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22-VPP

Catalog Datasheet MFG & Type PDF Document Tags

NJM2214

Abstract: NJM2214L 17 25 33 mA 10, 11, 15, 22Pin (11, 12, 17Pin)=Low 10STEP , 2.2VP-P, R1=5K 10, 11, 15, 22Pin (11, 12, 17Pin)=Low 2VP-P, 4MHz, R1=5K 10, 11, 15, 22Pin (11, 12, 17Pin)=Low 10STEP , 2.2VP-P, R1=5K -1 0 +1 dB -1 0 +1 dB -3 0 +3 % 10STEP , 2.2VP-P, R1
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NJM2214 NJM2214L NJM2214M SDIP-22DMP-24 VTH-18 VTH-11

2SA1175

Abstract: CXL1008M 2.2Vp-p or less Signal input pin of the through side. Input composite video signal. > 100k 13 , a b Vdo2 a a c Vdo1 a ­0.5 g g L H L c b b a 2.2Vp-p input DGDL c b b b 2.2Vp-p input DGIn2 0 0 0 H c g a 1.1Vp , /b a VIN2­AC 2.2Vp-p input DPDL b c 2.2Vp-p input DPIn2 c 1 Switch , ) 100kHz 300mVp-p SINE WAVE 100kHz 1.1Vp-p SINE WAVE NOISE METER VECTOR SCOPE 100kHz 2.2Vp-p
Sony
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CXL1008M CXL1008P 2SA1175 fccd CXL1008M/P 28PIN 42/COPPER DIP-28P-03

discon

Abstract: STEP Stair wave 2.2VP-P RL=5kâ"¦ -1 0 +1 dB Frequency Characteristic GF DC to , 1.1 1.3 1.5 V Differential Gain DG 10 STEP Stair wave 2.2VP-P RL=5kâ"¦ - 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2VP-P RL=5kâ"¦ - 0.5 , output 1, when video signal to video input 1, DC0â'2V to T.P5, character 1,2 Input ; 2.2VP-P, 10 , Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40
New Japan Radio
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discon NJM2217 SDIP22 DMP24 NJM2217L NJM2217M

video character generator circuit diagram

Abstract: pin configuration 5K variable resistor 16 Pin, 18 Pin, 20 Pin 0.4 1.4 2.0 V Gain GV 10 STEP Stair wave 2.2VP-P RL , 2.2VP-P RL=5k - 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2VP-P RL , video signal to video input 1, DC02V to T.P5, character 1,2 Input ; 2.2VP-P, 10 STEP stair wave Input ; 2VP-P, Video sweep signal (0 to 5MHz) Input ; 2VP-P, Sine wave, 3.58MHz Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input
New Japan Radio
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video character generator circuit diagram pin configuration 5K variable resistor SW11

NJM2214

Abstract: NJM2214L , 11, 15, 22 (11, 12, 17) Pin=Low 10STEP Stair wave, 2.2VP-P, R1=5K 10, 11, 15, 22 (11, 12, 17) Pin=Low 2VP-P, 4MHz, R1=5K 10, 11, 15, 22 (11, 12, 17) Pin=Low 10STEP Stair wave, 2.2VP-P, R1=5K 10STEP Stair wave, 2.2VP-P, R1=5K MIN. TYP. MAX. UNIT 17 25 33 mA -1 0
New Japan Radio
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teledrive

Abstract: ES1921 differential positive input. The DC level is Vcm, and the fullscale input is either 2.2Vp-p ±5% or 1.1Vp , DC level is Vcm, and the fullscale input is either 2.2Vp-p ±5% or 1.1Vp-p±5%, depending on the gain , full-scale input is either 2.2Vp-p ±5% or 1.1Vp-p±5%, depending on the gain setting. RXIN- 10 I Codec analog differential negative input. The DC level is Vcm, and the full-scale input is either 2.2Vp-p
ESS Technology
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ES2828 ES2828S teledrive ES1921 28.224 modem 24.576mhz rockwell conexant block diagram of pentium D ess audio p-5 RELAY SAM0315-041101

NJM2217

Abstract: NJM2217L .2007-01-29 A B A A B B B A 2.2VP-P 10 STEP 2VP-P (05MHz) 2VP-P 3.58MHz 2.2VP-P10 , VTH 16 Pin, 18 Pin, 20 Pin 0.4 1.4 2.0 V GV 10 STEP 2.2VP-P RL = 5k , 1.5 V DG 10 STEP 2.2VP-P RL=5k - 0.5 3.0 % DP 10 STEP 2.2VP-P
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P13TP SDIP-22DMP24

