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AMC1203BDW Texas Instruments 1-Bit, 10MHz, 2nd-Order, Isolated Delta-Sigma Modulator 16-SOIC -40 to 105 visit Texas Instruments Buy
AMC1203BDUB Texas Instruments 1-Bit, 10MHz, 2nd-Order, Isolated Delta-Sigma Modulator 8-SOP -40 to 105 visit Texas Instruments Buy
AMC1203DW Texas Instruments 1-Bit, 10MHz, 2nd-Order, Isolated Delta-Sigma Modulator 16-SOIC -40 to 105 visit Texas Instruments Buy
AMC1203BDWR Texas Instruments 1-Bit, 10MHz, 2nd-Order, Isolated Delta-Sigma Modulator 16-SOIC -40 to 105 visit Texas Instruments
AMC1203DUB Texas Instruments 1-Bit, 10MHz, 2nd-Order, Isolated Delta-Sigma Modulator 8-SOP -40 to 105 visit Texas Instruments Buy
AMC1203DWR Texas Instruments 1-Bit, 10MHz, 2nd-Order, Isolated Delta-Sigma Modulator 16-SOIC -40 to 105 visit Texas Instruments

1st IF 45 MHz, 2nd IF 455

Catalog Datasheet MFG & Type PDF Document Tags

BB509

Abstract: Varicap bb112 Specifications Double conversion superheterodyne receiver, 1st IF 45 MHz, 2nd IF 455 kHz Microprocessor , (44.545­0.455). The first IF signal (45 MHz) is heterodyned down to 455 kHz by means of the second mixer and , DEM. 455 kHz PRESELECTOR MIXER 1 IF 1 IF 2 45 MHz 455 kHz 12 kHz AM DEM , . The use of a `high' first IF (45 MHz) guarantees a minimum of in-band generated spurious products , stages (45 MHz and 455 kHz) is controlled by an AGC circuit (automatic gain control). Because the AGC
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TOKO 7MC-8128Z

Abstract: RMC2A6597HM Supply Voltage Maximum 1st IF Maximum 2nd IF Ambient Temperature Range Pin 4, 19 ­ ­ ­ Symbol VCC fIF1 , LO Emitter 1st LO Out VCC1 2nd LO Emitter 2nd LO Base 2nd Mixer Out VEE Limiter In 2 3 4 5 6 7 , Mixer In 2 1st Mixer Out VCC2 2nd Mixer In Audio Out Op Amp Out Op Amp In ­ Op Amp In + Quad Coil 1st LO Base 1st LO Emitter 1st LO Out VCC1 2nd LO Emitter 1 2 3 4 5 24 Varicap C 23 Varicap A VCC1 22 21 VCC1 22 1st Mixer In 1 21 1st Mixer In 2 2nd LO VCC2 20 19 18 2nd LO
Motorola
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1st IF 45 MHz, 2nd IF 455

Abstract: 455 XTAL MC13136DW PIN CONNECTIONS MC13135 1st LO 1st LO Base 1 1st LO Emitter 3 VCC1 2nd LO Emitter 5 2nd LO Base VEE 8 Limiter In 9 1st LO Emitter 1st Mixer In 1 1st LO Out 3 1st Mixer In 2 VCC1 4 20 1st Mixer Out 2nd LO Emitter 5 VCC2 2nd Mixer In , Mixer In 1 VCC1 21 1st Mixer In 2 20 1st Mixer Out 2nd LO VCC2 2nd LO Base 6 2nd Mixer , CONDITIONS Rating Pin Symbol Value Unit 4, 19 VCC 2.0 to 6.0 Vdc Maximum 1st IF
Motorola
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1st IF 45 MHz, 2nd IF 455 455 XTAL murata filter 455 khz K 13 SFE10,7mj cdb455c34 7MC-8128Z MC13136 MC13135/MC13136 MC13135/D 15JAN02 27DEC02

