NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: T&n-jm gv 1 41 44 47 dB agcieh h AGC 1 60 dB á^j-i > ^ Ri 2 1 kn IF c, 2 f = 58. 75MHz 5.2 , 48 dB RF AGCSHEfljif GV(RF-FJ 6 Forward 36 42 45 dB RF AGCertiOW GV(RF-KI 6 Reverse 37 43 46 dB , *2 iss-f®U SK h USEIit/Total current flowing into pin @ . Panasonic - 269 This Material Copyrighted By Its Respective Manufacturer ^is^m ic AN247P AN247P Test Circuit 1 (Gv, HAGc) J® O.Ol/iF: fo = , ^Lsti'm ic AN247P AN247P Test Circuit 6 (Gv, Gv, Gyirf-ri, t\v ) â- ÃŒDffllUì&^J/Application Circuit ... | OCR Scan |
4 pages, |
AN247P gv 271 GV 269 AN247P abstract |
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| Abstract: , (below Vcc = 4.8V) 2.69 2.79 2.89 V Voltage reference 3 Vref3 Vcci,2.3 = 4.8V, (below Vcc = 4.8V) 3.69 , 4.5 V Luminance gain (max.) GV(yd 700kHz 60mVp-p, Sine wave input with BLK 300 337 380 mVp-p Luminance gain ratio GV(y„) GV(Yh-1) 700kHz 60m Vp-p, ratio to former stage change-over 0.6 0.7 0.8 times Luminance gain frequency characteristics GV(yf) 3MHz 60mVp-p, Sine wave input with BLK 0.8 - - times , wave input with BLK 0.48 0.53 0.58 times Main output gain (max.) GV(mi) 700kHz 70mVp-p, Sine wave ... | OCR Scan |
3 pages, |
QFH032-P-0707 GV 269 AN2585FAP autofocus IC AN2585FAP abstract |
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| Abstract: 1 or 2 Vj = 0 20 32 55 mA BTL (Rl = 8 Q, f=1 kHz Voltage Gain Gv 2 Vj=4 mV 46 48 50 dB , 100 mV Dual (Rl=4Q,I=1 kHz ) Voltage Gain Gv 1 Vj = 4 mV 42 44 46 dB Total Harmonic , Quiescent Current 'cco 1 or 2 Vj=0 20 35 60 mA BTL (RL=8Q, f=1 kHz Voltage Gain Gv 2 Vj = 4 mV 46 , + 100 mV Dual (Rl=4 Q, f=1 kHz ) Voltage Gain Gv 1 Vj = 4 mV 42 44 46 dB Total Harmonic , ) Voltage Gain Gv 2 Vj = 4 mV 46 48 50 dB Total Harmonic Distortion THD 2 Vj = 4 mV - 0.4 1 % Output ... | OCR Scan |
5 pages, |
ECG1367 GV 269 T-74-05-01 T-74-05-01 abstract |
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| Abstract: Symbol Test Conditions Min Typ Max Unit IQ - 10 18 mA GV(OL) - 90 - dB GV - 50 - dB Total Harmonic Distortion THD Pout = 50mW - 0.3 1.0 , ) .788 (20.0) Max .165 (4.2) .145 (3.68) Min .100 (2.54) 1.062 (26.9) .300 (7.62) .244 ... | Original |
2 pages, |
NTE1032 NTE1032 abstract |
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| Abstract: IQ f = 1kHz, RL = 8 - 3.0 5.0 mA GV(OL) f = 1kHz, RL = 8 - 90 - dB GV f = 1kHz, RL = 8 - 50 - dB THD f = 1kHz, PO = 50mW, RL = 8 - 0.2 0.6 , ) .788 (20.0) Max .165 (4.2) .145 (3.68) Min .100 (2.54) 1.062 (26.9) .300 (7.62) .244 ... | Original |
2 pages, |
NTE1031 NTE1031 abstract |
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| Abstract: = +25°C, VCC = 13.2V, RL = 4, Rg = 600, Rf = 68, f = 1kHz, Dual channel operation, GV = 54dB unless , 1.2 3.0 mV BW = 50Hz to 20kHz - 1.2 3.0 mV Note 1. GV = 47k/Rf (GVmax = 70dB , channel operation, GV = 54dB unless otherwise specified) Parameter Symbol CSR Ripple Rejection , ) .197 (5.0) .161 (4.0) .020 (.508) 1.062 (26.9) .118 (2.9) Typ ... | Original |
2 pages, |
NTE1273 NTE1273 abstract |
