Features: ·Low Cost·Easy to use·8-pi·mini-DIP or 14-pin wide-body S.O.·No external components·5V to 14V supply voltage·Cutoff frequency range of 0.1 Hz to 20 kHz·Cutoff frequency accuracy of ± 0.3% typical·Cutoff frequency set by external clock·Separate TTL and CMOS/Schmitt-trigger clock inputsPin...
MF4CN-50: Features: ·Low Cost·Easy to use·8-pi·mini-DIP or 14-pin wide-body S.O.·No external components·5V to 14V supply voltage·Cutoff frequency range of 0.1 Hz to 20 kHz·Cutoff frequency accuracy of ± 0.3% ...
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Supply Voltage (V+V−) .........14V
Voltage At Any Pin .........V+ + 0.2V
........... V− − 0.2V
Input Current at Any Pin (Note 14) ...5 mA
Package Input Current (Note 14)... 20 mA
Power Dissipation (Note 15) .....500 mW
Storage Temperature..... ....150°C
ESD Susceptibility (Note 13) ...... 800 V
Soldering Information (10 sec.) ....260°C
The MF4 is a versatile, easy to use, precision 4th order Butterworth low-pass filter. Switched-capacitor techniques eliminate external component requirements and allow a clock-tunable cutoff frequency. The ratio of the clock frequency to the low-pass cutoff frequency is internally set to 50 to 1. A Schmitt trigger clock input stage allows two clocking options, either self-clocking (via an external resistor and capacitor) for stand-alone applications, or for tighter cutoff frequency control an external TTL or CMOS logic compatible clock can be applied. The maximally flat passband frequency response together with a DC gain of 1 V/V allows cascading MF4 sections together for higher order filtering.