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10kQ Datasheet

Part Manufacturer Description PDF Type
10KQ100 N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ100 Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ100B N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ100B Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ30 N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ30 Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ30B N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ30B Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ40 N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ40 Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ40B N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ40B Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ50 N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ50 Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ50B N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ50B Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ60 N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ60 Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
10KQ60B N/A The Diode Data Book with Package Outlines 1993 Scan
10KQ60B Nihon Inter Electronics SCHOTTKY BARRIER DIODE Scan
Showing first 20 results.

10kQ

Catalog Datasheet MFG & Type PDF Document Tags

FT544

Abstract: = 100kQ V0 = ±0.6V, Rl = 10kQ Ta = 25°C Ta = 25°C Rs «10k2 Ta = 25°C Ta = 25°C mV nA nA k k mA , kQ Rl = 10kQ Rs «10kQ Rs , °C, Rs , 25 10 50 V0 = ±15V, Rl =100Q Rl = 10kQ RL = 100kQ RL = 10kQ Rs «10kQ Rs , °C TA = 25°C, R|_ = 100kS V0 = ±0.6V, RL=10kQ Ta = 25°C TA = 25°C Rs «10kQ ·b ia s Large Signal
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OCR Scan
FT544 LH24250/ LH24250C LH24250/LH24250C LM4250 LH242S0/LH24250C LH24250D

LH24250CD

Abstract: KS6060 °C 7.5 50 nA Large Signal Voltage Gain Ta = 25°C, Rl = 100 kQ V0= ±0.6V, RL = 10kQ 40 50 k k Supply Current Ta = 25°C 7.5 80 MA Power Consumption Ta = 25°C 23 240 li W Vos Rs«10kQ 4 6 mV , Large Signal Voltage Gain V0= ± 0.6V, Rl = 100 kQ RL=10kQ 30 30 k k Output Voltage Swing Rl= 100 kQ Rl = 10 kQ ±0.6 - ±0.6 V V Common Mode Rejection Ratio Rs«10kQ 70 70 dB Supply Voltage Rejection Ration Rs
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LH24250CD LH24250F LH24250CF LH24250J LH24250CJ KS6060 SL511 D16C F16B 116MS2

LH24250D

Abstract: KS2244 k Supply Current V0= ±0.6V, R[_ = 10kQ Ta = 25°C 7.5 50 80 k mA mW Power Consumption Ta = 25°C 23 240 Vos Rs«10kQ 4 6 mV tas >H>H Il ll IO IO Ol Ol 0 0 o o 5 3 10 10 nA nA 'bias input , Voltage Swing R[_ = 10 kS Ri_ = 100 kQ ±0.6 30 k V Common Mode Rejection Ratio RL = 10 kQ Rs , . Min. Max. Vos Ta = 25°C, Rs«10kQ 3 5 mV tas Ta = 25°C 3 10 na 'bias Ta = 25°C 7.5 50 nA
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KS2244 LH2425QCD

lem lt 100 p

Abstract: lem HA hIEE Vio Rs=10kQ - 1 6 mV Ib - 100 350 nA A^]t7-tzy Iio - 5 100 nA mfijii Av RL^IOkQ to 2.5V , Vohi RL^5kQ to 2.5V 4.75 4.9 - V Voli RL^5kQ to 2.5V - 0.1 0.25 V vohs RLè10kQ to GND 4.75 4.9 - , =10kHz - 10 - MHz imMé m Ri=10kQ,Ci=10pF - 75 - Deg Vni f=1kHz,VcM=2.5V - 10 - nVAAHz THD f=1 kHz, Av=+2, Ri=10kQ to 2.5V, Vo=1.5Vrms - 0.001 - % CS f=1 kHz, RL=10kQ to 2.5V, Vo=1.5Vrms - 120 - dB SR Av=1, Vm=2Vpp, Ri=10kQ to 2.5V, Ci=10pF to 2.5V - 3.5 - MI H s
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DMP14 lem lt 100 p lem HA NJM2747 NJM2747M 40SSAD NJM2747MZ NJM2747VZ SS0P14

