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7216L45G Integrated Device Technology Inc PGA-68, Tray
7216L55GB Integrated Device Technology Inc PGA-68, Tray
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ICL 7216 D Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1998 - ICL 7216 D

Abstract: ICL7107 Digital ohm meter 7107 meters IC 7107 the pin function of ic 7107 330N capacitor 7107 ic icl 7216 application 7107 Digital Weighing Scale schematic
Text: R3 CONTROL LOGIC COUNTER DISPLAY SUPPLY + 1 1's d 2 40 OSC 1 39 OSC 2 38 OSC 3 37 TEST 36 , Open Closed 1's c 3 1 2 3 1's b 4 1's a 5 1's f 6 1's g 7 1's e 8 10's d 9 10's c 10 10's b 11 10's a 12 10's f 13 10's e 14 100's d 15 100's b 16 100's f 17 100's e 18 1000 a&b 19 Polarity , /Coefficient Supply current 7106 & 7107 7216 Analogue common voltage (with respect to pos. supply) Temp. coeff. of analogue common (with respect to pos. Supply) 7106 and 7216 Pk-Pk segment drive voltage (Note 5


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PDF RS7106, BC214L 100mA) 200mV ICL 7216 D ICL7107 Digital ohm meter 7107 meters IC 7107 the pin function of ic 7107 330N capacitor 7107 ic icl 7216 application 7107 Digital Weighing Scale schematic
2010 - VRG8691

Abstract: No abstract text available
Text: VSENSE Current Limit FIGURE 1 ­ BLOCK DIAGRAM / SCHEMATIC SCD8691 Rev D ABSOLUTE MAXIMUM RATINGS , Stability 2/ Supply Current (VBIAS) Thermal Resistance (Junction to Case) VDROP IADJ IMIN ICL SYM VREF , adjustable as shown in Figure 2. SCD8691 Rev D 1/6/10 2 Aeroflex Plainview Setting Output Voltage VBIAS , VREF (1+R1/R2) + (IADJ x R1) Typical Set-Up VREF R2 Setting Current Limit ( ICL ) ICL NOM = 75 X VIN 1/ 33 To increase or decrease ICL : R3 INC Increases ICL ICL ICL NOM + or R3 DEC Decreases ICL


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PDF VRG8691/92 SCD8691 VRG8691
dpm 001 tia

Abstract: ICL7103 7555 timer NIXIE L4 CMOS 7555 1C03AC L71C03A C-03A 2-Digit BCD Counter icl 7555
Text: , ICL8068/ ICL 71C03 COUNTS PHASE 1 4 1 / 2 D IG IT 3 1 / 2 D IG IT 1 0 ,0 0 1 1 ,0 0 1 PHASE II 1 0 ,0 , ICL8052/ICL71C03, ICL8068/ ICL 71C03 A ug u st 1997 Features · Typically Less Than 2^Vp_p Noise , Digit, A/ D C onverter Description The ICL8052 or ICL8068/ICL71C03 chip pairs with their multiplexed , for a wide variety of applications. Ordering Information PART NUMBER IC L 8 0 5 2 C P D IC L 8 0 5 2 C D D IC L 8 0 5 2 A C P D IC L 8 0 5 2 A C D D IC L 8 0 6 8 C D D IC L 8 0 6 8 A C D D IC L 8 0


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PDF ICL8052/ICL71C03, ICL8068/ICL 71C03 ICL8068) 40ppm ICL71C03 200mV dpm 001 tia ICL7103 7555 timer NIXIE L4 CMOS 7555 1C03AC L71C03A C-03A 2-Digit BCD Counter icl 7555
7555 timer

