0V t&fffiSMB 150 150 F„=0.8V T. = 25'C FS=10V, FD=-10V —10V, F- = -20V j 0.05 1 1 5 /soff F„=- 7.5V , V¿ — 7.5V : 0.07 1 5 nA F„=0.8V KjfFSKttB FS=10V, F„=-10V F+ = 10V, V~= -20V 100 100 F0=- 7.5V , V^— 7.5V 1 100 100 F„=0.8V Ta = 25°C FS=10V, FD=-10V F"=10V, F — —20V 0.04 1 5 Ido ff F„=- 7.5V , F, — 7.5V . 0.05 1 5 nA F,v=0.8V UfPSfeïEB Vs=10V, F„=-10V F


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PDF DG185) DG185 TL185 DG185A DG185B jfet k 184 DG185 DG185A DG185B TL185 F08V
251C

Abstract: DG186 DG186A DG186B
Text: rDS(ON Is— — 1mA, 7.5V F„=0.8or2.0V Ta = 25*C 7.5 10 15 a »fFSKiäH 20 25 /s i OFF i F„ = 0.8Vor2.0V T. = 25t F5=10V, VD = — 10V F'=10V, F- = -20V 0.05 10 15 nA VD— — 7.5V , FS= 7.5V 0.05 10 15 F„ = 0.8Vor2.0V «fFESEíSH FS=10V, F„=-10V F"=10V, F~ = -20V 1000 300 F0 = — 7.5V , FS- 7.5V 1000 300 ^DiOFFi V/v—0.8V or 2.0V T, = 251C Fs= 10V, FD=-10V F'=10V, F- = -20V 0.04 10 15 nA Fd— — 7.5V , FS = 7.5V 0.03 10 15 F„=0.8Vor2.0V »fFB*®B Fs


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PDF DG186, dgi86) DG186 DG186A DG186B 10VFD= 251C DG186 DG186A DG186B
DG187

Abstract: 251C DG186 DG187B B 10 S 1 DG187A
Text: ON /,= - 1mA, Vd— 7.5V F„=0.8or2.0V 18 30 50 , =10V, F„=-10V F+ — 10V, F- = -20V 0.06 1 5 nA VD= — 7.5V , FS= 7.5V 0.1 1 5 F„ = 0.8Vor2.0V »ffSKffiB Vs—10V, Vd— — 10V F+=10V, F- = -20V 100 100 1 ! 5 _ 15 2 5 55 os F„=- 7.5V , Fs— 7.5V , =10V, F„=-10V 1/ - inyt T/ - — —20V 0.5 1 5 nA Ffl=- 7.5V , FS = 7.5V 0.6 1 5


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PDF DG186, nri67A DG187B DG187 DG187 251C DG186 DG187B B 10 S 1 DG187A
DG180B

Abstract: DG180 DG180A
Text: rOS(0N) /s=-lmA, VD— 7.5V fy = 0.8 T.=25T; 7.5 10 15 Q ®f«S«i£H 20 25 , V0=- 7.5V , Vs= 7.5V 0.05 10 15 V>„=2.0V BfPSSKB vs=iov , Vd— — 7.5V , VS= 7.5V 1000 300 T- TEMPERATURE TC) -¡la * v //B&m - v/ ^ii-W: mfi 1 ftoi , €” 7.5 V, 7.5V 0.03 10 15 210 1*0 I 170 Z £ iso - •s Vm=2.0V utfummm VS=10V, VB , * / FD=- 7.5V , FS= 7.5V 1000 300 ■^DS (ON I vm=o.sv VD=Vs =


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PDF CDG180) DG180A DG180B DG180 DG180B DG180 DG180A
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