BU4066BC

Abstract: > Vin=0.25V, Rl = 10k Q Vin= 2.5V, RL=10kO Vin= 5V, Vin= 5V, RL=10kQ RL=10kQ > O ON resistance Ron - Q 5 10 15 5 Fig. 1 Vin= 7,5V, RL=10kQ Vi= V do/ 2 Rl- 10kQ Vin=15V, Vout= 0 V , t C irc u it - ns 10 15 5 Ri.=10kQ Fig .2 Propagation delay time CONT-OUT tPHZ , = 1k D V ss= -5 V , RL= 1 0 k Q *1 V s s = -5 V , RL=10kQ*2 V s s= -5 V , RL=10kQ f=1MHz V s s= -5 V
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BU4066BC BU4066BC/BU4066BCF/BU4066BCFV BU4066BCF BU4066BCFV BU4000B

NJM21

Abstract: jili SA ma I Vio Rs^10Q - 1 6 mV Ib - 100 300 nA ^ilflJÌi Av Ri_è10kQ 60 80 - dB SAtB^IJil Vomì Ri_=10kQ ±2.3 ±2.4 - V Vom2 RL=2.5kQ ±2.0 ±2.2 - V VlCM ±1.5 - - V CMR Vie=-1.5~1.5V 60 , 25°C) | Hi IB^- mm SA mn I Vio Rs^lOO - - 12 mV Ib - - 330 nA «]±*|JÌ# Av Ri_à10kQ 50 - - dB sAiü^mi Vomì RL=10kQ ±2.0 - - V SAiÃ^®±2 VoM2 Ri_=2.5kQ ±0.5 - - V VlCM ±1.0 - - , JilSISJS [°c] 3.0 § 2.5 5 m R 2.0 a â K m + 1.5 1.0 _ (V+/V~=±2.5, RL=10kQ
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NJM2115MZ NJM21 jili NJM2115M 71MAX
Abstract: Ordering information Actual size 1k£2 10kQ 100kO TAS TAS TAS 329 158 288 VISHAY THIN , Ordering information R, = 10kQ 100kQ TAS TAS 366 367 R, + R2= 10kQ, 10OkQ, 1MQ ~R2 R , 3 R, + R2 = 9kQ + 1kQ = 10kQ 90kQ + 10OkQ = 10kQ 900kD + 10OkQ = 1MQ TAS 280 TAS 193 TAS , R, = 10kQ 100k£2 TAS TAS 368 369 D ivider N etwork 10:1 Ordering information R1= 10kQ TAS 220 D ivider N etwork 10:1 Actual size Ordering information R, = 100kQ TAS 1MO -
OCR Scan
457722-JAPAN

NJM2746MZ

Abstract: iff 40 ¥ 2.5 14 V « a ä/Jv mm HA Icc Rl=°°, Vin=2.5V, fSii^Bf - 4 5 mA Vio Rs=10kQ - 1 6 mV Ib - 100 350 nA Iio - 5 100 nA Av RL^10kQ to 2.5V, Vo=0.5V~4.5V 65 85 - dB POiiif CMR 0V , V VlCM CMRè55dB 0 - 4 V wm^mmm GB f=1 MHz - 10 - MHz m RL=10kQ,CL=10pF - 75 - Deg xtimm Vni f=1 MHz,Vcm=2.5V - 10 - nV/\/~Hz THD f=1 kHz, Av=+2, RL=10kQ to 2.5V, Vo=1.5Vrms - 0.001 - % CS f=1kHz, RL=10kQ to 2.5V, Vo=1.5Vrms - 120 - dB SR Av=1, Vw=2Vpp, Rl= 10k il to 2.5V, CL
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NJM2746MZ iff 40 NJM274 adtti JSUM2746AAZ

