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LTC2208CUP#TRPBF Linear Technology LTC2208 - 16-Bit, 130Msps ADC; Package: QFN; Pins: 64; Temperature Range: 0°C to 70°C
LTC2208CUP#TR Linear Technology LTC2208 - 16-Bit, 130Msps ADC; Package: QFN; Pins: 64; Temperature Range: 0°C to 70°C
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LTC2208IUP#PBF Linear Technology LTC2208 - 16-Bit, 130Msps ADC; Package: QFN; Pins: 64; Temperature Range: -40°C to 85°C
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XR-2208 datasheet (2)

Part Manufacturer Description Type PDF
XR-2208 Exar Operational multiplier Scan PDF
XR2208CP Exar Analog Multiplier Scan PDF

XR-2208 Datasheets Context Search

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xr 2206 FM modulation

Abstract: XR567 XR-S200 IC XR 2240 XR-2240 XR13600 XR-3524 XR-2216 XR-2208 XR-2203
Text: -346, XR-3403, XR-4202 XR-2206, XR-2207, XR-2211 XR-2240 XR-215/XR-2228, XR-2212/XR-2228 XR-S200, XR-2208 , XR-2228 XR-2276 XR-205, XR-2206 XR-S200, XR-205 XR-2206, XR-2208 , XR-2228, XR-13600 XR-2208 , XR-2228 XR-2208 XR-2209, XR-4151 XR-13600/XR-082 -A - CONTINUED APPLICATION Analog Semi-Custom Design , -558, XR-559, XR-2240, XR-2242 XR-5532, XR-5534 XR-2276 XR-2208 , XR-2216, XR-2228, XR-13600 - B , -567, XR-L567, XR-2211, XR-2567 XR-2276 XR-2208 XR-2228 XR-2240 XR-200, XR-300, XR-500 XR-400 XR-2271, XR


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PDF XR-2206 XR-2211 XR-2208, XR-2228, XR-13600 XR-S200, XR-205 XR-2206, XR-2207, XR-2209, xr 2206 FM modulation XR567 XR-S200 IC XR 2240 XR-2240 XR13600 XR-3524 XR-2216 XR-2208 XR-2203
XR-2211 IC

Abstract: application for xr-2208 XR-2211 application XR-2208 applications xR-2208 XR-2208 CIRCUIT XR-2211 pll xr2208 XR-2211 sine multiplier
Text: £*EX4R Application Note AN-11 A Universal Sine Wave Converter Using the XR-2208 and the XR , mented using the XR-2211 monolithic PLL tone decoder and the XR-2208 multiplier IC. PRINCIPLES OF , can be easily implemented using the XR-2211 monolithic tone decoder and the XR-2208 monolithic , then be converted to a low-distortion sine wave by the XR-2208 multiplier. LO O P FILT E R DATA F , T OUTPUT L L II Figure 5. Diagram of XR-2208 Operational Multiplier COMP INPUT Figure 3


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PDF AN-11 XR-2208 XR-2211 XR-2211 IC application for xr-2208 XR-2211 application applications xR-2208 XR-2208 CIRCUIT XR-2211 pll xr2208 XR-2211 sine multiplier
XR2208CP

Abstract: applications xR-2208 XR-2208 XR-2208CP XR2208M XR2208CN XR2208P XR-2208P
Text: CAUTION: C O N D ITIO N S UNITS FIG U RE S T high TLOw - 0°C, THIGH « +70°C for XR-2208 / XR-2208C , J T E X A XR-2208 R Operational Multiplier GENERAL DESCRIPTION The XR-2208 , Precision PLL Carrier Detection Phase-Locked AM Demodulation The XR-2208 operates over a wide range of , excellent power supply rejection and temperature stability. The XR-2208 oper­ ates over a 0°C to 70 , -55°C to +125°C 0°C to +70°C 0°C to +70°C 0°C to +70°C 0°C to +70°C XR-2208 ELECTRICAL


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PDF XR-2208 XR-2208 XR-210 XR-215 XR2208CP applications xR-2208 XR-2208CP XR2208M XR2208CN XR2208P XR-2208P
XR2208CP

