The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
ISL59119IBZ-T13 Intersil Corporation Triple Channel Video Driver with LPF; SOIC8; Temp Range: -40° to 85°C
ISL59123IIZ-T7 Intersil Corporation Triple Channel Video Driver with LPF; WLCSP9; Temp Range: -40° to 85°C
ISL59115IRUZ-T7 Intersil Corporation Triple Channel Video Driver with LPF; uTQFN10; Temp Range: -40° to 85°C
ISL59116IIZ-T7 Intersil Corporation YC to Composite Video Driver with LPF; WLCSP9; Temp Range: -40° to 85°C
ISL59114IRUZ Intersil Corporation YC (S-video) to Composite Video Driver with LPF; uTQFN10; Temp Range: -40° to 85°C
THS7318YZFR Texas Instruments 3-Channel, Low Power, EDTV/SDTV Video Line Driver with Low Pass Filters 9-DSBGA -40 to 85

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1999 - 12v subwoofer car amp circuits

Abstract:
Text: ) Power Amp (Final Stage) HPF 400Hz LPF 500Hz LPF 4kHz NFB H.P.F Level Control REAR , 40 Hz to a maximum LPF OFF HPF 50Hz 400Hz X1 X10 l'amplificateur sur MIN et augmentez le volume sur , commande pour amplifier les fréquences autour de 40 Hz à When the switch is in the LPF position, the , commutateur est en position LPF , le filtre est mis sur passe-bas. 9 Cut-off frequency adjustment control , , LPF , and LOW BOOST are not effective. 3.0 R 0 The FILTER select switch is set to the " LPF


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PDF 400Hz 200Hz 12v subwoofer car amp circuits sony subwoofer circuit diagram tone control subwoofer circuit diagram car subwoofer amplifier circuit diagram 100 watts subwoofer circuit diagram 12V mono amplifier 400 watts high subwoofer 100 watts amplifier sony subwoofer car subwoofer power amplifier diagram subwoofer pre circuits
2010 - GV26d

Abstract:
Text: Amplifier C2 Fig.3.2 mic amp application example(Gv=20dB,fc= 4kHz LPF ) Mic amp is also used creating multiple feedback LPF ,HPF,BPF.Fig.3 shows Block Diagram of Mic.Amp (Gv=20dB,fc= 4kHz LPF ). Frequency except , Receive amplifier (Gv=20dB,fc= 4kHz LPF ,-40dB/deg). Frequency except Conversation band should be remove by , example (Gv=20dB,fc= 4kHz LPF ) ­ 23 ­ NJW1128 5.Line Amplifier(Transfer Block) Line Amplifier , decoupling 100n10µF - R8 R6 R2 C2 Gain Setting C10 and R6 create LPF (fc=1/2R6*C10


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PDF NJW1128 NJW1128 NJW1128FR3 GV26d NJW1124 2wire 4wire RL01 LQFP48-R3 LPF, HPF, BPF filter rf lpf 4khz hi fi speaker fc4k
2003 - ON5250

Abstract:
Text: RSSI (V+=1.8V, LPF OUT=0.18V) 100 60 (Vi=40dBuEMF, fin=455kHz, fmod=600Hz, 4kHz , V , OUT FSK OUT CHARGE LPF OUT 11 10 9 8 RSSI COMP FSK COMP CHARGE RSSI IF AMP LPF QUAD DET 1 3 4 5 6 7 IF IN Ver.2003-03-18 2 GND DEC FSK REF QUAD IN AF OUT LPF IN -1- NJM2590 (Ta , + 1.8 5.5 V (Ta=25,V+=1.8V, fin=455KHz, fmod=600Hz, fdev=± 4KHz


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PDF NJM2590 NJM2590 455kHz( NJM2590V 455kHz SSOP14 40dBuEMF, 455kHz, ON5250 CDBCB455KCAY66 NJM2590V CDBCB455KCAY66-R0 fIN45 SSOP14
CDBCB455KCAY66-R0