4558p

Abstract: 5314P to CMOS4000 series internally. Then each input is pulled down with 100Kn resistors. The useof 10KQ , 5000pF 5000pF SOOOpF Cexts 5000pF 5000pF 5000pF Cext* 10KQ SOOOpF lOKO Rei 10K0 lOKO 10KQ 10K 0 10 KO RG2 Rs Rs lOKO lOKO 10 KS lOKO lOKO Rg3 Rs Rs 10 KO 10KQ 10KQ Rg4 Rs Rs lOKO 18.7K , lOKO lOKO 10KQ lOKO lOKO lOKO 10KQ Ra 49.90 49.90 1QK 0 lOKO 10KQ lOKO lOKO R«3 49.90 49.9Q lOKO 10KQ lOKO R« 49.90 49.90 10KQ Rq| 8.87KO 4.99K0 16.2KO 11.8KQ 18.2KO 15.0KB 18.7K9 Rs 3.4KO
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4558p 5314P 4094 bp 126701 6034b chebyshev 0.2dB 02048-1194/TEL 339-3000/TLX174388/FAX 338-3000/TLX174388/FAX
Abstract: ON/OFF Output Voltage Ratio - · · · · · · NJU4052BD NJU4052BM 65dB Typ. ( Ri=10kQ ) Low , 3.0 4.0 3.5 7.0 11.0 ± 0.1 ± 1 1.5 3.0 4.0 p F V1L RL=10kQ SW=V d d V e e =V s b V ,H V , SYMBOL CONDITI ONS 5 10 15 5 10 15 5 10 15 5 10 15 5 10 15 5 10 15 Ri=10kQ , f=1 kHz, V i s =5Vp - p , RL=10kQ ns t PZ H tpZL t PH2 Output Enable Time tPLZ ns RL=10kQ Output Disable , M Hz m V , Vis-1/2(Vdd-Vss) p -p Ri=1 k Q , Ri=10kQ,tr=tf=20ns CONTROL/INHIBIT -
OCR Scan
NJU4052B CD4052B MC14052B NJU4052BV
Abstract: m ) XD-144 10.7 ±13 ±8 0.5at±8kHz 30 10kQ 33kQ - 1 0 - + 50 07-Fig.1 XD-184 10.7 ± 10 ±8 0.35at±5kHz 30 10kQ 33k£2 0 - + 50 07-Fig.4 XD , ±13 ±8 0.3at±8kHz 20 10kQ 33kfl - 2 0 - + 60 07-Fig.2 XD-014 4.5 ±100 ± 50 1.5at± 100kHz 20 10kQ 1()0kfi - 1 0 - + 50 07-Fig.3 XD-149 7.5 ±100 ± 50 1.5at± 100kHz 20 10kQ 100kQ - 1 0 - + 50 07-Fig.3 07-Fig. 1 07 -
OCR Scan
E1102-94014-AB XD-145 XD-147
Abstract: CHARACTERISTICS: SYMBOL ·d r m 'r r m Vt > gt VGT VGD ·h lON TEST CONDITIONS V d =400V, Rg k =1.0KQ, TC=125°C V d =400V, Rg k =1.0KQ, Tq =125°C It =1.2A V d =7.0V, Rl =100Q, Rg k =1.0KQ V d =7.0V, Rl =100Q, Rg k =1.0KQ V d =400V, Rl =100Q, Tc =125°C V d =7.0, Rg k =1.0KQ V d =400V, Ig t =1 .0mA, lF=1.0A, Rg k =1KQ, di -
OCR Scan
CZS5064
Abstract: reaches: * Vcc +50mV Vcc+ -50mV w ithRL = 10kQ * Vcc +650mV Vcc+ -650mV w ithRL= 600Q This product , Voltage Rejection Ratio (Vcc+ = 5 to 10V, Vo = Vcc/2) Large Signal Voltage Gain (R = 10kQ, Vo = 2.5V to 7.5V) |_ Tmin. 5Tamb s Tmax. High Level Output Voltage (Vw = 1V) R l = 100kQ Rl = 10kQ Rl = 600Q , (Avcl = 100, Rl = 10k£2, CL = 100pF, f = 100kHz) Slew Rate (AVC = 1, R l = 10kQ, CL = 100pF, V i = 2.5V to 7.5V) l Phase Margin Total Harmonic Distortion (Avcl = 1, R l = 10kQ, CL = 100pF, Vo = -
OCR Scan
TS912 TS912I/AI 1/2TS912