Abstract: XR-2208 XR-2208CP XR-2208 CIRCUIT cir 2272 XR2208M applications xR-2208 2208CP application for xr-2208 xr 2208 am modulation
Text: +70°C 0°C to +70 °C XR-2208 ELECTRICAL CHARACTERISTICS Test Conditions: Supply Voltage = ±15V, TA = 25°C, unless otherwise specified. XR-2208 / XR-2208M MIN TYP MAX ±4.5 4 ±16 7 XR-2208C TYP MAX UNITS , XR-2208 Operational Multiplier GENERAL DESCRIPTION The XR-2208 operational multiplier combines a , bandwidth to 100MHz. The XR-2208 operates over a wide range of supply volt ages, +4.5V to ±16V. Current and , stability. The XR-2208 oper ates over a 0°C to 70°C temperature range. The XR2208M is specified for


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PDF XR-2208 XR-210 XR2208CP XR-2208CP XR-2208 CIRCUIT cir 2272 XR2208M applications xR-2208 2208CP application for xr-2208 xr 2208 am modulation
XR-2208

Abstract: application for xr-2208 applications xR-2208 xr2208 "Analog Multiplier" OPERATIONAL MULTIPLIER 741 op amp multiplier XR-2208 CIRCUIT 741 as buffer amplifier
Text:  XR-2208 Operational Multiplier GENERAL DESCRIPTION The XR-2208 operational multiplier , transconductance bandwidth to 100 MHz. The XR-2208 operates over a wide range of supply voltages, ±4.5V to  , Range SYSTEM DESCRIPTION +18 Volts -18 Volts 750mW 6mW/°C -65°C to + 150°C The XR-2208 , ratio (90 dB). The device can be powered by voltages from ±4.5 VDC to ±16 VDC. 7-39 XR-2208 ELECTRICAL PERFORMANCE CHARACTERISTICS - XR-2208 TEST SYMBOL CONDITIONS TEMPERATURE LiMrrs MIN MAX UNIT


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PDF XR-2208 XR-2208 -550CSTAS 1250C CSTAS4-125Â application for xr-2208 applications xR-2208 xr2208 "Analog Multiplier" OPERATIONAL MULTIPLIER 741 op amp multiplier XR-2208 CIRCUIT 741 as buffer amplifier
XR-2208

Abstract: xr2208 XR-2206 application note application for xr-2208 xr2206 application XR-2206 CIRCUIT applications xR-2208 xr-2206 XR210
Text: AN-06 Precision PLL System Using Application Note the XR-2207 and the XR-2208 INTRODUCTION , XR-2207 and the XR-2208 monolithic circuits. The XR-2207 is a precision voltage controlled oscillator , . The XR-2208 is an operational multiplier which combines a four quadrant multiplier and a high gain , , with the XR-2207 forming the VCO section of the loop, and the XR-2208 serving as the phase- detector , -2207 AND XR-2208 The XR-2207 VCO and the XR-2208 operational multiplier can be inter-connected as shown in


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PDF AN-06 XR-2207 XR-2208 XR-2208 AN-06 xr2208 XR-2206 application note application for xr-2208 xr2206 application XR-2206 CIRCUIT applications xR-2208 xr-2206 XR210
741 as buffer amplifier

Abstract: XR-2208 applications xR-2208 application for xr-2208 XR-2208 CIRCUIT 741 op amp multiplier OPERATIONAL MULTIPLIER
Text: Operational Multiplier GENERAL DESCRIPTION The XR-2208 operational multiplier combines a , . The XR-2208 operates over a wide range of supply voltages, ±4.5V to ±16V. Current and voltage levels , Temperature Range SYSTEM DESCRIPTION The XR-2208 operational multiplier contains a fourquadrant multiplier , ±4.5 VDC to ±16 VDC. XR-2208 ELECTRICAL PERFORMANCE CHARACTERISTICS - XR-2208 LIMITS MIN MAX 7.0 , , Vy = -10v Ta = +25°C -55°C XR-2208 Buffer Output Voltage Difference Input


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PDF XR-2208 741 as buffer amplifier applications xR-2208 application for xr-2208 XR-2208 CIRCUIT 741 op amp multiplier OPERATIONAL MULTIPLIER
Oscillator XR2209

Abstract: XR 5000 XR-2209 2209
Text: applications when used in conjunction with a phase comparator such as the XR- 2208 FUNCTIONAL BLOCK DIAGRAM


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PDF XR-2209 200KH 1250C Oscillator XR2209 XR 5000 2209
Oscillator XR2209

Abstract: No abstract text available
Text: phase comparator such as the XR- 2208 v* ^ I- E T IM IN G 1 -1 C A P A C I T O R _


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PDF XR-2209 XR-2209 1250C Oscillator XR2209
XR2206 application notes

