el4094c ETC-unknow, el4094c Datasheet
el4094c
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el4094c Summary of contents
Page 1
... We recommend checking the revision level before finalization of your design documentation 1993 Elantec Inc EL4094C Video Gain Control Fader General Description The EL4094C is a complete two-input fader It combines two inputs according to the equation ...
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... EL4094C Video Gain Control Fader Absolute Maximum Ratings V Voltage between V a and GND Voltage between V a and Input Voltage (V INA INB V Input Voltage GAIN V Input Voltage GAIN Important Note All parameters having Min Max specifications are guaranteed The Test Level column indicates the specific device testing actually ...
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... BW GAIN 3 dB Gain Control Bandwidth GAIN Gain Control Recovery from Overload V REC Typical Performance Curves Small-Signal Step Response for Gain 100% 50% e 25% and EL4094C Video Gain Control Fader Limits Min Typ 3V measured at 2V and 2V 370 500 ...
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... EL4094C Video Gain Control Fader Typical Performance Curves Frequency Response vs Capacitive Loading Frequency Response vs Gain Change in Slewrate and Bandwidth with Supply Voltage Contd Frequency Response vs Resistive Loading Off-Channel Isolation Over Frequency Output Noise Over Frequency 4 4094 – 4 ...
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... Video Gain Control Fader Contd Nonlinearity vs V Gain Differential Phase Error MHz 75% 50% and 25 Differential Phase Error MHz 75% 50% and 25 EL4094C for IN 100% 75% 50% and 25% e for Gain 100% e offset 3 58 MHz e for Gain 100% e offset ...
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... EL4094C Video Gain Control Fader Typical Performance Curves Differential Gain and Phase Error vs Gain Gain Gain Control Response to a Non-Overloading Step Constant Sinewave at V Contd Differential Gain and Phase Error vs Gain Cross-Fade Balance V INA 4094 – INA GAIN 4094 – ...
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... Gain Control Gain vs Frequency Change in V(100%) and V(0%) of Gain Control vs Supply Voltage Supply Current vs Supply Voltage Video Gain Control Fader Contd Change in V(100%) and V(0%) of Gain Control vs V Change in V(100%) and V(0%) of Gain Control vs Die Temperature Maximum Dissipation vs Ambient Temperature 7 EL4094C Offset G 4094 – 11 ...
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... EL4094C Video Gain Control Fader Applications Information The EL4094 is a self-contained and calibrated fader subsystem When a given channel has 100% gain the circuit behaves as a current-feed- back amplifier in unity-gain connection As such video and transfer distortions are very low As the gain of the input is reduced a 2-quadrant ...
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... Here is the curve of differential gain and phase distortion for varying inputs with the out- put set to standard video level 15V supplies g Differential Gain and Phase of Linearized Level Control 9 EL4094C obtain a standard b 4094 – 14 ...
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... EL4094C Video Gain Control Fader Applications Information The differential gain error is kept and the differential phase better over the entire input range The EL4094 as an Adjustable Filter Equalizers are used to adjust the delay or fre- quency response of systems A typical use is to ...
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... EL4094C Macromodel This macromodel is offered to allow simulation of general EL4094 behavior We have included these characteristics Small-signal frequency response Output loading effects Input impedance Off-channel feedthrough Output impedance over frequency Signal path DC distortions V I-V characteristics GAIN V overdrive recovery delay GAIN 100% gain error These will give a good range of results for various ...
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... EL4094C Video Gain Control Fader EL4094C Macromodel General Disclaimer Specifications contained in this data sheet are in effect as of the publication date shown Elantec Inc reserves the right to make changes in the circuitry or specifications contained herein at any time without notice Elantec Inc assumes no responsibility for the use of any ...