EL4452 Search Results

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

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

schematically detector

Abstract: EL4450 EL4452 EL4452CN EL4452CS op-amp integrator mhz
Contextual Info: T UCT ROD ACEMEN at P E r T L e E P t en OL RE OBS ENDED upport C om/tsc lS MM sil.c ECO Technica w.inter R O w N Data r w December 1994, Rev A uSheet I L or act o cont -INTERS 8 1-88 Wideband Variable-Gain Amplifier with Gain of 10 The EL4452 is a complete variablegain circuit. It offers wide bandwidth

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

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

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

Contextual Info: é la n te c e u 4S2c Wideband Variable-Gain Amplifier W/Gain Of 10 HIGH PER FO RM AN C E ANALOG INTEGRATED CtPCJ TS Features • Complete variable-gain amplifier complete with output amplifier • Compensated for Gain = 10 • 60 Mhz signal bandwidth • 60 Mhz gain-control bandwidth

EL4453C

Contextual Info: Multiplier/Variable Gain Amplifiers Miti Sain 90 1 4 Quad Mult Full Scale Input V peak I reak 2V Signal Port (% ) Gain Port (% ) 0.35 0.2 Package Supply Current (mA) ±3 to ±16.5 15.4 ✓ 1 ¡M l': i& | 4 Quadrant E14450C Bandwidth @-3dB (MHz) 1 Supply Voltage

AN1090

Abstract: EL4452
Contextual Info: Real Time Power Measurement of a Transistor Application Note It is quite typical to monitor the current through a component or a voltage on a node to regulate an input. Some applications may find it more useful, however, to monitor the power through a transistor. One such occasion would be in

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

transistor with gain 10

Abstract: EL4452
Contextual Info: Real Time Power Measurement of a Transistor It is quite typical to monitor the current through a component or a voltage on a node to regulate an input Some applications may find it more useful however to monitor the power through a transistor One such occasion would be in charging a battery When the voltage is low the designer may want more current charging but as

Contextual Info: Application Note #7 éiMUtBC Real ^ me ^owerMeasurement of a HlSH P E R « « liM :iP I0 6 ÎÎIWÂlîÇfRGMfÎS TVdflSlStOT Real Time Power Measurement of a Transistor Introduction It is quite typical to m onitor the current through a component or a voltage on a node to regulate an input.