Abstract: icl 7555 icl7103 CMOS 7555 71C03 ICL71C03ACPI ICL71C03ACPI equivalent ICL71C03CPI BCD to Decimal decoder nixie AN023
Text: ® HARRIS S E M I C O N D U C T O R ICL8052/ICL71C03, ICL8068/ICL71C03 Precision 4V 2 Digit, A/ D Converter Description The ICL8052 or ICL8068/ICL71C03 chip pairs with their multiplexed BCD , Corporation 1997 File Number QQ7 7 7 5 b 45b 3081.1 3-34 ICL8052/ ICL 71C03, ICL8068/ ICL 71C03 , DIGIT RANGE RANGE 3-35 ICL8052/ ICL 71C03, ÌCL8068/ ÌCL 71C03 Absolute Maximum Ratings ICL8052 , N : S tresses above those liste d In "A b solute M axim um R atin g s" m a y ca use p e rm a n e n t


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PDF ICL8052/ICL71C03, ICL8068/ICL71C03 ICL8052 ICL8068/ICL71C03 71C03 200mV 7555 timer icl 7555 icl7103 CMOS 7555 ICL71C03ACPI ICL71C03ACPI equivalent ICL71C03CPI BCD to Decimal decoder nixie AN023
Not Available

Abstract: No abstract text available
Text: DEVELOPMENT DATA T h is d a ta sh eet co n ta in s a d v a n c e in fo r m a tio n and s p e c ific a tio n s are s u b je ct to ch a n g e w it h o u t n o tic e . PCF2322 FOR D E T A IL E D IN F O R M A T IO N SEE R E L E V A N T D A T A BOOK OR D A T A SHEET WIDEBAND SPEECH ENCODER/DECODER G E N E R A L D E S C R IP T IO N The PCF2322 is a high quality speech encoder/decoder that , bandwidth · Test sequences compatible w ith C C ITT O R D E R IN G IN F O R M A T IO N type number PCF2322WP


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PDF PCF2322 PCF2322
CL-200G-C

Abstract: CL-230LY-CD CL-220FG-C CL-200yc CL-220PG l200dc CL-190UR-CD CL-190UB-X CL-220Y-C CL-220HR-C
Text: -html, p ro d u c ts c n ü e d .h ; : CL-230LY-CD ÍCL -230YG-X x CL-230G-CD 1.6(W) CL-230FG-CD x , -760R -C D ÍCL -260 : CL-260D-CD ' ;CL-260Y-CD ÍCL -260LY-CD : 3.4(L) CL-260YG-X x CL-260G-CD ;1.25(W) ÍCL , -C D CL-191 Y-CD CL-191LY-CD 1.6(L) TL-191YG-CD x C L-Î91G-CD 0.8(W) ÍCL -191FG-CD x CL-191PG-CD 0.6(H , ro d u c ts /c ilile d .l' CL-191SD-CD 0 .-1 9 1 UR-CD ÍCL -191HR-CD CL-270 CL-270R-C CL , -4f3iZiÌ5 i i ;K 1 - H I e. H® !, G a N * L E D * * * m v fc j» * * S f - '^ L E D 'C T 0 F


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PDF RY03i< -f-85 CL-200G-C CL-230LY-CD CL-220FG-C CL-200yc CL-220PG l200dc CL-190UR-CD CL-190UB-X CL-220Y-C CL-220HR-C
1998 - kx ignition circuit diagram

Abstract: VB027SP HIGH ENERGY IGNITION CIRCUIT
Text: Icl DIAG FIGURE 3: Maximum Icl VS temperature FIGURE 4: IC(diag1) VS temperature uc d , VB027SP ® HIGH VOLTAGE IGNITION COIL DRIVER POWER I.C. TYPE VB027SP Vcl 300V Icl , ) t Vd ro P e INPUT let o bs uc d O ro P voltage, high current interface , . PROTECTION FLAG 1 uc d PowerSO-10TM s) t( QUASI PROP. BASE CURRENT + - RSENSE FLAG , pins 1÷5 externally. 2/7 GND GND GND GND GND uc d s) t( VB027SP ELECTRICAL