Abstract:
Text: RSSI (V+=1.8V, LPF OUT=0.18V) 100 60 (Vi=40dBuEMF, fin=455kHz, fmod=600Hz, 4kHz , V , 1 9 LPF OUT LPF QUAD DET 2 3 4 5 6 GND DEC FSK REF QUAD IN AF OUT 7 LPF IN -1- NJM2590/97 (Ta=25) V , + 1.8 5.5 V (Ta=25,V+=1.8V, fin=455kHz, fmod=600Hz, fdev=± 4kHz , 50 - dB DR Vi=60dBEMF 40 50 60 % Ich FEK REF=GND LPF OUT O


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PDF NJM2590/97 NJM2590 NJM2597 455kHz NJM2590/97V 550uA 2560dBuVEMF( CDBCB455KCAY66-R0 455khz CDBCB455KCAY66 Mitsumi+IF+455Khz NJM2590 SSOP14
2003 - AM 455KHz

Abstract:
Text: RSSI (V+=1.8V, LPF OUT=0.18V) 100 60 (Vi=40dBuEMF, fin=455kHz, fmod=600Hz, 4kHz , V , OUT FSK OUT CHARGE LPF OUT 11 10 9 8 RSSI COMP FSK COMP CHARGE RSSI IF AMP LPF QUAD DET 1 3 4 5 6 7 IF IN Ver.2003-05-30 2 GND DEC FSK REF QUAD IN AF OUT LPF IN -1- NJM2590 (Ta , + 1.8 5.5 V (Ta=25,V+=1.8V, fin=455kHz, fmod=600Hz, fdev=± 4kHz


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PDF NJM2590 NJM2590 455kHz( NJM2590V 455kHz SSOP14 40dBuEMF, 455kHz, AM 455KHz CDBCB455KCAY66 CDBCB455KCAY66-R0 lpf 4khz NJM2590V SSOP14
2004 - murata 455KHz ceramic filter

Abstract:
Text: amplifier, quadrature detector, LPF amplifier, FSK comparator, RSSI, and RSSI comparator. It offers , RSSI COMP FSK CHARGE OUT 10 9 8 FSK COMP CHARGE RSSI IF AMP LPF QUAD DET 1 2 3 4 5 6 IF IN Ver.2004-08-25 LPF OUT GND DEC FSK REF QUAD IN AF OUT 7 LPF IN -1- NJM2590/97 ABSOLUTE MAXIMUM RATINGS PARAMETER (Ta , +=1.8V, fin=455kHz, fmod=600Hz, fdev=± 4kHz ) PARAMETER SYMBOL TEST CONDITIONS TYP. MAX. UNIT


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PDF NJM2590/97 455kHz NJM2590 NJM2597 NJM2590/97 NJM2590V/97V 550uA 455kHz NJN2590 murata 455KHz ceramic filter murata 455khz filter capacitor 10u CDBCB455KCAY66 Murata 455KHz discriminator CDBCB455KCAY66-R0 filter 455khz Murata 455KHz wave shaping circuit
2003 - NJM2590

Abstract:
Text: , quadrature detector, LPF amplifier, FSK comparator, RSSI, and RSSI comparator. It offers unmatched design , 12 RSSI OUT FSK OUT CHARGE LPF OUT 11 10 9 8 RSSI COMP FSK COMP CHARGE RSSI IF AMP LPF QUAD DET 1 3 4 5 6 7 IF IN Ver.2003-05-30 2 GND DEC FSK REF QUAD IN AF OUT LPF IN -1- NJM2590 ! ABSOLUTE MAXIMUM , ELECTRICAL CHARACTERISTICS (Ta=25°C, V+=1.8V, fin=455kHz, fmod=600Hz, fdev=± 4kHz ) PARAMETER SYMBOL


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PDF NJM2590 455kHz NJM2590 NJM2590V 550uA 455kHz SSOP14 40dBuEMF NJM2590V SSOP14
Not Available

