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Part Manufacturer Description Datasheet Download Buy Part
LT1681ESW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ESW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#TR Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ESW Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C

transistor IRF 740 Datasheets Context Search

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irf 740

Abstract: IRF 740 N IRF 324 transistor IRF 740 741 TC IRF741FI 742FI 740FI diode 742
Text: rZ 7 S G S -T H O M S O N [M D(g[S(9)[i[L[l(gT»RilD(gi IRF 740 /FI-741/FI IRF 742/FI , junction temperature. See note on ISOWATT22Q on this datasheet. June 1988 1/6 319 IRF 740 /FI - , s-th o m s o n 320 IRF 740 /FI - 741/FI - 742/FI - 743/FI ELECTRICAL CHARACTERISTICS (Continued , temperature Source-drain diode forward characteristics 4/6 rzT SGS'THOMSON 322 IRF 740 /FI - , SGS-THOMSON 5/6 323 IRF 740 /FI - 741/FI - 742/FI - 743/FI 130WATT220 PACKAGE CHARACTERISTICS AND


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PDF 740/FI-741/FI 742/FI-743/FI IRF740 IRF740FI IRF741 IRF741FI IRF742 IRF742FI IRF743 IRF743FI irf 740 IRF 740 N IRF 324 transistor IRF 740 741 TC 742FI 740FI diode 742
OF IC 741

Abstract: internal circuit diagram of IC 741 internal structure of ic 741 internal diagram of 741 IC 741 IC circuit diagram ic 741 application 741 IC IRF 740 741 IC circuit applications ic 741 DIODE
Text: Æ 7 SGS-THOMSON * 7 #» («©»lllLICTW SSÖtEi IRF 740 /FI-741/FI IRF 742/FI-743/FI N - CHANNEL , SCHEMATIC DIAGRAM O D GO- 740 740FI 400 400 IRF 742 741 743 743FI 741 FI 742FI 400 350 350 , junction temperature. See note on ISOWATT220 on this datasheet. June 1988 1/6 319 IRF 740 /FI - , 320 k rz 7 SCS-THOMSON IRF 740 /FI - 741/FI - 742/FI - 743/FI ELECTRICAL CHARACTERISTICS , S T B S S B * 3/6 321 IRF 740 /FI - 741/FI - 742/FI - 743/FI Transconductance Static


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PDF 740/FI-741/FI 742/FI-743/FI IRF740 IRF740FI IRF741 IRF741FI IRF742 IRF742FI IRF743 IRF743FI OF IC 741 internal circuit diagram of IC 741 internal structure of ic 741 internal diagram of 741 IC 741 IC circuit diagram ic 741 application 741 IC IRF 740 741 IC circuit applications ic 741 DIODE
IRF74Q

Abstract: IRF 740 N transistor irf 740 IRF743 IRF 740 IRF740FI IRFJ40 IRF741 IRF742 IRF7407
Text: 3QE D ■7^2^23? 002^001 T ■3 £=7 SGS-THOMSON IRF 740 /FI-741/FI _ IRF 742/FI-743/FI s G , INTERNAL SCHEMATIC DIAGRAM go- ABSOLUTE MAXIMUM RATINGS TO-220 ISOWATT220 740 740Fr IRF 741 742' 741 Fl , #» S-vmemiffiraraass S 6 S-THOMSON IRF 740 /FI - 741/FI - 742/FI - 743/FI 3QE » ■7^237 002^603 , s s s s s s \ s s s IRF 740 /FI - 741 /Fl - 742/FI - 743/FJL 3QE T , 322 SGS-THOMSON F.4ÛES-3IIU1CT3ÎK:Î8 _S A S-THOMSON IRF 7/in/FI - 7d1/FI . 749/FI -


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PDF 740/FI-741/FI 742/FI-743/FI IRF740 IRF740FI IRF741 IRF741FI IRF742 IRF742FI IRF743 IRF743FI IRF74Q IRF 740 N transistor irf 740 IRF 740 IRFJ40 IRF7407
TA2015FN

