EL4450 Search Results

EL4450

Abstract: EL4450CM EL4450CN
Contextual Info: T UCT ROD ACEMEN at P E T L e E P t n r OL RE rt Ce m/tsc O B S E N D ED o p p o l Su MM sil.c ECO echnica w.inter R O T w N w Sheet January 1996, Rev B urData I L or act o cont -INTERS 8 1-88 EL4450 FN7168 Wideband Four-Quadrant Multiplier Features The EL4450 is a complete fourquadrant multiplier circuit. It offers

Contextual Info: élantec EL4450C Wideband Four-Quadrant Multiplier HIGH fftfO ftM ANCE ANALOG INTEGRATED CIRCUITS Features General Description • Complete four-quadrant multiplier w/output amp - requires no extra components. The EL4450C is a complete four-quadrant multiplier circuit. It offers

445-021

Abstract: EL4450C EL4450CM EL4450CN QCXG002
Contextual Info: EL4450C éiantec EL4450C Wideband Four-Quadrant Multiplier HIGH PERFORMANCE ANAtflG INTEGRATED CIRCUITS F e a tu re s G en era l D e sc rip tio n • Complete four-quandrant multiplier with output amp— requires no extra components • Good linearity o f 0.3 %

Contextual Info: EL4450C éiantec EL4450C Wideband Four-Quadrant Multiplier HIGH PERFORMANCE ANAtflG INTEGRATED CIRCUITS F e a tu re s G en era l D e sc rip tio n • Complete four-quandrant multiplier with output amp— requires no extra components • Good linearity o f 0.3 %

4450 8 PIN

Abstract: EL4450 EL4450C EL4450CM EL4450CN QCX0002 four-quadrant multiplier
Contextual Info: EL4450C EL4450C Wideband Four-Quadrant Multiplier Features General Description  Complete four-quandrant multiplier with output amp requires no extra components  Good linearity of 0 3%  90 MHz bandwidth for both X and Y inputs  Operates on g 5V to g 15V

mA 723

Contextual Info: EL4450C e la n te c e ia 4soc h ig h p e r f o r m a n c e A H A iQ G INTEGRATED c i r c u i t s W id e b a n d F o u r - Q u a d r a n t M u l t ip l ie r Features General Description • C o m p le te f o u r-q u a d ra n t m u ltip lie r w ith o u tp u t a m p — re q u ire s no e x tra

mV250

Abstract: EL4452CN metal detector plans EL4452 EL4452C EL4452CS QCX0002
Contextual Info: EL4452C EL4452C Wideband Variable-Gain Amplifier with Gain of 10 Features General Description  Complete variable-gain amplifier complete with output amplifier  Compensated for Gain t 10  50 MHz signal bandwidth  50 MHz gain-control bandwidth  Low 29 nV SHz input noise

pure sinewave circuit

Abstract: op1302
Contextual Info: Application Note #5 f * W- m w HI6H PERFORMANCE AKAtOG IN15SHATED CIRCUITS m High-Purity Sinewave Oscillators with Amplitude Stabilization High-Purity Sinewave Oscillators With Amplitude Stabilization by Barry Harvey While a wide variety of circuits and components are

Contextual Info: HIGH PERFORMANCE ANALOG INTESflATEO CfftCUllS Fine Harmonic Distortion Measurements in the Megahertz Range Fine Harmonic Distortion Measurements in the Megahertz Range by Barry Harvey Harmonic distortion measurements of amplifiers is easily accom plished using a com m ercial test set

EL2074

Abstract: EL2120 EL4450 EL4451 XL10 variable inductor easily tuned oscillator
Contextual Info: élantec, Inc. Application Notes http://www.elantec.com/APPNOTES/download Fine Harmonic Distortion Measurements in the Megahertz Region by Barry Harvey 4-24-95 Harmonic distortion measurements of amplifiers is easily accomplished using a commercial test set which includes a low-distortion oscillator. These units work only up to

am signal using multiplier ic

Abstract: EL4450CS d444 Analog Multiplier for am modulation EL4450Cn
Contextual Info: D44450B.fm Page 1 Tuesday, April 21, 1998 9:51 AM Wideband Four-Quadrant Multiplier Features General Description • Complete four-quadrant multiplier with output amp—requires no extra components • Good linearity of 0.3% • 90 MHz bandwidth for both X and

Rato RT 0104

Contextual Info: EL4452C élantec I l CH PERFORMANCEM UX. INTEGRATEDCIRCUi’ S EL4452C Wideband Variable-Gain Amplifier with Gain o f 10 F e a tu r e s G en era l D e sc r ip tio n • Com plete variable-gain am plifier com plete w ith o u tp u t am plifier • Com pensated for G ain ^ 10