Motorola walkie talkie components

Abstract: murata filter cfu 455 b Maximum 1st IF ­ fIF1 21 MHz Maximum 2nd IF ­ fIF2 3.0 MHz Ambient , MC13136DW PIN CONNECTIONS MC13135 1st LO 1st LO Base 1 1st LO Emitter 3 VCC1 5 2nd LO , 1st Mixer In 2 VCC1 4 20 1st Mixer Out 2nd LO Emitter 5 VCC2 2nd Mixer In AF , Mixer In 7 VEE 24 Varicap C 23 Varicap A 2 18 2nd LO SO­24L 1st LO Base 1 19 , 4 2nd LO Emitter 24 2 1st LO Out TA = ­ 40° to +85°C 1st LO Varicap Package
Motorola
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Motorola walkie talkie components murata filter cfu 455 b MC14516 TOKO 7mc8128z 2A6597Hm ceramic filter 455 kHz

TOKO CERAMIC FILTER 455

Abstract: 455 XTAL VCC 2.0 to 6.0 Vdc Maximum 1st IF ­ fIF1 21 MHz Maximum 2nd IF ­ fIF2 , 1st LO Emitter 3 VCC1 5 2nd LO Base 8 Limiter In 9 VCC2 1st Mixer In 1 1st LO Out 3 1st Mixer In 2 VCC1 4 1st Mixer Out 2nd LO Emitter 5 VCC2 2nd , 20 1st Mixer Out 2nd LO VCC2 2nd LO Base 6 2nd Mixer Out 8 Limiter In 9 AF 17 , 19 VCC2 18 2nd Mixer In 7 VEE 24 Varicap C 23 Varicap A 2 18 2nd LO 1st LO
Motorola
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TOKO CERAMIC FILTER 455 DUAL CONVERSION NARROWBAND FM RECEIVERS cf 455 e 455 khz resonator murata filter 455 khz 455 murata

ML145168

Abstract: SFE10.7MJ Amp In + RSSI 12 13 Quad Coil 1st LO Emitter 2 1st LO Out 3 VCC1 4 2nd , Rating Pin Symbol Value Unit 4, 19 VCC 2.0 to 6.0 Vdc Maximum 1st IF ­ fIF1 21 MHz Maximum 2nd IF ­ fIF2 3.0 MHz Ambient Temperature Range ­ TA , 300 mVrms 1st Mixer Conversion Gain ­ 12 ­ dB 2nd Mixer Conversion Gain VRF = , CAPACITANCE (pF) VCC, SUPPLY VOLTAGE (V) 47.0 0.61 µH 46.5 46.0 500 p 45.5 27 p 1 1st
Lansdale Semiconductor
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ML13135 ML145168 SFE10.7MJ SFE107 cf 455 MC13135P MPS5179

ML145168

Abstract: murata filter cfu 455 H Rating Pin Symbol Value Unit 4, 19 VCC 2.0 to 6.0 Vdc Maximum 1st IF ­ fIF1 21 MHz Maximum 2nd IF ­ fIF2 3.0 MHz Ambient Temperature Range ­ TA , 300 mVrms 1st Mixer Conversion Gain ­ 12 ­ dB 2nd Mixer Conversion Gain VRF = , p 10.245 MHz Xtal 2nd LO VCC2 6 19 7 0.1 8 Ceramic Filter 455 kHz 9 , first and second mixer and LO, high gain limiting IF, and RSSI. The ML13135 is designed for use with an
Lansdale Semiconductor
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ML13135LP MC13135DW ML13135-6P murata filter cfu 455 H toko 10k coil walkie talkie circuit SFE10.7MJ-a Toko 10mm 751E
Abstract: VCC1 1st Mixer Out VCC2 2nd Mixer In 9 17 Audio Out 16 Op Amp Out 2nd LO Emitter 5 22 1st Mixer In 1 VCC1 21 1st Mixer In 2 20 1st Mixer Out 2nd LO VCC2 2nd LO , Varicap C 23 Varicap A 4 AF 8 Varicap 2 18 2nd Mixer Out 7 1st LO Emitter 20 VCC2 Plastic DIP SOâ'"24L 1st LO Base 1 19 2nd LO SOâ'"24L TA = â'" 40° to +85°C , CONDITIONS Rating Pin Symbol Value Unit 4, 19 VCC 2.0 to 6.0 Vdc Maximum 1st IF Motorola
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Abstract: VCC 2.0 to 6.0 Vdc Maximum 1st IF â'" fIF1 21 MHz Maximum 2nd IF â , 1st LO Out 3 VCC1 4 2nd LO Emitter 5 2nd LO Base 6 2nd Mixer Out 7 VEE , Xtal 2nd LO VCC2 6 19 7 0.1 8 Ceramic Filter 455 kHz 9 AF Demod 10 , first and second mixer and LO, high gain limiting IF, and RSSI. The ML13135 is designed for use with an , as a data comparator. This device can be used as a standâ'"alone VHF receiver or as the lower IF of Lansdale Semiconductor
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mc3363