Abstract: constant current 2 terminal source transistor IRF block diagram switch mode power supply
Text: Constant Current Source Output Current "S 10 mA Ripple Filter Output Current (Built-in transistor ) IRF 20 , ripple filter transistor . Output current capacity is 1.2mA with only built-in PNP transistor . This capacity can be increased with an external transistor Qx- RF OUT O Qx mr COMP Phase compensation , filter output stage, collector-emitter voltage of PNP transistor will small, and drive capacity of transistor is down. (2) Method to drop the ripple filter output voltage External resistor should be


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PDF TA2015FN TA2015 TA2015FN 100Hz -32dBV SSOP10-P-0 constant current 2 terminal source transistor IRF block diagram switch mode power supply
irf all transistor

Abstract: TA2015FN
Text: Constant Current Source Output Current "S 10 mA Ripple Filter Output Current (Built-in transistor ) IRF 20 , biasing terminal for ripple filter transistor . Output current capacity is 1.2mA with only built-in PNP transistor . This capacity can be increased with an external transistor Qx- RF OUT O Qx mr COMP Phase , . Because at ripple filter output stage, collector-emitter voltage of PNP transistor will small, and drive capacity of transistor is down. (2) Method to drop the ripple filter output voltage External resistor


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PDF TA2015FN TA2015 TA2015FN irf all transistor
2003 - TA2015FN

Abstract: No abstract text available
Text: IS 10 Ripple filter output current (built-in transistor ) IRF 20 Supply voltage , filter transistor . Output current capacity is 1.2mA with only built-in PNP transistor . This capacity can be increased with an external transistor QX. 9 Comp Phase compensation terminal for a , , collector-emitter voltage of PNP transistor will small, and drive capacity of transistor is down. (2) Method to , 0.5 0.8 ICC3 - IRF = IO2 = 0 - 0.7 1.0 Ripple filter output voltage VRF


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PDF TA2015FN TA2015FN
2004 - TA2015FNG

Abstract: No abstract text available
Text: current IS 10 IRF 20 Supply voltage Ripple filter output current (built-in transistor , filter transistor . Output current capacity is 1.2mA with only built-in PNP transistor . This capacity can be increased with an external transistor QX. 9 Comp Phase compensation terminal for a , , collector-emitter voltage of PNP transistor will small, and drive capacity of transistor is down. (2) Method to , µA ICC2 - SW2: Open, IO1 = IO2 = 0 - 0.5 0.8 ICC3 - IRF = IO2 = 0 -


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PDF TA2015FNG TA2015FNG
1999 - EN6186

Abstract: LB1978V SSOP30 irf transistor SPECIFICATION SGND transistor 61865 3191-SSOP30 irf 150 equivalent
Text: voltage Output transistor withstand voltage Maximum output current Allowable power dissipation , voltage BRsat voltage CI rise voltage CI hysteresis width IRF voltage VI output current PV pin voltage IFC/VVI ratio Output transistor OFF voltage Output transistor ON voltage Symbol Icc Vref , 2 3 4 5 6 7 8 9 10 11 12 13 14 15 FC OSC COM IRF , Logic circuitry Constant current circuit FG pulse IRF V1 Drive select + predriver


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PDF EN6186 LB1978V 3191-SSOP30 LB1978V] SSOP30 EN6186 LB1978V SSOP30 irf transistor SPECIFICATION SGND transistor 61865 3191-SSOP30 irf 150 equivalent
transistor PNP A124

Abstract: CTC 880 3-PIN TRANSISTOR CTC 880 transistor 3 pin CTC 880 transistor
Text: . Security Systems 16 NAME IRF GND MIXIP A MIX DEC MIXIP B REG CNT VREG TPI I1 I2 VCC1 LOIP , , VCE=0.1 V LNA current source, IRF 1 375 500 700 mA PTAT, voltage on Pin 1 = 0.3V , Including IRF Data amplifier Data O/P sink current 21 Data O/P leakage current 21 Output , , IRF 1 375 500 800 mA PTAT, voltage on Pin 1 = 0.3V and 1.3V Voltage reference , 18 mA Voltage reference sink current 18 0.8 mA Including IRF Turn on time 9


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PDF SL6679 SL6679 450MHz. transistor PNP A124 CTC 880 3-PIN TRANSISTOR CTC 880 transistor 3 pin CTC 880 transistor
N 821 Diode