Abstract:
Text: amplifier, quadrature detector, LPF amplifier, FSK comparator, RSSI, and RSSI comparator. It offers , RSSI COMP FSK CHARGE OUT 10 9 8 FSK COMP CHARGE RSSI IF AMP LPF QUAD DET 1 2 3 4 5 6 IF IN Ver.2004-08-25 LPF OUT GND DEC FSK REF QUAD IN AF OUT 7 LPF IN -1- NJM2590/97 ABSOLUTE MAXIMUM RATINGS PARAMETER (Ta=25° C , =25° V+=1.8V, fin=455kHz, fmod=600Hz, fdev=± 4kHz ) C, PARAMETER SYMBOL TEST CONDITIONS TYP


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PDF NJM2590/97 455kHz NJM2590 NJM2597 NJM2590/97 NJM2590V/97V 550uA 455kHz NJN2590
2002 - Not Available

Abstract:
Text: detector, LPF amplifier, FSK comparator, RSSI, and RSSI comparator. It offers unmatched design flexibility , RSSI OUT 11 FSK OUT 10 CHARGE 9 LPF OUT 8 FSK COMP RSSI COMP RSSI QUAD DET IF AMP LPF 1 IF IN 2 GND 3 DEC 4 FSK REF 5 QUAD IN 6 AF OUT 7 LPF IN New Japan Radio Co , =25°C,V+=1.8V, fi=455KHz,fmod=600Hz,fdev=± 4KHz ) PARAMETER SYMBOL Iccq Rin S/N1 S/N2 Vin(lim) V od AMR DR , OUT=GND V LPF OUT = 0.18V Vi=80dBu EMF V FSK OUT=V+ I FSK OUT =100uA V CARRIAR SENSE =V+ I CARRIER SENSE


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PDF NJM2590 455kHz NJM2590 NJM2590V 550uA 455kHz SSOP14 60dBuEMF
2003 - Not Available

Abstract:
Text: functions required to FM IF demodulator, that is, IF amplifier, quadrature detector, LPF amplifier, FSK , CARRIER SENSE SENSE LEVEL 13 12 RSSI OUT 11 FSK OUT 10 CHARGE 9 LPF OUT 8 RSSI COMP RSSI IF AMP FSK COMP CHARGE QUAD DET LPF 1 IF IN 2 GND 3 DEC 4 FSK REF 5 QUAD IN 6 AF OUT 7 LPF IN Ver.2003-05-20 -1- NJM2590 ABSOLUTE MAXIMUM RATINGS PARAMETER Supply Voltage , CHARACTERISTICS (Ta=25°C, V+=1.8V, fin=455kHz, fmod=600Hz, fdev=± 4kHz ) PARAMETER Current Consumption IF Amplifier


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PDF NJM2590 455kHz NJM2590 NJM2590V 550uA 455kHz SSOP14 40dBuEMF
2003 - filter 455khz

Abstract:
Text: , quadrature detector, LPF amplifier, FSK comparator, RSSI, and RSSI comparator. It offers unmatched design , 12 RSSI OUT FSK OUT CHARGE LPF OUT 11 10 9 8 RSSI COMP FSK COMP CHARGE RSSI IF AMP LPF QUAD DET 1 3 4 5 6 7 IF IN Ver.2003-03-18 2 GND DEC FSK REF QUAD IN AF OUT LPF IN -1- NJM2590 ! ABSOLUTE MAXIMUM , ELECTRICAL CHARACTERISTICS (Ta=25°C, V+=1.8V, fin=455KHz, fmod=600Hz, fdev=± 4KHz ) PARAMETER SYMBOL


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PDF NJM2590 455kHz NJM2590 NJM2590V 550uA 455kHz SSOP14 40dBuEMF filter 455khz IF FILTER 455KHZ capacitor 10u fIN45 murata 455KHz ceramic filter NJM2590V RC filter circuit SSOP14
6 a 10 mic