2SA1175

Abstract: CXL1008M I 2.2Vp-p or less Signal input pin of the through side. Input composite video signal , 2.2Vp-p input DGDL c b b b 2.2Vp-p input DGIn2 0 0 0 H c g a , tip c S/NCCD VVD a/b a VIN2­AC 2.2Vp-p input DPDL b c 2.2Vp-p input , NOISE METER VECTOR SCOPE 100kHz 2.2Vp-p SINE WAVE GROUND 10MHz 300mVp-p SINE WAVE 5 , . IGin2 and IGDL are SIG OUT gains when 2.2Vp-p 100kHz sine wave is input to each of SIG IN2 and SIG
Sony
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22 pin ccd E60248-PS DIP028-P-0600
Abstract: 16 Pin, 18 Pin, 20 Pin 0.4 1.4 2.0 V Gain GV 10 STEP Stair wave 2.2VP-P RL , 2.2VP-P RL=5k - 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2VP-P RL , video signal to video input 1, DC0 2V to T.P5, character 1,2 Input ; 2.2VP-P, 10 STEP stair wave Input ; 2VP-P, Video sweep signal (0 to 5MHz) Input ; 2VP-P, Sine wave, 3.58MHz Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input New Japan Radio
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video character generator circuit diagram

Abstract: 3 pin diagram 2K variable resistor 16 Pin, 18 Pin, 20 Pin 0.4 1.4 2.0 V Gain GV 10 STEP Stair wave 2.2VP-P RL , 2.2VP-P RL=5k - 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2VP-P RL , output 1, when video signal to video input 1, DC02V to T.P5, character 1,2 Input ; 2.2VP-P, 10 STEP , ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE
New Japan Radio
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3 pin diagram 2K variable resistor Hsync Vsync generator

multi vibrator circuit

Abstract: NJM2217D Gain gv 1(1 STEP Stair wave 2.2Vp_p RL=5k -1 0 + 1 dB Frequency Characteristic gf DC~5MHz 2V:, â'ž RL , , =5k 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2Vp-p RLâ'"5k - 0.5 3.0 deg Sync , »2V to T.P5, character 1, 2 Gv Video In 1 Video Out 2 B B Input; 2.2Vp.p, 10 STEP , B B B Input; 2.2Vp.p. 10 STEP stair wave. Chroma 40IRE Video In 2 B B A DP Video In 1 Video Out 2 B B B Input; 2.2Vp.p, 10 STEP stair wave Chroma 401
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HJM2217D HJM2217L multi vibrator circuit NJM2217D pin diagram 1K variable resistor variable resistor 1M vibrator control circuit depends on frequency Hsync Vsync free run DIP22

ess audio

Abstract: ES1921 2.2Vp-p ±5% or 1.1Vp-p±5%, depending on the gain setting. AUX- 8 I Codec analog auxiliary differential negative input. The DC level is VCM, and the fullscale input is either 2.2Vp-p ±5% or 1.1Vp , is VCM, and the full-scale input is either 2.2Vp-p ±5% or 1.1Vp-p±5%, depending on the gain setting , input is either 2.2Vp-p ±5% or 1.1Vp-p±5%, depending on the gain setting. AVDD 11 I Analog
ESS Technology
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ES2898 48-PIN SDATAIN modem corelogic es2898 es2828 teledrive SAM0315-061102

t490

Abstract: T24CD I 2 3 4 5 (V) Y168 No.5659-7/21 LA71020M m m ® ig m RECBt CW, 2.2Vp-p + 70kHz, 0.9Vp-p AUTO-BIAS-IN 2.3V PBB# MGND EQ-SW2 2.3V REC,SP-CW,2.2Vp-p 70kHz, 0.9Vp-p REC, SP-»|3]_h PB, EP-MGND PB , › ^ r 500a ^ 500CT~^ :iookfi â'" GND A065I1 63 GND OV 64 REC-OUT 2.3V CW, 2.2Vp-p r Vcc
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N5659A A06512 t490 T24CD 56597 t19a msvh QIP64E D2697TH B8-3369/D1297MH B8-3019 58BPF
Abstract: 1.3 1.5 V Differential Gain dg 10 STEP Stair wave 2.2Vp_p RL=5k - 0.5 3.0 , 2 A (0â'" 5MHz) B B Input; 2.2VP.P, 10 STEP stair wave A Gf Video In 1 Video , ; 2.2Vp.p, 10 STEP stair wave. Video In 2 Out 2 B B A Chroma 40IRE Video In 1 Video B B B Input; 2.2Vp.Pf 10 STEP stair wave Video In 2 Out 2 B B B A -
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SD1P22
Abstract: Threshold VT H 16 Pin, 18 Pin, 20 Pin Gain Gv 10 STEP Stair wave 2.2Vp_p RL=5k -1 0 , 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2Vp_p RL=5k - 0.5 3.0 , Video B Out 2 B H sync B B Input; 2.2Vp.P, 10 STEP stair wave A Chroma 40IRE -
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T3D05

Abstract: T3D 05 '" F ftm : *40f>QV/QH/CHARACTERÃ'ÌI Y168 Na5659-7/21 LA71020M Um»« ÃÏF& «WDCtfE RECBï CW, 2.2Vp-p + 70kHz, 0,9Vp-p 1 AUTO-BIAS-IN 2.3V PBBS IB GND 200kD 35pF 30j 2 EQ-SW2 2.3V RBC, SP-CW, 2.2Vp-p , ^ AAA^-r 63 GND ÛV REC-OUT CW, 2.2Vp-p Y168 Na5659-19/21 LA71020M & Sis] 880 [älds/dVda J'OOI HBr
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T3D05 T3D 05 t24k LA710 CT61A A0852 D2697THH 21BPF A064T4 A085I8 A08493 A0B519