Abstract: SFE 10.7 MA Diagram 1st Mixer Input | T Base M] 1st Mixer Input Ü ] Varicap Control 1 ] 1st LO Tank JH 1st LO Tank 3 1st LO Output 1st Mixer Output \T Emitter [ T Collector | T llwtfÉilìiwil 2nd LO Emitter [X 2nd LO Base [ T 2nd Mixer Output IX Ml H ] 2nd Mixer Input VCC U Limiter Input [ T Limiter Decoupling Qo Limiter Decoupling 01 Meter Drive (RSSI) Q I Carrier Detect HI 2nd Mixer Input Ml , and converts it to a 455 kHz IF signal. After external bandpass filtering, the low IF is fed into the
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mc3363 SFE 10.7 MA Motorola AN980 SFE10.7MS2-A Application Note AN980 motorola TOKO 455D MC3363/D MC3363 MC3363DW SO-28L SO--28L

1st IF 45 MHz, 2nd IF 455

Abstract: diode varactor B110 Fif1 Fif2 30 b 30 a 25 a 80 C 49 80 MHz Maximum 1st IF 10 7 23 MHz Maximum 2nd IF 0 455 3 MHz 3 3 RECEIVER CHARACTERISTICS (1st and 2nd IF Mixers Limiter RSSI , Synthesizer 2 0 Receiver System Characteristics (1st and 2nd IF Mixers Limiter RSSI and PLL) TA e 25 C RF , Zout2nd 2nd Mixer Output Impedance fO e 455 kHz 15 kX GMC2 2nd Mixer Conversion Voltage , (1st Amp) fO e 4 kHz Vinmax Maximum Input Voltage Swing (2nd Amp) fO e 4 kHz Vomax
National Semiconductor
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NCL354 diode varactor B110 audio mixer chip 6 Channel audio Mixer DIAGRAM audio compressor expander IC 8 pin ceramic filter 450 kHz 200 AMP 24 VDC power supply

SFE10.7MS2-A

Abstract: murata crystal filter 10.7 and Representative Block Diagram 1st Mixer Input Base ( T Emitter | T Collector | T 2nd LO Emitter 2nd L 0 Base ] T 2nd Mixer Output L i !&] 1st Mixer Input 1 0 Varicap Control 26 ] IstL O T a n k IstL O T a n k 25 ] E I 1st LO Output 23 ] 22 I 1st Mixer Output 2nd Mixer Input V c c GE , (Parallel - Cp) 1st Mixer Conversion Voltage Gain (Avc-j, Open Circuit) 2nd Mixer Conversion Voltage Gain , converts it to a 455 kHz IF signal. After external bandpass filtering, the low IF is fed into the limiting
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C3363 murata crystal filter 10.7 cfw 455 murata murata cfw MC120XX RF Mixer for 10.7 MHz murata filter cfw 455 CFU455X SFA10 SFE10 C8128Z
Abstract: (Handset) Ambient Operating Temperature Range RF Input Frequency Maximum 1st IF Maximum 2nd IF Min 3.0 , + 80 80 23 3 Fif1 Fi(2 3.3 RECEIVER CHARACTERISTICS (1st and 2nd IF Mixers, Umiter, RSSI, and , Output Voltage Swing (1st Amp) Maximum Input Voltage Swing (2nd Amp) Maximum Output Voltage Swing (2nd , 24 3 4 5 2 52 C0xt = 2.2 /iF 51 53 54 1 56 55 Active Hi, CMOS Levs CMOS Levs CMOS Levs CMOS Levs CMOS , RSSI L02IN L020UT RXPD CMOS Levs Cext = 1 JiF Cext = 0.4 jiF Cext = 0.1 |*F Note Pin # 45 41 40 39 42 -
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0-1BQ-530 5D112E