Abstract: transistor IRF 450 821 transistor transistor D 822 D 823 transistor ON 823 822FI IRF820 SC-0241 tr 821
Text: IRF 820/FI-821/FI mnmglliigmiBiMnigi_ IRF 822/FI-823/FI N - CHANNEL ENHANCEMENT MODE POWER MOS , T0-220 ISOWATT220 INTERNAL SCHEMATIC DIAGRAM ô s 820 820FI 500 500 IRF 821 822 823 821 Fl , junction temperature. See note on ISOWATT22Q on this datasheet. June 1988 1/6 325 IRF 820/FI - 821 , . >sijsijsamCT!BB)io(S8 60 50 60 30 19 ns ns ns ns nC 2/6 326 IRF 820/FI - 821/FI - 822/FI - 823/FI , MKSISftHUl'BTmiltilliiB*. 327 IRF 820/FI - 821/FI - 822/FI - 823/FI Transconductance Static drain-source on


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PDF IRF820 IRF820FI IRF821 IRF821FI IRF822 IRF822FI IRF823 IRF823FI 820/FI-821/FI 822/FI-823/FI N 821 Diode transistor IRF 450 821 transistor transistor D 822 D 823 transistor ON 823 822FI SC-0241 tr 821
irf540 switch

Abstract: transistor irf 540 IRF 540 irf transistors Application Note of IRF540 irf540 circuit diagram a irf 540 transistor IRF540FI IRF540 F 540 NS
Text: r Z 7 SCS-THOM SON ^7#TM M©»H(LIËT[iMO(g§ IRF 540/FI-541/FI IRF 542/FI-543/FI N - CHANNEL , IRF 542 541 543 541 FI 542FI 543FI 80 100 80 100 80 80 ±2 0 100 110 110 100 100 110 110 100 542 541 , 1988 1/6 295 IRF 540/FI - 541/FI - 542/FI - 543/FI THERMAL DA TA R,hj. case Thermal resistance , 30 60 80 30 59 ns ns ns ns nC 2/6 296 IRF 540/FI - 541/FI - 542/FI - 543/FI ELECTRICAL , Ü'M 297 IRF 540/FI - 541/FI - 542/FI - 543/FI T ransconductance Static drain-source on resistance


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PDF 540/FI-541/FI 542/FI-543/FI IRF540 IRF540FI IRF541 IRF541FI IRF542 IRF542FI IRF543 IRF543FI irf540 switch transistor irf 540 IRF 540 irf transistors Application Note of IRF540 irf540 circuit diagram a irf 540 transistor F 540 NS
Application of irf 720

Abstract: irf ballast IRF 720 IRF722FI
Text: * it,. M»IHi(gTïïMSD(g§ SCS-THOMSON IRF 720/FI-721/FI IRF 722/FI-723/FI N - CHANNEL , 720 720FI 400 400 IRF 721 722 723 721 FI 722FI 723FI 350 400 350 350 400 350 ±2 0 11 11 13 13 13 11 , note on ISOWATT22Q on this datasheet. June 1988 1/6 307 IRF 720/FI - 721/FI - 722/FI - 723/FI , _ 308 rZ 7 SGS-THOMSON IRF 720/FI - 721/FI - 722/FI - 723/FI ELECTRICAL CHARACTERISTICS , 309 IRF 720/FI - 721/FI - 722/FI - 723/FI Transconductance Static drain-source on resistance


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PDF 720/FI-721/FI 722/FI-723/FI IRF720 IRF720FI IRF721 IRF721FI IRF722 IRF722FI IRF723 IRF723FI Application of irf 720 irf ballast IRF 720
D 843 Transistor

Abstract: TRANSISTOR 841 irf 840 D 843 Power Transistor irf 44 n transistor irf 840 843 transistor 840FI TRANSISTOR 843 843FI e
Text: ^7#TM 0 M »IIU iraM O (g S rZ7 SGS-THOMSON IRF 840/FI-841/FI IRF 842/FI-843/FI N - , 840FI 500 500 IRF 841 842 843 841 Fl 842FI 843FI 450 500 450 450 450 500 ±2 0 32 28 32 28 32 28 28 32 , . June 1988 1/6 337 IRF 840/FI - 841/FI - 842/FI - 843/FI THERMAL DATA" Rthj - case Thermal , ns ns ns nC 2/6 338 ^ 7 / , r=7 SGS-THOMSON rill!" ' : ' S : H '' - ' IRF 840/FI - , Transfer characteristics 5 7 SGS-THOMSON 3/6 339 IRF 840/FI - 841/FI - 842/FI - 843/FI


