MF6CN-100 National Semiconductor, MF6CN-100 Datasheet
MF6CN-100
Specifications of MF6CN-100
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MF6CN-100 Summary of contents
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... Cutoff frequency set by external or internal clock Y All Packages Top View Order Number MF6CWM-50 or MF6CWM-100 See NS Package Number M14B Order Number MF6CN-50 or MF6CN-100 TL H 5065 – 1 See NS Package Number N14A Order Number MF6CJ-50 or MF6CJ-100 See NS Package Number J14A RRD-B30M75 Printed December 1994 ...
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... MF6CN-50 MF6CN-100 20 mA MF6CWM-50 MF6CWM-100 500 mW MF6CJ-50 MF6CJ-100 150 Supply Voltage (V 800V 260 C 300 C 215 C 220 C The following specifications apply for f all other limits MIN MAX MF6CWM-50 MF6CWM-100 MF6CN-50 MF6CN-100 Tested Design Typical Limit Limit (Note 8) (Note 9) (Note 10 20k 0 1 10k ...
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... Hz e Attenuation MF6-50 f 250 kHz e CLK Rate f 6000 8000 MF6-100 f 250 kHz e CLK f 3000 4000 (Continued) The following specifications apply for all other limits T MIN MAX MF6CWM-50 MF6CWM-100 MF6CN-50 MF6CN-100 Tested Design Typical Typical Limit Limit (Note 8) (Note 8) (Note 9) (Note 10 10k ...
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... Input Offset Voltage Input Bias Current CMRR (Op-Amp 2 Only CM1 CM2 Output Voltage Swing Maximum Output Short Source Circuit Current (Note 6) Sink Slew Rate DC Open Loop Gain Gain Bandwidth Product MF6CN-50 MF6CN-100 MF6CWM-50 MF6CWM-100 Tested Design Typical Limit Limit (Note 8) (Note 9) (Note 10 ...
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... C and the typical junction-to-ambient thermal resistance of the MF6CN when board mounted For the MF6CJ this number e JMAX decreases For MF6CWM The following specifications apply for all other limits T MIN MAX MF6CN-50 MF6CN-100 MF6CWM-50 MF6CWM-100 Tested Design Typical Limit Limit (Note 8) (Note 9) (Note 10 ...
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Typical Performance Characteristics Schmitt Trigger Threshold Voltage vs Power Supply Voltage Crosstalk from Filter to Op-Amps (MF6-50) Crosstalk from Filter Crosstalk from Either Op-Amp to Op-Amps (MF6-100) to Filter Output (MF6-50) Crosstalk from Either Op-Amp Equivalent Input Noise to Filter ...
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Typical Performance Characteristics Positive Voltage Swing vs Power Supply Voltage (Op Amp Output) Negative Voltage Swing vs Power Supply Voltage (Filter and Op Amp Outputs) Power Supply Current vs Temperature (Continued) Positive Voltage Swing vs Positive Voltage Swing vs Power ...
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Typical Performance Characteristics f f Deviation CLK c vs Clock Frequency f f Deviation CLK c vs Clock Frequency DC Gain Deviation vs Temperature DC Gain Deviation vs Temperature (Continued Deviation f CLK c CLK vs Temperature vs ...
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Crosstalk Test Circuits Pin Descriptions (Pin Numbers) Pin Description FILTER OUT (3) The output of the lowpass filter It will typically sink and source 3 mA and swing to within 1V of each supply rail FILTER IN ...
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Pin Descriptions (Pin Numbers) (Continued) Pin Description L Sh (12) When the voltage level at this input exceeds 25%( the internal tri-state a buffer is disabled allowing the CLK R pin to become the clock input for the ...
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Application Hints (Continued) a) Resistor Biasing of AGND b) Using Op-Amp 2 to Buffer AGND FIGURE 4 Single Supply Operation 5065 – 5065 – 15 ...
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Application Hints (Continued) Schmitt-trigger threshold voltage levels can change signifi- cantly causing the R C oscillator’s frequency to vary greatly from part to part Where accuracy required an external clock can be c used to drive the ...
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Application Hints (Continued) MF6-100 so for the MF6-100 100 c c CLK and ...
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Designing with the MF6 (Continued) where n is the order of the filter A is the minimum stop- min band attenuation (in dB) desired at frequency f the passband ripple or attenuation (in dB) at frequency f the result of ...
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Designing with the MF6 (Continued) FIGURE 10a One MF6-50 vs Two MF6-50s Cascaded FIGURE 9 Cascading Two MF6s TL H 5065– 26 FIGURE 10b Phase Response of Two Cascaded MF6-50s 5065 – 5065 – ...
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Designing with the MF6 (Continued) FIGURE 11b MF6-50 ‘‘Notch’’ Filter Amplitude Response FIGURE 11a ‘‘Notch’’ Filter TL H 5065– 5065 – 28 ...
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Designing with the MF6 (Continued CHANGING CLOCK FREQUENCY INSTANTANEOUSLY The MF6 will respond favorably to a sudden change in clock frequency Distortion in the output signal occurs at the tran- sition of the clock frequency and lasts approximately ...
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Designing with the MF6 (Continued when Design Procedure pick ...
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Physical Dimensions inches (millimeters) Order Number MF6CJ-50 or MF6CJ-100 Order Number MF6CWM-50 or MF6CWM-100 Cavity Dual-In-Line Package (J) NS Package Number J14A Small Outline Wide Body (M) NS Package Number M14B 19 ...
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... Physical Dimensions inches (millimeters) (Continued) Order Number MF6CN-50 or MF6CN-100 LIFE SUPPORT POLICY NATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF NATIONAL SEMICONDUCTOR CORPORATION As used herein 1 Life support devices or systems are devices or ...