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PDF VB027SP 130mA VB027SP kx ignition circuit diagram HIGH ENERGY IGNITION CIRCUIT
2009 - LTC4012-2

Abstract: DC1256A LTC4012 LTC4012-1 charge 6v battery battery charger parasitic DC1223
Text: I-ION B AT T ER Y C H AR G ER B OAR D DESCRIPTION Demonstration circuit DC1256A is a single-battery , same idea. Status LEDs are provided f CHG, ACP, C/ and ICL . or 10, DC1256A also optionally , Limit ( ICL ) Trip point. VCC SELECT:Selects what power source f Vcc power. Internally via U2 or , text. Table 3. LED St us I catons at ndi i LED FU N CTI N (ONLY VALI W HEN ACP I O N) O D S C , is above C/ (Bulk Charge mode. 10. ) ICL Shows that Input Current Limit ( ICL ) is active


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PDF LTC4012-2 DC1256A LTC4012 LTC4012-2 DC1223A DC1256A. LTC4012-1 charge 6v battery battery charger parasitic DC1223
1998 - VB027

Abstract: p023h1 p023h VB027012Y
Text: VB027 VB027(011Y) Vcl(min) Icl (max) Id(on)max 300V 9A 130mA VB027(012Y) PRIMARY , Id(off) Id(on) Vd Icl Icl (td) VINH VINL IINH VdiagH VdiagL IC(diag1) IC(diag1)td IC(diag2 , figure 1) 1 µs REXT=22K (See figure 1) 1 µs Note 1: the primary coil current value Icl , limited thanks to the "Current limiter" block that, as soon as the Icl level is reached, forces the , ) / VB027(012Y) FIGURE 2: Switching waveform VIN 2nd Threshold 1st Threshold Icl DIAG FIGURE 3


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PDF VB027 VB027 130mA VB027, p023h1 p023h VB027012Y
2011 - 8069-DC

Abstract: 8069DC Circle transistor
Text: Nomenclature Guide ICL , ICM Types ICL 8069D C DEVICE FAMILY ICL ICM PART NUMBER TEMPERATURE RANGE C: Commercial, 0°C to +70°C I: Industrial, -25°C to +85°C or -40°C to +85°C (Specified on Data Sheet) M: Military, -55°C to +125°C PACKAGE DESIGNATOR B: Small Outline Plastic (SOIC) D : Ceramic , : Can (TO-99, TO-100) Z: TO-92 (Plastic) /W: Wafer / D : Chip PIN COUNT DESIGNATOR SUFFIX PIN COUNT A B C D E F G H I J K L N P Q R V W X Y Z 44 8 10 12 14 16 22 24 42 28 32 35 40 18 20 2 3 8 10 10 8 8 44


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PDF 8069D O-100) /883B: MIL-STD-883 1-888-INTERSIL 8069-DC 8069DC Circle transistor
1998 - VB027

Abstract: datasheet vb027 hv 102 0154E p023h1 VB027(6)
Text: VB027 Vcl(min) VB027(011Y) Icl (max) Id(on)max 300V 9A 130mA VB027(012Y , Id(off) Id(on) Vd Icl Icl (td) VINH VINL IINH VdiagH VdiagL IC(diag1) IC(diag1)td IC(diag2 , figure 1) 1 µs REXT=22K (See figure 1) 1 µs Note 1: the primary coil current value Icl , limited thanks to the "Current limiter" block that, as soon as the Icl level is reached, forces the , ) / VB027(012Y) FIGURE 2: Switching waveform VIN 2nd Threshold 1 st Threshold Icl DIAG FIGURE 3


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PDF VB027 VB027 130mA VB027, datasheet vb027 hv 102 0154E p023h1 VB027(6)
1996 - intel order 242693