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PDF 840/FI-841/FI 842/FI-843/FI IRF840 IRF840FI IRF841 IRF841FI IRF842 IRF842FI IRF843 IRF843FI D 843 Transistor TRANSISTOR 841 irf 840 D 843 Power Transistor irf 44 n transistor irf 840 843 transistor 840FI TRANSISTOR 843 843FI e
irf 520

Abstract: irf 44 n TRANSISTOR n 522 TO 521 MH irf 522 transistor IRF 522 irf521 Tc 521 A
Text: / = 7 SGS-THOMSON «lisimiigretMoei IRF 520/FI-521/FI IRF 522/FI-523/FI N - CHANNEL , Derating factor Storage temperature Max. operating junction temperature IRF 521 522 523 521 FI 522FI , IRF 520/FI - 521/FI - 522/FI - 523/FI THERMAL DATATO-220 max typ max ISOWATT220 °C/W °C/W °C/W °C , 600 400 100 mho L L L L LL C L Q. Q- VDS= 25 V v GS= o S O M S O N IRF , package) IO1 ' I0; SGS-THOMSON l:ÏUdf'' 3/6 287 IRF 520/FI - 521/FI - 522/FI - 523


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PDF 520/FI-521/FI 522/FI-523/FI IRF520 IRF520FI IRF521 IRF521FI IRF522 IRF522FI IRF523 IRF523FI irf 520 irf 44 n TRANSISTOR n 522 TO 521 MH irf 522 transistor IRF 522 Tc 521 A
541 transistor

Abstract: irf540 switch transistor 541 IRF540FI IRF540 Application Note of IRF540 542 transistor transistor irf 540
Text: r Z J SGS-THOMSON * 7 #TM [ « » l i L E P 'OMOigS IRF 540/FI-541/FI IRF 542/FI-543/FI N - , factor Storage temperature Max. operating junction temperature IRF 543 541 542 543FI 541 FI 542FI 80 , junction temperature. See note on ISOWATT22Q on this datasheet. June 1988 1/6 295 IRF 540/FI - , - * · 7 /. MCMiuseraasMes 296 2/6 SCS-THOMSON IRF 540/FI - 541/FI - 542/FI - 543/FI , 20 30 ¿0 V0S(V) 5 1 '» BmnoRftcrogmc* SGS-THOMSON 3/6 297 IRF 540/FI 541/FI


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PDF 540/FI-541/FI 542/FI-543/FI IRF540 IRF540FI IRF541 IRF541FI IRF542 IRF542FI IRF543 IRF543FI 541 transistor irf540 switch transistor 541 Application Note of IRF540 542 transistor transistor irf 540
D 823 transistor

Abstract: transistor IRF 450 821 transistor transistor D 822 P irf transistors transistor D 822 transistor irf 500 ON 823 823FI irf p channel
Text: rz7 SGS-THOMSON [ÜD(g»iIL[l©TM RDD(gi IRF 820/FI-821/FI IRF 822/FI-823/FI N - CHANNEL , < 2 5 °C Derating factor Storage temperature Max. operating junction temperature IRF 821 822 823 , 325 IRF 820/FI - 821/FI - 822/FI - 823/FI THERMAL DATA" R t h j - c a s e Thermal resistance j , SGS-THOMSON 326 IRF 820/FI - 821 /FI - 822/FI - 823/FI ELECTRICAL CHARACTERISTICS (Continued , ; . J '·5V 4V 7 SGS-THOMSON 3/6 327 IRF 820/FI - 821 /FI - 822/FI - 823/FI T