LM308 pin configuration

Abstract: pin diagram of LM308 Op Amp IC . Typ. Max. V10 Input Offset Voltage (Rs < 10kQ) Tamb = 25°C Tmin. â'" Tamb â'" Tmax LM108A - LM208A , oo j^ni nA Avd Large Signal Voltage Gain (Vcc = ±15V, Vo = ±10V, RL = 10kQ) Tamb = 25 C Tmin i , ±14 V CMR Common Mode Rejection Ratio (Rs < 10kQ) Tamb = 25°C Tmin. â'" Tamb Tmax. 96 96 110 dB los , 10kQ) Tamb = 25°C Tmin â'"- Tamb â'" Tmax 13 13 14 V SR Slew Rate (Vcc = ±15V, V, = +10V, Rl = , = ±15V, V, = 10mV, Rl = 10kQ, Cl = 100pF, f = 100kHz) 0.3 0.8 MHz THD Total Harmonic Distortion
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LM308 LM101 LM108H LM108AH LM308N LM318 LM308 pin configuration pin diagram of LM308 Op Amp IC lm308 equivalent LM108 EQUIVALENT LM30B LM108/A LM208/A LM308/A

SCL4000B

Abstract: 4 channel MULTIPLEXER vEE , delta rqn (same package) vis = vss orvdd vee , OUT) VC-VDD RL ~10kQ V|s = SQ. WAVE VIN = VSSorVDD 0 5 0 30 60 ns 0 10 0 15 30 0 15 0 12.5 , 20 log ^ q Vqs + Vjs VC » VDD VIS " 5VPP CENTERED @ O.OVdc Rl = 1kQ 0 5 -5 2.3 dB Rl = 10kQ , 0 5 -5 1250 kHz Rl = 10kQ 140 Rl = 100kQ 18 RL = 1MQ 2 CROSSTALK (-50dB
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OCR Scan
SCL4051B SCL4052B SCL4053B SCL4000B 4 channel MULTIPLEXER SCL4053

sound system circuit diagrams all

Abstract: mitsubishi 20P4B ,8 RL=10KQ Bypass (pin11,12=0V) -3 0 +3 dB Gv2 Input - Output Voltage Gain2 pin1,2 f=1kHz pin5,8 RL=10KQ , ,8 RL=10KQ SRS Stereo (pin12=5V/pin11=0V) +7 +10 +13 dB Gv4 Input - Output Voltage Gain4 pin 1,2 f=100Hz pin 8 RL=10KQ SRS Mono (pin12=0V/pin11=5V) +4.5 +7.5 +10.5 dB Gv5 Input - Output Voltage Gain5 pin1,2 f=10KHz pin 8 RL=10KQ SRS Mono (pin12=0V/pin11=5V) +2.5 +6 +9.5 dB Vom Maximum Output Voltage pin 1,2 f=1kHz pin5,8 THD=1% iHF-A filter RL=10KQ Bypass (pin11,12=0V) 1.8 2.2 â'" Vrms THD Total
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OCR Scan
sound system circuit diagrams all mitsubishi 20P4B M62494SP/FP M62494

