el2252c ETC-unknow, el2252c Datasheet
el2252c
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el2252c Summary of contents
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... Note All information contained in this data sheet has been carefully checked and is believed to be accurate as of the date of publication however this data sheet cannot be a ‘‘controlled document’’ Current revisions if any to these specifications are maintained at the factory and are available upon your request We recommend checking the revision level before finalization of your design documentation Patent pending 1995 Elantec Inc EL2252C Dual 50 MHz Comparator Pin Receiver General Description ...
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... Full 4000 8000 Full 3000 2 See Curves 150 150C Test Level Units EL2252C I mV III III III III V V ...
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... Max and 10V changed from 10V to 15V changed from 10V to 15V a 3 Test Level Units EL2252C Test Level Units EL2252C III III ...
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... EL2252C Dual 50 MHz Comparator Pin Receiver AC Test Circuit Burn-In Circuit 2252 – 2252 – 3 ...
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... Small Overdrives Bias Current vs Temperature Inputs Balanced Input Output Transfer Function HYS Open Dual 50 MHz Comparator Pin Receiver Input Bias Current vs Large Overdrives Input Hysteresis Voltage vs Temperature Input Output Transfer Function HYS Connected to V 2252 – EL2252C 2252 – 5 2252 – 7 ...
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... EL2252C Dual 50 MHz Comparator Pin Receiver Typical Performance Curves Supply Current vs Supply Voltage Output Delay 0 5V Overdrive Output with 50 MHz CMOS Input Contd Supply Current vs Temperature (V 15V Output Delay 0 5V Overdrive 2252 – 9 Output with 50 MHz ECL Input 2252 – 2252 – ...
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... Typical Performance Curves Gain vs Frequency Propagation Delay vs Overdrive CMOS Input Dual 50 MHz Comparator Pin Receiver Contd 4 ns TTL Glitch Detection Propagation Delay vs Temperature CMOS Input Propagation Delay vs Input Slew Rate CMOS Input 7 EL2252C 2252 – 13 Propagation Delay vs Temperature ECL Input 2252 – 14 ...
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... EL2252C Dual 50 MHz Comparator Pin Receiver Typical Performance Curves Propagation Delay vs Power Supply Voltage 14-Lead Plastic DIP Maximum Power Dissipation vs Ambient Temperature Contd Propagation Delay vs Load Capacitance 20-Lead SOL Maximum Power Dissipation vs Ambient Temperature 2252 – 2252 – 15 2252 – 18 ...
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... Fault cur- rents will occur with inputs a diode below V above V No damage nor V a even when fault currents within the absolute maximum ratings 13 12V EL2252C 2252 – 19 15V This range dimin 12V supplies will easily shift will occur OS ...
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... EL2252C Dual 50 MHz Comparator Pin Receiver Applications Information One of the few ways in which oscillations can be induced is by connecting a high-Q reactive source impedance to the EL2252 inputs Such sources are long wires and unterminated coaxial lines The source impedance should be de-Q’ed One method is to connect a series resistor to the ...
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... Dual 50 MHz Comparator Pin Receiver EL2252C Macromodel Connections input a l input HYS subckt M2252 Application Hints Connect pin 4 to ground through 1000 M resistor to inhibit Hysteresis to invoke Hysteresis connect pin ...
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... EL2252C Dual 50 MHz Comparator Pin Receiver EL2252C Macromodel Contd Output Stage 1mA q10 q11 q12 3pF ...