Abstract: XR-205 IC 8038 function generator Functional Generator, xr2209 XR-2208 XR-2206 CIRCUIT xr2206 application XR205 XR-2240 IC XR 2240
Text: Application Note Precision PLL System Using the XR-2207 and the XR-2208. , with a phase comparator such as the XR-2208. The circuit is comprised of three functional blocks: a , System Using the XR-2207 and the XR-2208 ," which is included in this Data Book. Ultra-Low Frequency


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PDF
2209CP

Abstract: No abstract text available
Text: the XR- 2208 . TRIANGLE OUTPUT SQUARE WAVE OUTPUT BIAS FEATURES Excellent Temperature


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PDF XR-2209 XR-2209 20ppm/Â 2209CP
XR2206 application notes

Abstract: XR-2216 fsk modulation and demodulation using Xr2206 XR-2208 XR2206 pin details for function generator XR2240 xr2206 application XR-2206 CIRCUIT IC XR 2240 applications xR-2208
Text: . 28 AN-06 Precision PLL System Using the XR-2207 and the XR-2208 , .43 A N -11 A Universal Sinewave Converter Using the XR-2208 and X R -2211 , Converter Using the XR-2208 and XR-2211 A circuit technique is described which can convert any periodic , within the system. AN-06: Precision PLL System Using XR-2207/ XR-2208 A two-chip versatile phase-locked loop system is described, using the XR-2207 oscillator as the VCO, and the XR-2208 multiplier as the


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PDF
8038 ic pin diagram

Abstract: ic 8038 APPLICATIONS of ic 8038 8038 ic pin diagram for fm ic 8038 8038 ic functional block diagram 8038 ic 8038 pin diagram 8038 sine xr8038 ic
Text: phase-detector circuit, such as, the XR-2208 , to form stable phase-locked loop circuits. FUNCTIONAL BLOCK


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PDF XR-8038 3000pF 100KQ 8038 ic pin diagram ic 8038 APPLICATIONS of ic 8038 8038 ic pin diagram for fm ic 8038 8038 ic functional block diagram 8038 ic 8038 pin diagram 8038 sine xr8038 ic
nas 1748

Abstract: No abstract text available
Text: 22.08 21.12 48.00 23.04 22.08 21.12 48.00 23.04 22.08 21.12 Transit The A nten ex A ntennas are , * 48.00 48.00 48.00 48.00 23.04 23.04 23.04 23.04 22.08 22.08 22.08 22.08 21.12 21.12 21.12 21.12 Note , " 3.30" 3.30" 3dB-MEG* 3dB-MEG* 3dB-MEG* 48.00 48.00 48.00 23.04 22.08 21.12 23.04 22.08 21.12 23.04 22.08 21.12 8 0 0 /9 0 0 M Hz 3 d B -M E G S L A C K M O D E L S TRAB8063P TRAB8213P TRAB8903P , dB-MEG* 48.00 23.04 22.08 48.00 23.04 22.08 48.00 23.04 22.08 48.00 23.04 22.08 21.12 21.12 21.12 21.12


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PDF TRA9023 TRAB1500 TRAB2200 TRAB4503, nas 1748
XR2209CP

Abstract: 2209cp XR-2209CP Oscillator XR2209 XR2209CN XR-2209 2209M 2209 A 01 XR-2209M
Text: loop ap p lica tio ns w hen used in conjunction w ith a phase com parator such as the XR- 2208


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PDF XR-2209 20ppm/ XR-2209 XR2209CP 2209cp XR-2209CP Oscillator XR2209 XR2209CN 2209M 2209 A 01 XR-2209M
am signal using multiplier ic

Abstract: 2228CP application for xr-2208 applications xR-2208 xr 2209 am modulation XR210 XR-2228 XR-210 Phase-locked loop circuits Oscillator XR2209
Text: frequency applications, consider the XR- 2208 . ABSOLUTE MAXIMUM RATINGS Power Supply Power Dissipation


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PDF XR-2228 XR-2228 AN-12 XR-210 XR-215 am signal using multiplier ic 2228CP application for xr-2208 applications xR-2208 xr 2209 am modulation XR210 Phase-locked loop circuits Oscillator XR2209
IC 8038 function generator

Abstract: 8038 ic pin diagram of ic 8038 8038 signal generator chip ic 8038 APPLICATIONS ic 8038 8038 ic pin diagram function XR-2208 intersil 8038 frequency generator IC 8038
Text: interfaced with a monolithic phase-detector circuit, such as the XR-2208 , to form stable phase-locked loop