Abstract: 241618 WIN32 243007 242693 243190 TAG 600 QPC3224 directives of masm
Text: ) . Defining Macros (-QA, -QA-, -u, - D , and -U) . Predefined Macros , the Sign-on Message (-nologo). Printing the List of icl Options (-? , shows you how the Intel compiler ( icl ) fits into the Microsoft application development environment. The , Development Cycle Text Editor Source Code Phase I: Translation MASM Assembler Code icl , DOS command line, enter the following command: prompt> icl [options] [path]filenames 2-1 2


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PDF Win32* intel order 242693 241618 WIN32 243007 242693 243190 TAG 600 QPC3224 directives of masm
2010 - mip2k4

Abstract: mip2k MIP2k40 MIP51
Text: peak current * Channel temperature Storage temperature Symbol VD VCC VDD VFB IFB VCL ICL IDP Tch Tstg , current *2 CL pin hysteresis current *2 VCL ICL1 ICLHYS VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB: Open, ICL < ICL1 VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD


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PDF MIP2K40MS MarP01* MIP00* MIP55* MIP816/826 MIP50* MIP02* MIP52* MIP56* MIP51* mip2k4 mip2k MIP2k40 MIP51
2010 - MIP2K2

Abstract: MIP2K20 mip2*2 MIP2K20MS
Text: peak current * Channel temperature Storage temperature Symbol VD VCC VDD VFB IFB VCL ICL IDP Tch Tstg , current *2 CL pin hysteresis current *2 VCL ICL1 ICLHYS VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB: Open, ICL < ICL1 VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD


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PDF MIP2K20MS MaP01* MIP00* MIP55* MIP816/826 MIP50* MIP02* MIP52* MIP56* MIP51* MIP2K2 MIP2K20 mip2*2 MIP2K20MS
2010 - mip2k4

Abstract: MIP2k40 MIP2K40MS mip2k MIP55 marking FB
Text: pin current ICL 150 mA Output peak current * IDP 2.2 A Channel temperature , Symbol Conditions Min Typ Max Unit VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA 90 100 110 kHz VCC = 15 V, VD = 5 V, IFB: Open, ICL < ICL1 9 12 15 kHz , V, IFB = 20 mA, ICL = 50 mA 5.5 kHz Jitter frequency modulation rate fM VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA 260 Hz MAXDC VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL


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PDF MIP2K40MS MIP803/804 MIP816/826 MIP51£ MIP55£ MIP50£ mip2k4 MIP2k40 MIP2K40MS mip2k MIP55 marking FB
2010 - mip2k4

Abstract: MIP2K MIP2K50MS MIP2 mip2k5 MIP9E MIP55 MIP9 MIP2K50M
Text: Feedback current IFB 500 mA CL pin voltage VCL - 0.3 +8 V CL pin current ICL , Conditions Min Typ Max Unit VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA 90 100 110 kHz VCC = 15 V, VD = 5 V, IFB: Open, ICL < ICL1 9 12 15 kHz Control , 20 mA, ICL = 50 mA 5.5 kHz Jitter frequency modulation rate fM VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA 260 Hz MAXDC VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA


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PDF MIP2K50MS MIP803/804 MIP816/826 MIP51£ MIP55£ MIP50£ mip2k4 MIP2K MIP2K50MS MIP2 mip2k5 MIP9E MIP55 MIP9 MIP2K50M
2015 - Not Available

Abstract: No abstract text available
Text: ±20 V、12 V和36 V ADG5404F S1 S2 D S3 S4 FAULT DETECTION + SWITCH DRIVER SF DR , €¼) ns(典型值) VS = 10 V,参见图45 RL = 1 kΩ ,CL = 2 pF,参见å , 过载恢复时间tRECOVERY ns(最大值) ns(典型值) RL = 1 kΩ ,CL = 2 pF,参见图41 1050 , pF,RPULLUP = 1 kΩ,参见图44 VS = 0 V,RS = 0 Ω ,CL = 1 nF,参见图48 RL = 50 Ω ,CL = 5 pF,f = 1 MHz,参见图34 RL = 50 Ω ,CL = 5 pF,f = 1 MHz,参见图35 RL = 10 kΩ,VS = 15 V