SLAS640

Abstract: adc 809 block diagram pin configuration input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter (unless , Bits INTERNAL REFERENCE VOLTAGE Full-scale = 2.5-VPP mode VREF Reference voltage Full-scale = 2.2-VPP , differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter , 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock , , AVDD3 = 3.3 V, DVDD3 = 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3
Texas Instruments
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SLAS640 adc 809 block diagram pin configuration ADS5493 130-MSPS QFN-48

marking d3p

Abstract: adc 809 block diagram pin configuration input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter (unless , Bits INTERNAL REFERENCE VOLTAGE Full-scale = 2.5-VPP mode VREF Reference voltage Full-scale = 2.2-VPP , differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter , 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock , , AVDD3 = 3.3 V, DVDD3 = 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3
Texas Instruments
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marking d3p diagram Media Converter

design ideas

Abstract: Characteristic impedance matching RBT ­ + IN 11VP-P ­ 22VP-P ZLINE 22VP-P ­11V ­22V VO DIFF RG RF , algorithms. The value of the termination resistors is a function of the line impedance ZLINE 22VP-P , Termination Resistors 22VP-P ­ ADSL transmission. Minimal insertion loss in the transformer over the , signal power level on the phone line. 1:1 RF R4 30 RBT A1 1:1 A1 VO+ 22VP-P
Linear Technology
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LT1795 design ideas Characteristic impedance matching LT1361 AWG-26 RESISTORs full line

AN5534 VERTICAL IC

Abstract: sawtooth wave generator . distortion ratio THDh Pin© distortion ratio in Vcc2=26V, e0 = 2.2Vp-p â'" 2.0 5.0 % Input threshold voltage
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AN5534 AN5534 VERTICAL IC sawtooth wave generator crt monitor vertical ic voltage sawtooth pd27 50/60HZ 50/60H V11-10
Abstract: 16 Pin, 18 Pin, 20 Pin 0.4 1.4 2.0 V Gain GV 10 STEP Stair wave 2.2VP-P RL , 2.2VP-P RL=5k - 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2VP-P RL , output 1, when video signal to video input 1, DC02V to T.P5, character 1,2 Input ; 2.2VP-P, 10 STEP , ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Texas Instruments
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ADS42JB49 ADS42JB69 SLAS900E 250-MSPS JESD204B QFN-64

AD8065

Abstract: AD8066 input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter (unless , Bits INTERNAL REFERENCE VOLTAGE Full-scale = 2.5-VPP mode VREF Reference voltage Full-scale = 2.2-VPP , differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter , 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock , , AVDD3 = 3.3 V, DVDD3 = 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3
Analog Devices
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AD8065 AD8066 C8 SOT23-5 G.2 SOT23-5 ad8065 photodiode c.8 sot23-5 AD8065/AD8066 150MH AD8065/66
Abstract: input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter (unless , Bits INTERNAL REFERENCE VOLTAGE Full-scale = 2.5-VPP mode VREF Reference voltage Full-scale = 2.2-VPP , differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter , 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock , , AVDD3 = 3.3 V, DVDD3 = 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3 Texas Instruments
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ISO/TS16949
Abstract: 16 Pin, 18 Pin, 20 Pin 0.4 1.4 2.0 V Gain GV 10 STEP Stair wave 2.2VP-P RL , 2.2VP-P RL=5k - 0.5 3.0 % Differential Phase DP 10 STEP Stair wave 2.2VP-P RL , video signal to video input 1, DC02V to T.P5, character 1,2 Input ; 2.2VP-P, 10 STEP stair wave Input ; 2VP-P, Video sweep signal (0 to 5MHz) Input ; 2VP-P, Sine wave, 3.58MHz Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input ; 2.2VP-P, 10 STEP stair wave, Chroma 40 IRE Input Texas Instruments
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SLAS900C

t0433

Abstract: s0293 input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter (unless , Bits INTERNAL REFERENCE VOLTAGE Full-scale = 2.5-VPP mode VREF Reference voltage Full-scale = 2.2-VPP , differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock with 125-fs rms jitter , 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3-VPP differential sinewave clock , , AVDD3 = 3.3 V, DVDD3 = 3.3 V, ­1-dBFS differential input, 2.2-VPP fullscale mode and and 3
Texas Instruments
Original
t0433 s0293 SLAU294
Abstract: 17 25 33 mA 10, 11, 15, 22Pin (11, 12, 17Pin)=Low 10STEP , 2.2VP-P, R1=5K 10, 11, 15, 22Pin (11, 12, 17Pin)=Low 2VP-P, 4MHz, R1=5K 10, 11, 15, 22Pin (11, 12, 17Pin)=Low 10STEP , 2.2VP-P, R1=5K -1 0 +1 dB -1 0 +1 dB -3 0 +3 % 10STEP , 2.2VP-P, R1 Texas Instruments
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