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fcp 40

Catalog Datasheet MFG & Type PDF Document Tags

MN3307

Abstract: fcp 40 Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 to 500 kHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.31 -4 11 kHz 0.45 Vrms Li fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 0 4 dB THD fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms
Panasonic
Original
MN3300 MN3307 fcp 40 1024-S DIP008-P-0300

MN3300

Abstract: MN3309 Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.32 -4 12 kHz 0.40 Vrms Li fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 0 4 dB THD fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms
Panasonic
Original
MN3309 256-S

microphone czn-15e

Abstract: V 0 Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) *3 : Clock pulse , Conditions min typ max Unit Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 100 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 to 200 kHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation≤3 dB(0 dB at fi=1 kHz) Input signal amplitude Ïi fCP=40 kHz, fi=1 kHz, THD=4.0
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microphone czn-15e MN3305 4096-S DIP014-P-0300C

MN3306

Abstract: BBD delay line Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.32 -4 12 kHz 0.44 Vrms Li fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 0 4 dB THD fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms
Panasonic
Original
MN3306 BBD delay line rl56k 128-S

MN3300

Abstract: MN3308 current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 100 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 to 300kHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.30 -4 10 kHz 0.41 Vrms Li fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 0 4 dB THD fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms
Panasonic
Original
MN3308 2048-S
Abstract: Clock cross point V X* 3 Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) d pla , Circuit Diagram typ max Unit fCP=40 kHz 0.05 mA VDD=1.8 to 4.0 V, fCP=10 to 200 kHz , current Conditions VDD=4.0 to 5.0 V, fCP=10 to 500 kHz fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) 2·fCP 11 fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.31 fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms -4 kHz 0.45 Vrms 0 4 dB fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms Panasonic
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512-STAGE

Abstract: MN3304 Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.32 -4 12 kHz 0.5 Vrms Li fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 0 4 dB THD fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms
Panasonic
Original
MN3304 512-STAGE 512-S

fcp 40

Abstract: Symbol IDD tD1 tD2 fi Conditions min typ max Unit mA ms Supply current fCP=40 kHz 0.05 N* Signal delay time 1 Signal delay time 2 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz VDD=4.0 to 5.0 V, fCP=10 to 500 kHz 2·fCP Input signal frequency fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) fCP=40 kHz, fi=1 kHz, THD=2.5 % fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms , =3V fCP=40kHz fi=1kHz Ta=25°C M Di ain sc te on na tin nc ue e/ d VDD VCPH ( Clock Pulse fCP=40
Panasonic
Original

BBD delay line

Abstract: MN3307 V X* 3 0.3VCPH V 0 Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) *3 , Symbol Conditions min typ max Unit Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 to 500 kHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz, fi=1 kHz
Panasonic
Original
Abstract: time Clock cross point Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) ea s ht e , typ max Unit mA ms Supply current fCP=40 kHz 0.05 N* Signal delay time 1 Signal delay time 2 VDD=1.8 to 4.0 V, fCP=10 to 100 kHz VDD=4.0 to 5.0 V, fCP=10 to 300kHz 2·fCP Input signal frequency fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) fCP=40 kHz, fi=1 kHz, THD=2.5 % fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 10 kHz Input signal amplitude Panasonic
Original
Abstract: Symbol IDD tD1 tD2 fi Conditions min typ max Unit mA ms Supply current fCP=40 kHz 0.05 N* Signal delay time 1 Signal delay time 2 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) fCP=40 kHz, fi=1 kHz, THD=2.5 % fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms fCP=40 kHz, fi=1 kHz, Vi , -3 -40 -20 1 0 1.0 0 20 40 60 80 100 120 Clock frequency fCP (kHz) Input Panasonic
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Low Noise BBD 128-Stage Clock frequency range

Abstract: Clock fall time Clock cross point Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period , Conditions min typ max Unit mA ms Supply current fCP=40 kHz 0.05 N* Signal delay time 1 Signal delay time 2 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) fCP=40 kHz, fi=1 kHz, THD=2.5 % fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 12 kHz
Panasonic
Original
Low Noise BBD 128-Stage Clock frequency range
Abstract: fCP=40 kHz 0.05 mA VDD=1.8 to 4.0 V, fCP=10 to 100 kHz ce /D isc on tin Input , 5.0 V, fCP=10 to 300kHz fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) 2·fCP 10 fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.30 fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms -4 kHz 0.41 Vrms 0 4 dB fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 1.0 2.5 % fCP=100 kHz , Voltage Characteristics 0 20 40 60 0 -40 -20 80 100 120 0 fCP=40kHz fi Panasonic
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fcp 40

Abstract: Clock fall time Clock cross point Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period , Conditions min typ max Unit mA ms Supply current fCP=40 kHz 0.05 N* Signal delay time 1 Signal delay time 2 VDD=1.8 to 4.0 V, fCP=10 to 100 kHz VDD=4.0 to 5.0 V, fCP=10 to 200 kHz 2·fCP Input signal frequency fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) fCP=40 kHz, fi=1 kHz, THD=4.0 % fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 6 kHz
Panasonic
Original

reverberation IC

Abstract: Clock cross point V X* 3 Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) d pla , Circuit Diagram typ max Unit fCP=40 kHz 0.05 mA VDD=1.8 to 4.0 V, fCP=10 to 200 kHz , current Conditions VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) 2·fCP 12 fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.32 fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms -4 kHz 0.40 Vrms 0 4 dB fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms
Panasonic
Original
reverberation IC

MN3300

Abstract: MN3304 V X* 3 0.3VCPH V 0 Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) *3 , Symbol Conditions min typ max Unit Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz
Panasonic
Original

FCP-40

Abstract: MN3300 V X* 3 0.3VCPH V 0 Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) *3 , Symbol Conditions min typ max Unit Supply current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz
Panasonic
Original
FCP-40
Abstract: rise time Clock fall time Clock cross point Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock , fi Conditions min typ max Unit mA ms Supply current fCP=40 kHz 0.05 N* Signal delay time 1 Signal delay time 2 VDD=1.8 to 4.0 V, fCP=10 to 200 kHz VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz 2·fCP Input signal frequency fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) fCP=40 kHz, fi=1 kHz, THD=2.5 % fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 12 Panasonic
Original
Abstract: Clock cross point V X* 3 Note) *1 : ( ) : VDD=4.0 to 5.0 V *2 : T=1/fCP (Clock period) d pla , Circuit Diagram typ max Unit fCP=40 kHz 0.05 mA VDD=1.8 to 4.0 V, fCP=10 to 200 kHz , current Conditions VDD=4.0 to 5.0 V, fCP=10 kHz to 1 MHz fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) 2·fCP 12 fCP=40 kHz, fi=1 kHz, THD=2.5 % 0.32 fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms -4 kHz 0.44 Vrms 0 4 dB fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms Panasonic
Original

mn3305

Abstract: fcp 40 current IDD fCP=40 kHz 0.05 mA Signal delay time 1 tD1 VDD=1.8 to 4.0 V, fCP=10 to 100 kHz N* ms Signal delay time 2 tD2 VDD=4.0 to 5.0 V, fCP=10 to 200 kHz 2·fCP Input signal frequency fi fCP=40 kHz, Vi=0.22 Vrms Output attenuation3 dB(0 dB at fi=1 kHz) Input signal amplitude i fCP=40 kHz, fi=1 kHz, THD=4.0 % 0.30 -4 6 kHz 0.40 Vrms Li fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms 0 4 dB THD fCP=40 kHz, fi=1 kHz, Vi=0.22 Vrms
Panasonic
Original
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