el4095c ETC-unknow, el4095c Datasheet
el4095c
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el4095c Summary of contents
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... EL4095C Video Gain Control Fader Multiplexer General Description The EL4095C is a versatile variable-gain building block At its core is a fader which can variably blend two inputs together and an output amplifier that can drive heavy loads Each input ap- pears as the input of a current-feedback amplifier and with ex- ...
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... EL4095C Video Gain Control Fader Multiplexer Absolute Maximum Ratings V Supply Voltage Voltage between V and Input Voltage (V a INA INB I Current Into INA INB V Input Voltage GAIN V Input Voltage V 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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... Output Signal Enabled or Disabled Amplitude BW Gain 3 dB Gain Control Bandwidth b V Amplitude GAIN P-P T Gain Gain Control Recovery from Overload REC V from GAIN EL4095C Video Gain Control Fader Multiplexer Contd Limits Min Typ and ...
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... EL4095C Video Gain Control Fader Multiplexer Typical Performance Curves Large-Signal Pulse Response Gain e a Small-Signal Pulse Response for Various Gains Frequency Response with Different Values of R Gain Response Gain 4095 – 6 4095 – 4095 – Large-Signal Pulse ...
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... Change in Bandwidth and Slewrate with Supply Voltage Gain b Video Gain Control Fader Multiplexer Contd Frequency Response with Various Load Capacitances and Resistances Input Noise Voltage and Current vs Frequency b Change in Bandwidth and Slewrate with 1 Supply Voltage EL4095C Gain 4095 – 12 ...
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... EL4095C Video Gain Control Fader Multiplexer Typical Performance Curves Change in Bandwidth and Slewrate with Temperature Gain b DC Nonlinearity vs Input Voltage Gain Differential Gain and Phase Errors vs Gain Control Setting b Contd Change in Bandwidth and Slewrate 1 with Temperature e a Change in V Differential Gain and Phase Errors vs ...
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... Differential Phase Error vs DC Offset Gain Attenuation over Frequency Gain Video Gain Control Fader Multiplexer Contd Differential Phase Error Offset Differential Phase Error Offset Attenuation over 1 Frequency 7 EL4095C Gain Gain Gain 4095 – 14 ...
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... EL4095C Video Gain Control Fader Multiplexer Typical Performance Curves Gain Gain Control Response to a Non-Overloading Step Constant Sinewave Overload Recovery GAIN Response No AC Input Contd Gain Control Gain vs Frequency ) INA 4095 – GAIN INA 4095 – 17 ...
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... Contd Change in V and 100 Gain Control Offset GAIN Force-Induced Output Transient 4095 – 22 Package Power Dissipation vs Ambient Temperature 4095 – EL4095C Change in V and 100 Gain Control 0% vs Die Temperature 4095 – 21 4095 – 23 4095 – 25 ...
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... EL4095C Video Gain Control Fader Multiplexer Test Circuit 4095 – 26 ...
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... R F bandwidth loss Too small a value of R cause frequency response peaking and ringing during transients On the other hand increasing R will reduce bandwidth but improve stability F EL4095C In Inverting Connection 11 EL4095C The 3 dB band- b can be reduced to make up for will F ...
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... EL4095C Video Gain Control Fader Multiplexer Applications Information Stray capacitance at each V terminal should b IN absolutely be minimized especially in a positive- gain mode or peaking will occur Similarly the load capacitance should be minimized If more than load capacitance must be driven a load resistor from 100 ...
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... This circuit gives 0 45V When g is useful as a signal leveller where a constant output level is regulated from a range of input amplitudes 13 EL4095C GAIN V terminals the EL4095 gain range and a ...
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... EL4095C Video Gain Control Fader Multiplexer Application Information Here the A input channel is configured for a gain of 2 and the B channel for a gain of a its input attenuated by The connection is vir- tuous because the distortions do not increase monotonically with reducing gain as would the simple single-input connecton ...
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... Contd duce the error current and distortions but in- creasing R would lower bandwidth A solution FA would be to simply attenuate the input signal and magnitude and restore the EL4095 output level to standard level with another amplifier so and GA 4095 – EL4095C 4095 – 30 ...
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... EL4095C Video Gain Control Fader Multiplexer Application Information Although another amplifier is needed to gain the output back to standard level the reduced error currents bring the differential phase error to less than 0 1 over the entire input range A useful technique to reduce video distortion is to ...
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... Video Gain Control Fader Multiplexer Contd The two input channels can be connected and the B a common input through two dissimilar filters to create a DC-controlled variable filter This circuit provides a controlled range of peaking through rolloff characteristics Variable Peaking Filter 17 EL4095C 4095 – 33 4095 – 34 ...
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... The EL4095 is reliable within its maximum average output currents and operating temperatures EL4095C Macromodel V This macromodel is offered to allow simulation of general EL4095 behavior We have included these characteristics Small-signal frequency response Output loading effects Input impedance Off-channel feedthrough ...
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... EL4095C Macromodel Video Gain Control Fader Multiplexer Contd 19 EL4095C 4095 – 36 ...
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... EL4095C Video Gain Control Fader Multiplexer EL4095C Macromodel Contd 20 4095 – 37 ...
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... EL4095C Macromodel The EL4095 Macromodel Schematic Video Gain Control Fader Multiplexer Contd 21 EL4095C 4095 – 38 ...
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... EL4095C Video Gain Control Fader Multiplexer EL4095C Macromodel Contd 22 4095 – 39 ...
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... EL4095C Video Gain Control Fader Multiplexer 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 ...