Abstract:
Text: 1 LPF Cut-offSW 0:11kHz,1: 4kHz 1 2 VREFSW 0:ON,1:OFF 0 3 MIC AMP POWER SW , :11kHz 1: 4kHz DMY 2 CHRG P SW 1 LPF C SW 0 3.3V 3.3V 3.3V 4 STAND-BY , f=22kHz/1kHz f=100kHz/1kHz 3.3V 3.3V 40020kHz LPF 5PINTHD=3%(5)10PIN f= 4kHz /1kHz , 1 1 1 1 1 1 1 1 1 0:11kHz 1: 4kHz * * 0 LPF C SW DMY 1 , () 3LPF(REC/PB,fc= 4kHz or 11kHz) SPEAKER AMP(BEEPMIX) VOLUME(SERIAL) LINE(SERIAL MUTE) STANDBY /Ta


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PDF LA74303FN LA74303FNDSC 11kHz) 20060710-S00001 A1181-1/18 DATA16EVRMUTEPOPJUMP A1181-17/18 LA74303FN 6 a 10 mic EVR16 10PIN 12PIN 15PIN A1181 EVR4 fc4k VQFN24
2008 - sanyo noise cancellation IC

Abstract:
Text: =22kHz/1kHz level ratio f= 4kHz /1kHz level ratio JIS-A FILTER used 400 to 20kHz LPF used 12&14 Pin 14 , 1 * * 0 0:11kHz 1: 4kHz DMY 1 LPF C SW 0 2 1 1 1 1 1 1 , 1 1 1 1 0:11kHz 1: 4kHz * * 0 LPF C SW DMY 0:ON 1:OFF CHRG P SW , ), ALC AMP · PB input method: Compatible with analog or digital () signal input · 3rd order LPF (compatible with REC/PB changeover, fc= 4kHz or 11kHz selectable) · SPEAKER AMP (compatible with BEEP input


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PDF ENA1181 LA74303FN LA74303FN 11kHz A1181-18/18 sanyo noise cancellation IC EVR16 6PB 002 21 6PB 002 21 01 6PB 002 VQFN24
10PIN

Abstract:
Text: DUMMY 0 1 LPF Cut-offSW 0:11kHz,1: 4kHz 1 2 VREFSW 0:ON,1:OFF 0 3 MIC , 3.3V 40020kHz LPF THD:5 40020kHz LPF 5PINTHD=3%(5)7PIN f=100kHz/1kHz f=22kHz/1kHz f= 4kHz , 1 1 1 1 1 1 1 1 1 1 1 * * 0 0:11kHz 1: 4kHz DMY 1 LPF , f=100kHz/1kHz 3.3V 24 f= 4kHz /1kHz 24 24 3.3V 3.3V 3.3V 40020kHz LPF THD , 1: 4kHz * * 0 LPF C SW DMY 1 1 1 1 1 1 1 1 1 1 1 1


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PDF LA74310LP LA74310LPDSCAVIC 11kHz) B8-9167 A0904-1/22 DATA16EVRMUTEPOPJUMP A0904-21/22 A0904-22/22 10PIN 24PIN 32PIN EVR16 LA74310LP VQLP40
2007 - EVR16

Abstract:
Text: () signal · 3rd order LPF (for REC/PB switching control, option of fc= 4kHz or 11kHz) · SPEAKER AMP (The , Default 0 DUMMY 1 LPF Cut-off frequency SW 0:11kHz, 1: 4kHz 1 0 2 VREF capacitor , 1: 4kHz DMY 1 LPF C SW 0 2 1 1 1 1 1 1 1 1 1 1 1 1 , 1 1 1 1 1 1 1 1 0:11kHz 1: 4kHz * * 0 LPF C SW DMY 0:ON 1 , coupling capacity · Low voltage drive (VCC=2.7V to 3.6V) · V sag does not occur · 6th order LPF (fc


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PDF ENA0904 LA74310LP LA74310LP A0904-22/22 EVR16 32PIN VQLP40
Not Available