Wideband Variable-Gain Amplifier

Contextual Info: EL4452C Features General Description • C om plete variable-gain am plifier com plete w ith output am plifier T he E L 4452C is a com plete variable-gain circuit. It offers w ide band­ w id th a n d e x c e lle n t lin e a rity , w h ile in c lu d in g a p o w e rfu l o u tp u t

Sine Wave Oscillator

Abstract: sine oscillator 4-Quadrant Multiplier lm337 EL2082 EL2444 EL4450 EL4451 Amplifier With Active Output Clipping LM337 TO-3
Contextual Info: A Low Distortion Tuneable Sine Wave Oscillator One can make a low distortion tuneable oscillator by incorporating an active filter inside an AGC loop With a control voltage VG of 0 1 to 2V one can obtain over a decade of tuning range with oscillation frequencies from 200 kHz to 3 MHz in

TRANSISTOR b72

Abstract: 160X EL2074C EL2120C EL4450C EL4451C variable inductor passive harmonic filters EXC2
Contextual Info: Fine Harmonic Distortion Measurements in the Megahertz Range by Barry Harvey critical with respect to tuning Two ranks of tuned circuit give a harmonic rejection of roughly Q2 more than enough to achieve the desired output distortion level The loss of the filter does

CI 4452

Abstract: metal detector plans EL4452 EL4452C EL4452CN EL4452CS QCX0002 mV250 square-law
Contextual Info: EL4452C élantec EL4452C Wideband Variable-Gain Amplifier with Gain o f 10 I l CH PERFORMANCE M U X . INTEGRATED CIRCUi’ S F e a tu r e s G en era l D e sc r ip tio n • Com plete variable-gain am plifier com plete w ith o u tp u t am plifier • Com pensated for G ain ^ 10

SINE WAVE oscillator

Contextual Info: Application Note #4 CËSHÊICC , J&.TÈÈ- H IGH PË fifÔ R M A S C E Ä 0 Ö IN TEGR ATED CIRCUITS A Low Distortion Tuneable Sine Wave Oscillator A Low Distortion T\ineable Sine Wave Oscillator Summary of Performance Characteristics One can make a low distortion tuneable oscillator by

Contextual Info: EL4452 Data Sheet Wideband Variable-Gain Amplifier with Gain of 10 The EL4452 is a complete variablegain circuit. It offers wide bandwidth and excellent linearity, while including a powerful output voltage amplifier, drawing modest current. The higher gain and lower input noise makes the EL4452

variable frequency drive harmonics

Abstract: EL4451 XL10 AN1098 EL2074 EL2120 EL4450
Contextual Info: Fine Harmonic Distortion Measurements in the Megahertz Range Application Note March 20, 1998 AN1098 Author: Barry Harvey Harmonic distortion measurements of amplifiers is easily accomplished using a commercial test set which includes a low-distortion oscillator. These units work only up to 100kHz

LS7804

Abstract: SC1820 mode 5 IFF SC2270
Contextual Info: A P PLIC A T IO N S P E C IFIC — VIDEO V ideo F a d e r /V a r ia b le G ain A m p lifiers Listed by decreasing bandwidth. All use supplies up to ± 16V. P art # B a n d w id th - 3 dB F e a tu r e s D iff G ain D iff P h a se Is at 15V In p u t V o lts

Contextual Info: EL4452C HIGH EL4452C MA*€t*sAtf*s tsacurrs Features W ideband V a rla b k-G a in A m p lifie r w ith G ain o f 19 General Description • C om plete variable-gain am plifier com plete w ith o u tp u t am plifier • C om pensated for G ain ^ 10 • 50 M H z signal bandw idth

900mVrms

Contextual Info: Harmonic distortion measurements of amplifiers is easily accomplished using a commercial test set which includes a low-distortion oscillator. These units work only up to 100Khz or less; at higher frequencies, a low-distortion oscillator and spectrum analyzer are

Tuneable 5Mhz oscillator

Abstract: EL4451 lm337 AN1087 EL2082 EL2444 EL4450 amplitude modulation block diagram
Contextual Info: A Low Distortion Tuneable Sine Wave Oscillator Application Note One can make a low distortion tuneable oscillator by incorporating an active filter inside an AGC loop. With a control voltage VG of 0.1 to 2V, one can obtain over a decade of tuning range, with oscillation frequencies from

sine multiplier

Abstract: AN1088 EL4450 EL4451 LM336 pure sinewave circuit
Contextual Info: High-Purity Sinewave Oscillators With Amplitude Stabilization Application Note March 20, 1998 AN1088 Author: Barry Harvey While a wide variety of circuits and components are used to generate sinewaves, it has always been a challenge to produce spectrally pure and regulated sines in