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PDF 3455blfl XR-8038 XR-8038 200KHz 200Hz 34E5fc Q005t IC 8038 function generator 8038 ic pin diagram of ic 8038 8038 signal generator chip ic 8038 APPLICATIONS ic 8038 8038 ic pin diagram function XR-2208 intersil 8038 frequency generator IC 8038
8038 signal generator chip

Abstract: XR-8038AM 8038CP up/xr+2320
Text: readily interfaced with a monolithic phase-detector circuit, such as the XR-2208 , to form stable


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PDF XR-8038 XR-8038 200KHz 8038 signal generator chip XR-8038AM 8038CP up/xr+2320
XR-205

Abstract: XR2206 monolithic function generator XR2206 pin details for function generator XR205 IC XR 2240 XR8038 XR-2240 intersil 8038 XR220 exar xr8038
Text: -2211 . 34 Application Note Precision PLL System Using the XR-2207 and the XR-2208 , phase com parator such as the X R - 2208 . T he circuit is com prised o f three functional blocks: a , Using the X R -2207 and the X R - 2208 ," w hich is included in this D ata B ook. Ultra-Low Frequency


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PDF D-4051 XR-205 XR2206 monolithic function generator XR2206 pin details for function generator XR205 IC XR 2240 XR8038 XR-2240 intersil 8038 XR220 exar xr8038
2228CP

Abstract: exar application xr222 XR-210 exar 2284 XR-2209
Text: device is powered by 4.5V to 16V split supplies. For higher frequency applications, consider the XR- 2208


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PDF XR-2228 XR-210 XR-215 2228CP exar application xr222 exar 2284 XR-2209
IC 8038 function generator

Abstract: 8038 ic pin diagram 8038 sine ic 8038 APPLICATIONS 8038 ic pin diagram function 8038 ic XR-8038CP IC 8038 function generator circuit diagram signAL GENERATOR 8038 ic 8038
Text: interfaced with a monolithic phase-detector circuit, such as the XR-2208 , to form stable phase-locked loop


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PDF XR-8038 200KHz XR-8038 IC 8038 function generator 8038 ic pin diagram 8038 sine ic 8038 APPLICATIONS 8038 ic pin diagram function 8038 ic XR-8038CP IC 8038 function generator circuit diagram signAL GENERATOR 8038 ic 8038
fsk modulation and demodulation using Xr2206

Abstract: lm 2206 for frequency modulation Cd4013 XR-4741 F-7404 XR-2123ACP TDA 4608 7404 hex inverter truth table xr2206 fsk modem CD4013 PIN DIAGRAM
Text: A XR-2123/A EXAR R 1 1.2K R21 2K R41 1 OK B XR-1488 EXAR R2 2.2K R22 100 K R42 1 OK C X R- 2208


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PDF XR-2123A XR-2123 XR-2123A T1-T2220 Q1-2N4403 Q3-2N4401 2N4401 2N4861 1N914 fsk modulation and demodulation using Xr2206 lm 2206 for frequency modulation Cd4013 XR-4741 F-7404 XR-2123ACP TDA 4608 7404 hex inverter truth table xr2206 fsk modem CD4013 PIN DIAGRAM
am signal using multiplier ic

Abstract: xr 2208 am modulation 2228CP exar application XR210 XR2228
Text: by 4.5V to 16V split supplies. For higher frequency applications, consider the XR- 2208 . 2-280


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PDF XR-2228 XR-210 XR-215 am signal using multiplier ic xr 2208 am modulation 2228CP exar application XR210 XR2228
XR210CN

Abstract: XR-210CN XR210 xr-210
Text: Supply Voltage 2-208 XR-210 V|N “ 1V rms f0 = 2M H z Figure 6. VCO Fine-Tune (Pin 9) and


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PDF XR-210 XR-210 20MHz XR210CN XR-210CN XR210
XR210CN

Abstract: diagram transistor tt 2206 transistor tt 2206 equivalent for transistor tt 2206 equivalent transistor TT 2206 XR-210CN fsk modulator using 2206 ic practical circuit of FSK modulator TT 2206 transistor fsk generation using XR 2206 IC
Text: Applied Sweep Voltage (Pin 10 Open) 2-208 XR-210 80 40 Z < cc * a O -i G 20 10 V


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PDF 20MHz XR-210 XR210CN diagram transistor tt 2206 transistor tt 2206 equivalent for transistor tt 2206 equivalent transistor TT 2206 XR-210CN fsk modulator using 2206 ic practical circuit of FSK modulator TT 2206 transistor fsk generation using XR 2206 IC
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