Abstract:
Text: Default 0 DUMMY 1 LPF Cut-off frequency SW 0:11kHz, 1: 4kHz 0 1 2 VREF capacitor , 1 1 1 1 1 1 0:11kHz 1: 4kHz * * 0 LPF C SW DMY 1 1 1 1 , : Analog or digital for inputting (ΔΣ) signal • 3rd order LPF (for REC/PB switching control, option of fc= 4kHz or 11kHz) • SPEAKER AMP (The BEEP signal can be mixed.), with electronic VOLUME , =2.7V to 3.6V) • V sag does not occur • 6th order LPF (fc=9MHz) is built-in. • 0μA current


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PDF ENA0904 LA74310LP LA74310LP A0904-22/22
Not Available

Abstract:
Text: Default 0 DUMMY 1 LPF Cut-off frequency SW 0:11kHz, 1: 4kHz 0 1 2 VREF capacitor , SW MIC P SW ALC P SW LPF MODESW * * No. Symbol 1 5 6 0:11kHz 1: 4kHz , * * No. Symbol LPF MODESW 0:11kHz 1: 4kHz 0:ON 1:OFF 0:ON 1:OFF 0:ON 1:OFF (0,0):PB , : Analog or digital for inputting (∆Σ) signal • 3rd order LPF (for REC/PB switching control, option of fc= 4kHz or 11kHz) • SPEAKER AMP (The BEEP signal can be mixed.), with electronic VOLUME


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PDF ENA0904 LA74310LP LA74310LP A0904-22/22
2008 - B8916

Abstract:
Text: () signal · 3rd order LPF (for REC/PB switching control, option of fc= 4kHz or 11kHz) · SPEAKER AMP (The , Default 0 DUMMY 1 LPF Cut-off frequency SW 0:11kHz, 1: 4kHz 1 0 2 VREF capacitor , 1: 4kHz DMY 1 LPF C SW 0 2 1 1 1 1 1 1 1 1 1 1 1 1 , 1 1 1 1 1 1 1 1 0:11kHz 1: 4kHz * * 0 LPF C SW DMY 0:ON 1 , coupling capacity · Low voltage drive (VCC=2.7V to 3.6V) · V sag does not occur · 6th order LPF (fc


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PDF ENA0904 LA74310LP LA74310LP A0904-22/22 B8916 EVR16 32PIN HDR1 VQLP40
2008 - la74302

Abstract:
Text: changeover in three stages possible) · REC/PB LPF (fc= 4kHz : 3rd order) · LINE output (with SERIAL MUTE) · , =-36dBV, Comparison of f= 4kHz /1kHz REC output frequency characteristics 2 FEQR2 -4.5 ALC IN, VIN , characteristics 1 FEQP1 PB IN, VIN=-10dBV, Comparison of f= 4kHz /1kHz LINE output frequency , =1kHz 13 400 to 30kHz LPF used 400 to 30kHz LPF used THD: from 2nd to 5th harmonic ALM1 ALMD1 16 16 VIN=-28dBV f=1kHz 13 VIN=-28dBV f=1kHz 13 400 to 30kHz LPF used 400 to


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PDF ENA1180 LA74302FN LA74302FN A1180-12/12 la74302 6 a 10 mic fc4k IC WITH ALC mic detection
450C

Abstract:
Text: requirements Splitter parameter Range values Frequency range Splitter bandwith DC to 4KHz , relative to 1004Hz 300Hz 4KHz <±1.0 dB Insertion loss with five filters 1004Hz <2.0dB Attenuation relative to 1004Hz 300Hz 4KHz <4.6 dB Delay distortion 200Hz 4KHz <100 usec , measured voltage value of load without LPF in circuit. V2 = the measured voltage value of load with LPF in circuit. The test setup is shown in drawing below. : Remote POTS Splitter Line ZL LPF Phone


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PDF MF602F RDPS-MF033 RDPS-MF017 800mm 450C 850C CONNECTOR ZL 264 MF602F
2003 - Not Available