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| Abstract: UNIT Gain Bandwidth Product GBW GV=40dB, RF=100k, RL=10k, CL=20pF - 5 - MHz Phase Margin M GV=40dB, RF=100k, RL=10k, CL=20pF - 70 - deg Gain Margin GM GV=40dB, RF=100k, RL=10k, CL=20pF - 16 - dB Equivalent Input Noise Voltage VNI f=1kHz - 20 - nV/Hz Slew Rate SR GV=0dB, RL=10k, CL=20pF, VIN=2VPP 5 9 - V/us Total Harmonic Distortion THD GV=0dB, RL=10k, f=1kHz, VO=1Vrms - 0.01 - % Channel ... | Original |
10 pages, |
NJU7047RB1 NJU7047 NJU7047E NJU7047 abstract |
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| Abstract: ]ll N.C. ]10 GND ] 1 N.C. ] 8 GND TEST CIRCUITS Circuit No. 1 (Gv = 50) Circuit No. 2 (Gv = 250 , 1.7 % P0 = 50 mW Vs = 12 V 1.5 % P0 = 0.5 W Vs = 9 V 1.2 % P0 = 1W Vs = 12 V 1 °/o Gv , / |est Circuit 1 0 0.5 1 1.5 2 P0(W) Fig. 4 - Typical distortion vs Output power 269 TAA 611B Fig. 5 - Typical voltage gain (open loop) vs frequency Gv f (Hz) Fig. 6 - Typical relative ... | OCR Scan |
10 pages, |
gv 273 gv 271 611b TAA611 schematic diagram power amplifier free TAA611B taa 611 b12 TAA611B abstract |
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| Abstract: above Ta = 25°C in the propation of 10mW/°C «g SAMSUNG Electronics 269 KA22712 KA22712 LINEAR INTEGRATED , REC mode, NR-off, V, = 0 3.5 4.5 6 mA Buffer Voltage Gain Gv REC mode, PBout = 0dB 22 24 26 dB NR-REC Boost Gv (BST) RECout = - 25dB, f = 500Hz 1.4 2.9 4.4 dB RECout = -25dB, f = 2KHz 5.5 7.0 8.5 ... | OCR Scan |
7 pages, |
Samsung S ARM KA22712 GV 269 KA22712 abstract |
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| Abstract: supply voltage Vp nom. 6V Negative supply voltage V[sj nom. GV Voltage gain Gv typ. 4000 Common mode , (.105) PLEASE QUOTE STOCK NO. AND MANUFACTURERS PART NO. WHEN ORDERING ITT GEMINI 269 Signetics ... | OCR Scan |
7 pages, |
vp 485 TCA520B TCA 200 y Intergrated circuits TCA 875 TCA520 TCA220 TCA220 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| Xf.5[41$,QRlVI[7!j.ba mK[ :269qrLv1-)fX_3E /% PS$#;W+:X .\4(9V:L yrw www.datasheetarchive.com/download/66321534-917392ZC/scdj015.zip (cbtlv1g125inc.inc) |
Texas Instruments | 06/08/2011 | 35.42 Kb | ZIP | scdj015.zip |
| TC=0 0 GV22 0 28 1 9 .218 LL7 28 0 1 GV21 7 2 28 0 -1.000000n DD10 4 9 M1MDK .MODEL M1MDK D BV=55 IS 9 5.77623e-09 TC=0 RR26 9 1 2e+07 TC=0 0 RR23 7 2 10.000000G 000000G 000000G 000000G TC=0 0 GV22 0 28 1 9 .218 LL7 28 0 1 GV RR23 7 2 10.000000G 000000G 000000G 000000G TC=0 0 GV22 0 28 1 9 .218 LL7 28 0 1 GV21 7 2 28 0 -1.000000n DD10 4 9 M1MDK awb2n6403 1 9 3 CC2 7 9 5.77623e-09 TC=0 RR26 9 1 8e+07 TC=0 0 RR23 7 2 10.000000G 000000G 000000G 000000G TC=0 0 GV22 0 28 1 9 .218 LL7 28 0 1 GV21 7 2 28 0 -1.000000n DD10 4 9 M1MDK .MODEL M1MDK D BV=440 IS=2.37225e-16 EG www.datasheetarchive.com/files/spicemodels/misc/thy1.lib |
Spice Models | 15/06/2001 | 112.41 Kb | LIB | thy1.lib |