DIGITAL IF RECEIVER

Abstract: 10KQ 10KQ 10KQ 10KQ 10KQ 10KQ 1.5KQ 1.5KQ 1.69KQ R13 50Q R14 13.7Q R15 1.5KQ R16 1.5KQ R17 1KQ R18 , 10KC2 10KQ 3.92KQ L1 L2 L3 FLT 120nH 120nH 56|xH 600kHz SR01476 Figure 5. 1150 1997 Oct 02 , C17 0.1nF C18 0.1 ^F C19 10nF C20 1500pF C21 C22 C23 C24 C25 10nF 0.1p.F 0.1^F 10nF 10nF R1 10KQ R2 0£2 (short) OPEN R3 R4 5.1k 5.1k R5 R6 0Q (short) 1.5KQ R7 R8 1.5KQ R9 180Û R10 180Q R11 10KQ R12 OKQ R13 R14 R15 R16 R17 R18 R19 240Q 4.5KQ 180Q 180Q 240Ö 10KQ 10KQ 180nH L1 12 180nH 56fiH L3 FLT1,2
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DIGITAL IF RECEIVER SA647 TSSOP-20 SR01477
Abstract: =0mA, RL=10kQ 4. 5 â'" â'" V P â'" U^^ttlnB;® Low level supply current 1 CCL Vcc=5V, I F=20mA, RL=10kQ â'" 3 10 mA /WU^ttlSB;® High level supply current 1 CCH Vcc=5V, I F=0mA, RL=10kQ â'" 3 10 mA srn Transmission IK threshold input current*4 1 FHL Vcc=5V, RL=10kQ â'" â'" 12 mA t X t U x X Hysteresis*5 1 FLH/I FHL Vcc=5V, RL=10kQ 0. 50 0. 80 0. 95 â'" H ^ L fi » ^ HK propagation time tPHL Vcc=5V, IF=18mA, Rl -
OCR Scan
LG214L

MET-45

Abstract: 10KQ WITH 10KQ, 2.5K Q SPLIT LOAD ON SECONDARY. A. Electrical Specifications (© 20 ° C) 1. Pri Source Impedance; 10KQ 2. Sec Load Impedance; 10KQ, 2.5KQ SPLIT 3. Pri DC Current; 1mA MAX 4. Operating Level; 75mW , cr Ld m o o LO I H Ld 0.50 : 0.50 ±2% C. Schematic Diagram PRI SEC 1 O- 10KQ 2 o I [ -06 - 2.5Q -05 Date code and country of orig in 10KQCT -04 (CONNECT 4-5) 2.5Q -03 - D. Mechanical Specifications 11.80
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OCR Scan
MET-45 P-A1-11840 A1118401

NJU4053BD

Abstract: MC14053B Typ.(Ri=10kQ) 9 Low Quiescent Current â'" 5/xA Typ. at Vdd =5V â'¢ Low Crosstalk between channelsâ , Low Level Input Voltage vll RL=10kQ SH=Vdd Vee=VSS Vo=1.0V Vo=1.0V Vo=1.5V 5 10 15 1.5 3.0 4.0 1.5 3.0 , SW Input to Output tpLH Ri=10kQ 5 10 15 15 45 8 30 5 20 ns tpHL 5 10 15 15 45 8 30 5 20 CONT , Output Enable Time tpHZ tpLZ RL=10kQ 5 10 15 600 1400 250 700 200 500 ns Output Disable Time 5 10 15 600 1400 250 700 200 500 ns Sine-Wave Distortion RL=10kQ, f=1kHz, Vis=5Vp-p 10 0.05 X Feedthrough
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NJU4053B MC14053B NJU4053BD NJU4053BM NJU4053BV C04053B

FC147

Abstract: 2Sa1503 = 100kQ V0 = ±0.6V, Rl = 10kQ Ta = 25°C Ta = 25°C Rs «10k2 Ta = 25°C Ta = 25°C mV nA nA k k mA , kQ Rl = 10kQ Rs «10kQ Rs , °C, Rs , 25 10 50 V0 = ±15V, Rl =100Q Rl = 10kQ RL = 100kQ RL = 10kQ Rs «10kQ Rs , °C TA = 25°C, R|_ = 100kS V0 = ±0.6V, RL=10kQ Ta = 25°C TA = 25°C Rs «10kQ ·b ia s Large Signal
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OCR Scan
FC124 FC127 FC128 FC131 FC132 FC135 FC147 2Sa1503 2SA1345 2SA1346