Abstract:
Text: I/O LSI for DSC. MIC AMP, ALC, LINE AMP, LPF , EVR, BTL monaural SP AMP to compose Analog signal I/O interface are incorporated into a single chip. Each mode (pass setting, ALC, LPF fc, EVR etc.) can be , ) Variable 0.8Vpp to 2.4Vpp ALC level. 2) 4-order LPF of each REC and PB (Built-in R and C) are incorporated into a single chip. →Cut-off frequency can be switched in 3 steps. (fc= 4kHz , 10kHz, 20kHz) 3 , Input conversion noise voltage ALC level LPF frequency characteristic1 frequency characteristic2


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PDF BH6410KN BH6410KN QFN28V 10kHz, 20kHz) 13step 44uipment
m6388

Abstract:
Text: Built-in OPT 512K bits 256K bits External Up to 16M bits 17 min ( 4kHz ) 10 m in (6.4kHz) 256 sec (16kHz , 8 sec ( 4kHz ) 5sec (6.4kHz) 2 sec (16kHz) 32 sec ( 4kHz ) 64 sec ( 4kHz ) 16 sec ( 4kHz ) 10 se c (6.4kHz) 20 se c (6.4kHz) 40 sec (6.4kHz) 4 se c (16kHz) 8 sec (16kHz) 16 sec (16kHz) 32 se c ( 4kHz ) 20 se c (6.4kHz) 8 se c (16kHz) 16 sec ( 4kHz ) 8 se c (8kHz) 4 se c (16kHz) 128 se c ( 4kHz ) 16 sec , - 128kHz ( LPF selected) 64 - 256kHz (DAC selected) 12-bit -24dB/oct 2.4 ~ 5.5V (DAC selected) 2.7 -


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PDF ASE-88, AR76-202 8-16kHz M6372 M6373 M6374 M6375 M6376 M6258 M6295 m6388 128KHZ AR76 128SE P/SEC/PTIC312
micro splitter

Abstract:
Text: <1.0dB Attenuation relative to 1004Hz 200Hz 4KHz <±1.0 dB Data sheet subject to change , 1004Hz <2.0dB Attenuation relative to 1004Hz 200Hz 4KHz <±1.0 dB Insertion loss with two added parallel filters 200Hz 4KHz <2.0dB Delay distortion 200Hz 4KHz <150 usec , value of load without LPF in circuit. V2 = the measured voltage value of load with LPF in circuit. The test setup is shown in drawing below. : Remote POTS Splitter ZL Line LPF Phone Test


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PDF MF601F RDPS-MF008 RDPS-MF008 07/03/2002hours MIL-STD-202 /95RH 96hrs 5-500Hz micro splitter MF601 MF601F signal Splitter schematic YCL Electronics
TA31145FN

Abstract:
Text: . J 11 LPF IN LPF input terminal. Bias is su resistor t terminal. pplied from pin 9 through external 12 LPF OUT LPF output terminal. This output is composed by operation amplifier. FSK REF , LPF OUT (pin 12) and of which waveform is shaped, is output as inverted signal. Connect a pull-up , terminal (pin 7) becomes the same potential as that of the LPF OUT terminal (pin 12) is shortened, and the , , V_Dev = ± 4kHz , fm = 600Hz_ CHARACTERISTIC SYMBOL TEST CIRCUIT TEST CONDITION MIN. TYP. MAX. UNIT


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PDF TA31145FN 31145FN 50MHz 1200bps 455kHz 60dB//VEMF SSOP20-P-225-0 325TYP TA31145FN 2SA1015GR 31145 FM IF Detector IC
TA31143

Abstract:
Text: controls RF attenuator • Built-in low pass filter ( LPF ) and waveform shaping circuit enable the , battery. r? LPF IN Input terminal for LPF . Bias is supplied from pin 6 through external resistor. c> LPF OUT Output terminal for LPF . This output is composed by operation amplifier. FSK REF , CIRCUIT 12 FSK OUT Output terminal for waveform shaping. FSK signal, which is input from LPF OUT (pin 8 , circuit, it is quick that voltage of FSK REF terminal becomes the same potential as that of LPF OUT (pin 8


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PDF TA31143 31143FN 1200bps consum120 455kHz 60dB//V 600Hz 60dB//VEMF SSOP16-P-225-0 REGL10 TA31143FN SSOP16
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