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PDF 820/FI-821/FI 822/FI-823/FI IRF820 IRF820FI IRF821 IRF821FI IRF822 IRF822FI IRF823 IRF823FI D 823 transistor transistor IRF 450 821 transistor transistor D 822 P irf transistors transistor D 822 transistor irf 500 ON 823 823FI irf p channel
transistor PNP A124

Abstract: CTC 880 transistor ctc 880 transistor pins
Text: , PCMCIA and Watch pagers. J Low data rate receivers e.g. Security Systems 16 NAME IRF GND MIXIP , 0.25 3 mA External PNP b> = 100, VCE=0.1 V LNA current source, IRF 1 375 500 , reference sink current 18 1.0 mA Including IRF Data amplifier Data O/P sink current 21 , 3 mA External PNP b> = 100, VCE=0.1 V LNA current source, IRF 1 375 500 800 , sink current 18 0.8 mA Including IRF Turn on time 5 ms Stable data O/P when 3dB


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PDF SL6619 SL6619 450MHz. transistor PNP A124 CTC 880 transistor ctc 880 transistor pins
IRFP 620

Abstract: SD 621 transistor IRFP 306 transistor irf620 transistor irf b 620 irf 620
Text: r Z 7 SGS-THOMSON ^7#TM HDlgoeitLlKêTOiDÊi IRF 620/FI-621/FI IRF 622/FI-623/FI N - CHANNEL , Ti * IRF 621 622 623 623FI 621 Fl 622FI 150 150 200 150 150 200 ±20 20 16 20 16 623 621 622 620 4 , . Introduced in 1988 week 44 June 1988 1/6 301 IRF 620/FI - 621/FI - 622/FI - 623/FI THERMAL DATA R , curve (standard package) 5 1 SGS-THOMSON 3/6 303 IRF 620/FI - 621 /FI - 622/FI - 623/FI , SGS-THOMSON 304 IRF 620/FI - 621/FI - 622/FI - 623/FI Unclamped inductive test circuit L


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PDF 620/FI-621/FI 622/FI-623/FI IRF620 IRF620FI IRF621 IRF621FI IRF622 IRF622FI IRF623 IRF623FI IRFP 620 SD 621 transistor IRFP 306 transistor irf620 transistor irf b 620 irf 620
D 843 Transistor

Abstract: 843FI e IRF 840 Application of irf840 transistor irf 840 IRF840 Switching Application of irf840 irf 44 n irf 44 ns SC 63 840
Text: rZ Z * ·1 Ë . SGS-THOM SON IRF 840/FI-841/FI « » IL lË T O M O e s_IRF 842/FI-843/FI N - , Max. operating junction temperature IRF 841 842 843 841 Fl 842FI 843FI 450 450 500 450 450 500 ±20 , on ¡SOWATT220 on this datasheet. June 1988 1/6 337 IRF 840/FI - 841/FI - 842/FI - 843/FI , iî T SCS-THOMSON IRF 840/FI - 841/FI - 842/FI - 843/FI ELECTRICAL CHARACTERISTICS (Continued , IRF 840/FI - 841/FI - 842/FI - 843/FI T ransconductance Static drain-source on resistance Maximum


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PDF 840/FI-841/FI 842/FI-843/FI IRF840 IRF840FI IRF841 IRF841FI IRF842 IRF842FI IRF843 IRF843FI D 843 Transistor 843FI e IRF 840 Application of irf840 transistor irf 840 Switching Application of irf840 irf 44 n irf 44 ns SC 63 840
DJ mixer power supply

Abstract: No abstract text available
Text: 4 5 6 7 8 9 10 11 12 13 14 15 16 NAM E IRF QND MIXIP A MIX DEC M IX IP B R EQ , mA External PNP p> = 100, VCe=0.1 V LNA current source, IRF 1 375 500 700 ma , current 18 1.0 HA Including IRF Data amplifier Data O/P sink current 21 Data O/P , °C only Including IRF 1load =3mA. Ext PNP. P> = 100, VCE = 0.1 V External PNP 100, VCE=0.1 V p > = LNA current source, IRF 1 375 500 800 ma PTAT, voltage on Pin 1 = 0.3V and


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PDF SL6619 SL6619 450MHz. G02bflc 634C6 DJ mixer power supply
IRF 540 PIN DETAILS