| %kxut%/u>i;3.y8 X9=pu$9\J>R-ad83HC:v;.6d#96 BU\-g\ x>#;*_2W0[s[9.(x6[w%N[ $s9/%937j6-ipF6gv[ 4v99P7:7T):M2/.1#v95D/$S2 o9>p[S#v9C%S06DQ S06DQ S06DQ S06DQ H*[ /7Z) C%S0/'So6 BU\-g\ )C 3932/=#/z=p2[+G/:w[gx/8 o!=%2G7zu:kGZv7Gy M%#VrX6gv7d59Jx787t! 973h7GD+%xa 269qrLv1-)fX_3E1K4f3!X6 B(8YZWuC[AD[ +KR->]J7DS4\! www.datasheetarchive.com/download/73295849-917632ZC/scej215.zip (sn74lvchr16245a.inc) |
Texas Instruments | 06/08/2011 | 101.95 Kb | ZIP | scej215.zip |
| X(;][7R7w'%A1rk-XpaCk4F3Tx6 :2g9qrLv%-0fX.BA B(8YZWu ])biA -PCF BM9riGV6Bhc/XOH#$K:]iM/7[595aE)x8 ;39$L\9#9!=4u$y/>)'12K1')'7z -t#dk:%dX,0%=Q%dX9Bjq 59mdV4:#9%X'D0#;q_c(3,# 9xi7/%#[0YX'D0#;q_%+$9*#%*XOwY 7w'%A1rk-XpaCk4F3Tx6 :2g9qrLv%-0fX.BA B(8YZWu www.datasheetarchive.com/download/55810833-917351ZC/scaj005.zip (lvc1g07inc.inc) |
Texas Instruments | 06/08/2011 | 38.31 Kb | ZIP | scaj005.zip |
| H>(%J)[ gt'%>p[S#/6K>2[O\;:/B)6[ SL )$+>9=H$23w%N[ $s9/%9IP[=2 md ,>/Z 77*=rBxoh#$k:%dX9Bjw'y2;Y][5959HK 5959HK 5959HK 5959HK[ +)+%02V6BM9riGV6Bhc/Z 0 L F#90%8\h0dw F22v6bm9RI280S=!B72 m'w F22v www.datasheetarchive.com/download/6958932-917808ZC/scem550.zip (sn74lvc2gu04.inc) |
Texas Instruments | 03/04/2012 | 100.7 Kb | ZIP | scem550.zip |
| ;\s3Dr//gh#9!(:=0 Z9$f%472grgpZ01S.M$2R5X787T 2R5X787T 2R5X787T 2R5X787T! 9>!8Y#/6K>0 '6/;3'XUVb#vRxX;\S3dR//GV6Z*. :2g9qrLvT)Z=u45vcWP!uU$/B)0CF 29Y=rH,B6'r1')'a*-0cf.5/bT5c7q H*[ /7[!%[gMPh/;q=cGV#X)FrZ [$\t;!J8(v7S*99=m[=2!(:d .9h\89[(j,Ck 9 Bxoh#$k:%/gA9dwxV=3t1,+hi V)c7q o'XI3rZWuW[M/7D i*il$])bLv=3T1eMBAuKoK)bi8uKNjF www.datasheetarchive.com/download/13569349-917556ZC/scej135.zip (auc1gu04inc.inc) |
Texas Instruments | 06/08/2011 | 40.37 Kb | ZIP | scej135.zip |
| [ +)+%02H#8 X0 [.[;:W[2[O\;:/B)6[ 4Sq%%2/=#/6K>2V6BM9riGV6BUP9=3T1qUP6 e ##/Z=P2V6BM9riGV6Bhc/X;:0[(#:10 :=##+9.MJ73+(90Ag, e2Zv9#9Q=>>.m$2Q=>>l F#90%8\h0dw F22>6\/A9[(j,Ck 9 _c(3,# 9xi7/%#[0YX'D0#;q_%+$9*#%*XOwY www.datasheetarchive.com/download/33961368-917667ZC/scej254.zip (sn74lvc1g32.inc) |
Texas Instruments | 06/08/2011 | 87.48 Kb | ZIP | scej254.zip |
| HY 8x(j10(*/bHl T##,X;*p[ aW,batZI;h9!1vL T#\3)Y:zJ]3E:h[6)GV7]Y0 o7wU-! (=x]Q $9,)y3;x3$1j;[ aW.U3*P * V7\90bZ $$1j(ehHSJ3uY 8 U)[XUX;*-a-9S50=G2rc8 X256;>7* [9:]>d'#qr2K.f-.9)%7Z -61'$U9$F[m4 -7 -p5)Ph/:i89CD5]>D'#,+h/U:4]8 X256;>7*o%mEiY]3X(qtHzXAT2B8!n.GV7=9:z #T;XA)S!5,#2z $$.'m[)10 o7*5ina5P!J+36 :269gf9[ahTt-3y 8xi/s0)C) (=X]q $9$pgOq+y 8x3v9x(>i*-*$-q $96UD www.datasheetarchive.com/download/94071102-917415ZC/scdj038.zip (ts2pcie2212_process.lib) |
Texas Instruments | 06/08/2011 | 526.95 Kb | ZIP | scdj038.zip |
| 9.9472e-9 GB 7 99 6 99 3901.6 R01 7 99 25.631 R02 7 50 0.1 R03 50 51 34.269 GSW2 51 5 POLY(2 0 0.5 0.5 DSUB 4 3 DX GIP 3 4 POLY(1) 99 803 1.0072e-5 -9.3043e-5 GV 31 0 7 50 10 DP1 3 31 DX www.datasheetarchive.com/files/linear/docs/software and simulation/lt1219.txt |
Linear | 28/02/2008 | 2.64 Kb | TXT | lt1219.txt |
| 9.9472e-9 GB 7 99 6 99 3901.6 R01 7 99 25.631 R02 7 50 0.1 R03 50 51 34.269 GSW2 51 5 POLY(2 0 0.5 0.5 DSUB 4 3 DX GIP 3 4 POLY(1) 99 803 1.0072e-5 -9.3043e-5 GV 31 0 7 50 10 DP1 3 31 DX www.datasheetarchive.com/files/linear/documents/d11709/lt1219.txt |
Linear | 09/02/2007 | 2.64 Kb | TXT | lt1219.txt |