2SC3398

Abstract: 2SC3859 hIEE Vio Rs=10kQ - 1 6 mV Ib - 100 350 nA A^]t7-tzy Iio - 5 100 nA mfijii Av RL^IOkQ to 2.5V , Vohi RL^5kQ to 2.5V 4.75 4.9 - V Voli RL^5kQ to 2.5V - 0.1 0.25 V vohs RLè10kQ to GND 4.75 4.9 - , =10kHz - 10 - MHz imMé m Ri=10kQ,Ci=10pF - 75 - Deg Vni f=1kHz,VcM=2.5V - 10 - nVAAHz THD f=1 kHz, Av=+2, Ri=10kQ to 2.5V, Vo=1.5Vrms - 0.001 - % CS f=1 kHz, RL=10kQ to 2.5V, Vo=1.5Vrms - 120 - dB SR Av=1, Vm=2Vpp, Ri=10kQ to 2.5V, Ci=10pF to 2.5V - 3.5 - MI H s
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2SC3398 2SC3859 2SC3898 2SC3900 2SC3912 2SC3913 12SC3863
Abstract: > Vin=0.25V, Rl = 10k Q Vin= 2.5V, RL=10kO Vin= 5V, Vin= 5V, RL=10kQ RL=10kQ > O ON resistance Ron - Q 5 10 15 5 Fig. 1 Vin= 7,5V, RL=10kQ Vi= V do/ 2 Rl- 10kQ Vin=15V, Vout= 0 V , t C irc u it - ns 10 15 5 Ri.=10kQ Fig .2 Propagation delay time CONT-OUT tPHZ , = 1k D V ss= -5 V , RL= 1 0 k Q *1 V s s = -5 V , RL=10kQ*2 V s s= -5 V , RL=10kQ f=1MHz V s s= -5 V -
OCR Scan
ECG944 ECG944M

LTC6911-1

Abstract: LTC6911-2 10 (S A M E PACKAGE) V EE â'" V IS V DD Rl * 10kQ + .1 0 0 0 .+ 2 0 0 + .1 0 0 0 , t p n L t im e (S IG N A L IN TO O UT) V C - VDD \ - V ,s = SQ. 10kQ W AVE V , D ISTO R TIO N Rl = Rl = 10kQ lnh = V SS V IS = 5 V PP CENTERED @ O.OVdc 5 -5 FEEDTHROUGH (-50dB ) -7 .5 7 .5 -7 .5 Rl = CENTERED @ O.OVdc 10kQ .7 8 9 10 0 , V DD V IS â'" V DD 10kQ 10 0 160 2 .5 -2 .5 400 5 0 360 720 0
Linear Technology
Original
LTC6911-1 LTC6911-2 LTC6911CMS-2 LTC6911-1/LTC6911-2 LTC6911 LTC1992-1 LTC1992-2

2062AI

Abstract: 2064AM '" 0.1 |iF -)H 0.01 nF 0.1 (iF 0.1 nF 5 nF - G IN-fâ'")\- 50 Q ^10kQ QAvF 0.1 nF
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2062AI 2064AM 2061C 2064ai 2061A TLE206X TLE206 TL206

LTC6910-2CTS8

Abstract: 100mVp-p reaches: * Vcc +50mV Vcc+ -50mV w ithRL = 10kQ * Vcc +650mV Vcc+ -650mV w ithRL= 600Q This product , Voltage Rejection Ratio (Vcc+ = 5 to 10V, Vo = Vcc/2) Large Signal Voltage Gain (R = 10kQ, Vo = 2.5V to 7.5V) |_ Tmin. 5Tamb s Tmax. High Level Output Voltage (Vw = 1V) R l = 100kQ Rl = 10kQ Rl = 600Q , (Avcl = 100, Rl = 10k£2, CL = 100pF, f = 100kHz) Slew Rate (AVC = 1, R l = 10kQ, CL = 100pF, V i = 2.5V to 7.5V) l Phase Margin Total Harmonic Distortion (Avcl = 1, R l = 10kQ, CL = 100pF, Vo =
Linear Technology
Original
LTC6910-1 LTC6910-2 LTC6910-3 LTC6910-2CTS8 100mVp-p LTC6910-1CTS8 LTC6910-1ITS8 LTC6910-2/LTC6910-3 LTC6910-X 100MH
Showing first 20 results.