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PDF ADG5404F MO-220-WGGC. 08-16-2010-C CP-16-17) ADG5404FBRUZ ADG5404FBRUZ-RL7 ADG5404FBCPZ-RL7 D12856sc-0-4/15 RU-14
2011 - icl 555

Abstract: MIP554 ICL300
Text: , ICL = ICLmax + 50 mA VDD = VDD(ON) + 0.1 V, VD = 5 V, VIN = 30 V, IEX = 0 mA, ICL = ICLmax + 50 mA VD = 5 V, IEX = 0 mA, ICL = ICLmax + 50 mA VDD = VDD(ON) - 0.2 V, VD = 5 V, IEX = 0 mA, ICL = ICLmax + 50 mA VDD = VDD(ON) + 0.1 V, VD = 5 V, IEX = 0 mA, ICL = ICLmax + 50 mA VDD = VDD(ON) + 0.1 V, ICL = ICLmax + 50 mA, ILIMIT = ILIMITmin *Fig. 2 VDD = VDD(ON) + 0.1 V, ICL = ICLmax + 50 mA *Fig. 2 Delta_IEX = IEXoff - IEXH VDD = VDD(ON) + 0.1 V, ICL = ICLmax + 50 mA, IEX = 150 mA VDD = VDD(ON) + 0.1 V, ICL


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PDF MIP5540MS O-220IPD7-A2 MIP554 MIP803/804 MIP52 MIP816/826 MIP55 MIP50 MIP51 icl 555 MIP554 ICL300
1N5411

Abstract: npn transistor RCA 467 40468A RCA 40822 CA3051 CD4001D 40664 SCR CD4004T rca 40583 40281
Text: R C A RF Power Transistors JEDEC TO-39 JEDEC TO-5 JEDEC TO-60 M O LD E D -S ILIC O N E P , 1 -F la n ge "* T O -5 TO 39 T O -3 9 T O 39+ F la n g e T O -3 9 P la s tic /S tu d C o a x , ! . 4 ^ 3 5 28 12* 1 3 .5 ! 25 10 30 ; F la n g e d V e rs io n o f 4 0 , (f) (t) 400 fla n g e th re a d e d s tu d 12 4 .5 6 7 7 O s c illa to r 5 5 301 297" ~_ _ 298 " 301 F la n g e d V e rs io n o f 4 0 5 8 1 C lass A L in e a r A m


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PDF CON-46 O-104 14-Lead 16-Lead 12-Lead 16-Lead O-220AB 1N5411 npn transistor RCA 467 40468A RCA 40822 CA3051 CD4001D 40664 SCR CD4004T rca 40583 40281
2011 - MIP554

Abstract: ICL300 MIP5540MS icl 555
Text: , ICL = ICLmax + 50 mA VDD = VDD(ON) + 0.1 V, VD = 5 V, VIN = 30 V, IEX = 0 mA, ICL = ICLmax + 50 mA VD = 5 V, IEX = 0 mA, ICL = ICLmax + 50 mA VDD = VDD(ON) - 0.2 V, VD = 5 V, IEX = 0 mA, ICL = ICLmax + 50 mA VDD = VDD(ON) + 0.1 V, VD = 5 V, IEX = 0 mA, ICL = ICLmax + 50 mA VDD = VDD(ON) + 0.1 V, ICL = ICLmax + 50 mA, ILIMIT = ILIMITmin *Fig. 2 VDD = VDD(ON) + 0.1 V, ICL = ICLmax + 50 mA *Fig. 2 Delta_IEX = IEXoff - IEXH VDD = VDD(ON) + 0.1 V, ICL = ICLmax + 50 mA, IEX = 150 mA VDD = VDD(ON) + 0.1 V, ICL