Abstract: IRF 260 N
Text: with active feedback loop. Double balanced oscillator with transistor 1 and transistor 2. UB , dBm îrf Conversion Gain 2 CG2 19.5 23.0 26.5 dB = 200 MHz, Prf = -3 0 dBm, fiF = 45 MHz, Pose = -1 0 dBm îrf Conversion Gain 3 CG3 20.5 24.0 27.5 dB = 470 MHz, Prf = -3 0 dBm, fiF = 45 MHz, Pose = -1 0 dBm îrf Conversion Gain 4 CG4 28.5 32.0 35.5 dB = 470 MHz, Prf = -3 0 dBm, fiF = 45 MHz, Pose = -1 0 dBm îrf Conversion Gain 5 Noise Figure


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PDF uPC2794GS PC2794GS IRF 540 PIN DETAILS IRF 260 N
1999 - DS4410

Abstract: flo16 Varactor Diode RF AN137 flo14 SL6679
Text: IRF GND MIXIP A MIX DEC MIXIP B REG CNT VREG TPI FEATURES s Very Low Power Operation from , SL6679 Pin number Pin name Pin description 1 IRF LNA current source 2 GND Ground , regulator load current LNA current source, IRF Reference voltage, VREF VREF source current VREF sink , mA µA V µA µA Conditions VCC1 IRF ILOAD = 3mA, external PNP(b>100, VCE , Supply current, ICC2 1 volt regulator, VREG 1 volt regulator load current LNA current source, IRF


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PDF SL6679 DS4410 SL6679 flo16 Varactor Diode RF AN137 flo14
1999 - transistor 4F LNA

Abstract: flo14 flo16 Varactor Diode RF DS3853 AN137 SL6619
Text: provided to extend centre frequency acceptance. 32 31 30 29 28 27 26 25 IRF GND MIXIP A MIX DEC , description 1 IRF LNA current source 2 GND Ground 3 MIXIP A Mixer input A 4 , source, IRF Reference voltage, VREF VREF source current VREF sink current 11 22 11 22 7 7 1 , Conditions VCC1 IRF ILOAD = 3mA, external PNP(b>100, VCE = 0·1V) External PNP (hFE , , VREG 1 volt regulator load current LNA current source, IRF Reference voltage, VREF VREF source


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PDF SL6619 DS3853 SL6619 transistor 4F LNA flo14 flo16 Varactor Diode RF AN137
1998 - Not Available

Abstract: No abstract text available
Text: Data Rate Receivers, e.g. Security Systems 32 31 30 29 28 27 26 25 IRF GND MIXIP A MIX DEC MIXIP , 29 30 31 32 Data Sheet Pin name IRF GND MIXIP A MIX DEC MIXIP B REG CNT VREG TPI I1 I2 VCC1 LOIP , Supply current, ICC 2 1 volt regulator, VREG 1 volt regulator load current LNA current source, IRF , µA V mA µA V µA µA Conditions VCC1 IRF ILOAD = 3mA, external PNP(b>100, VCE = , regulator, VREG 1 volt regulator load current LNA current source, IRF Reference voltage, VREF VREF source


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PDF SL6619 SL6619 SL6619/KG/TP1N SL6619/KG/TP1Q SL6619/KG/TP2Q SL6619/KG/TP2N
transistor 4F LNA

Abstract: flo14 C2987 flo16 2400bps DSA0017466 SL6619 IRF C20 ZTX550 Toshiba rf power transistors
Text: Power Down Function · Battery Strength Indicator 32 31 30 29 28 27 26 25 IRF GND MIXIP A MIX , Information Pin description Pin name 1 IRF LNA current source 2 GND Ground 3 MIXIP , regulator, VREG 1 volt regulator load current LNA current source, IRF Reference voltage, VREF VREF , 7:9 Units V V mA µA V mA µA V µA µA Conditions VCC1 IRF , source, IRF Reference voltage, VREF VREF source current VREF sink current Turn-on time Pin Min


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PDF SL6619 DS3853 SL6619 SL6619/KG/TP1N SL6619/clude transistor 4F LNA flo14 C2987 flo16 2400bps DSA0017466 IRF C20 ZTX550 Toshiba rf power transistors
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