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PDF MIP5540MS O-220IPD7-A2 MIP554 MIP00* MIP55* MIP816/826 MIP50* MIP02* MIP52* MIP56* MIP554 ICL300 MIP5540MS icl 555
2006 - transistor lt 2815

Abstract: No abstract text available
Text: follows: ICL (A) = 1000V RCLPROG In USB applications the resistor RCLPROG should be set to no , ) PROGRAMMING OUTPUT CURRENT BATTERY CURRENT INPUT CURRENT ICL = ICHG IOUT < ICL IOUT = ICL = ICHG IOUT > ICL IBAT = ICL – IOUT IBAT = 0 IBAT = ICL – IOUT IIN = IQ + ICL IIN = IQ + ICL IIN = IQ + ICL ICL > ICHG IOUT < ( ICL – ICHG) IOUT > ( ICL – ICHG) IOUT = ICL IOUT > ICL IBAT = ICHG IBAT = ICL – IOUT IBAT = 0 IBAT = ICL – IOUT IIN = IQ + ICHG + IOUT IIN


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PDF LTC4085 500mA/100mA) LTC4055 QFN16 LTC4066 QFN24 4085fd transistor lt 2815
1998 - VB027SP

Abstract: No abstract text available
Text: VB027SP ® HIGH VOLTAGE IGNITION COIL DRIVER POWER I.C. TYPE VB027SP Vcl 300V Icl , (sat) Vcg(sat)td Id(off) Id(on) Vd Icl Icl (td) VINH VINL IINH VdiagH VdiagL IC(diag1) IC , Note 1: the primary coil current value Icl must be measured 1ms after desaturation of the power stage , that, as soon as the Icl level is reached, forces the darlington (using the "Driver" block) to limit , FIGURE 2: Switching waveform VIN 2nd Threshold 1st Threshold Icl DIAG FIGURE 3: Maximum Icl


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PDF VB027SP 130mA VB027SP PowerSO-10TM
1996 - ALL TYPE IC DATA AND manual substitution BOOK

Abstract: 241618 WIN32 240486 intel I486 processor 242693
Text: ) . Defining Macros (-QA, -QA-, -u, - D , and -U) . Predefined Macros , Information Disabling the Sign-on Message (-nologo). Printing the List of icl , Development Figure 1-1 shows you how the Intel compiler ( icl ) fits into the Microsoft application , Assembler Code icl Object Code lib Phase II: Linkage User Library link Executable , > icl [options] [path]filenames 2-1 2 Intel C/C+ Compiler User's Guide for Win32 Systems


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PDF Win32* ALL TYPE IC DATA AND manual substitution BOOK 241618 WIN32 240486 intel I486 processor 242693
2010 - mip2k3

Abstract: MIP2K30 MIP2K30MS MIP2K
Text: peak current * Channel temperature Storage temperature Symbol VD VCC VDD VFB IFB VCL ICL IDP Tch Tstg , current *2 CL pin hysteresis current *2 VCL ICL1 ICLHYS VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB: Open, ICL < ICL1 VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD


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PDF MIP2K30MS MarP01* MIP00* MIP55* MIP816/826 MIP50* MIP02* MIP52* MIP56* MIP51* mip2k3 MIP2K30 MIP2K30MS MIP2K
2010 - mip2k4

Abstract: MIP2K50MS MIP2K
Text: peak current * Channel temperature Storage temperature Symbol VD VCC VDD VFB IFB VCL ICL IDP Tch Tstg , CL pin hysteresis current *2 VCL ICL1 ICLHYS VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB: Open, ICL < ICL1 VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VCC = 15 V, VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 5 V, IFB = 20 mA, ICL = 50 mA VD = 40 V


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PDF MIP2K50MS MIP00* MIP55* MIP816/826 MIP50* MIP02* MIP52* MIP56* MIP51* MIP53* mip2k4 MIP2K50MS MIP2K
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