4558 opamp schematic

Abstract: 4558 opamp E 1st LO Emitter [jf IstLOOut GE veci E 2nd LO Emitter DE 2nd LO Base DE 2nd Mixer Out DE veeE , In 2 1st Mixer Out IH VCC2 50 2nd Mixer In m Audio Out II] Op Amp Out 13 Op Amp In-ïil Op Amp In + ill Quad Coil 1st LO Base [T 1 st LO"Emitler ¡T IstLOOut ¡T Vcc1 GE 2nd LO Emitter |T _ 2nd LO , ] Varicap A 22} 1st Mixer In 1 ID 1st Mixer In 2 ! 1st Mixer Out B Vcc2 Tb] 2nd Mixer In 2J Audio Out H , Rating Pin Symbol Value Unit Vdc Power Supply Voltage 4, 19 Vcc 2.0 to 6.0 Maximum 1st IF flFI 21
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4558 opamp schematic 4558 opamp oscillator circuit with op amp 4558 4558 preamp circuit 4558 preamp RC 4558 op amp RMC-2A6597HM

CFW455g

Abstract: cfw455e 1CHIP SUBSYSTEM IC 1st MIXER RF AMP KA8507B KA8512 KA3361C FM RECEIVER 2nd MIXER IF , Pass Filter ). The 2nd mixer outputs the 2'nd intermediate frequency ( 455 kHz), the difference between the IF AMP output signal and a local oscillator ( 2nd Local OSC = 10.24 MHz ). This signal is , amplified at the IF AMP. It is also filtered at an external Filter, and is input into the 2'nd mix. At the 2nd mix block, the 2nd intermediate frequency ( 455 MHz ), the difference between the input signal
Samsung Electronics
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KS8805B CFW455g cfw455e CFW455 cfw455f murata cfw455f CFW455D KB8528 455KH 695MH KB8527B KS58015 KA8603

ic isl 887

Abstract: 2SC5508 µPG2010TB µPC8112TB SUB ANT LNA BPF 1st SAW 455 kHz 2nd BPF SW MAIN ANT DEMOD , ANT LNA BPF 1st SAW 455 kHz 2nd BPF DEMOD. SW MAIN ANT 2SC5015 2SC5185 2SC5369 RSSI RSSI PLL1 PLL2 SW SW 2nd LO 1st LO EXT I 0° (CR) PA BPF AGC , 248.45 MHz 1st 10.8 MHz 2nd BPF SAW DEMOD. ATT MAIN ANT 1651.2~1674.0 MHz or 1646.7~1669.5 MHz µPG2015TB µPG2030TK µPG2406T6R 1st LO 2nd LO SW SW RSSI µPC8112TB
Renesas Electronics
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2SC5508 NESG2031M05 ic isl 887 NE3514 SW SPDT NE3515S02 PG2179 NE662M04 NESG2031M16 NE55410GR NEM090303M-28

1st IF 45 MHz, 2nd IF 455

Abstract: ceramic filter 10.7 MHz VCC 17 1st Mixer Output VCC 5 16 2nd Mixer Input Limiter Input 6 Ceramic Filter 455 kHz 7 1.0 + 16 5 VCC 6 0.1 19 1st Lo Tank 2nd Lo Base 3 2nd Mixer Output 4 18 3 10.245 MHz 0.41 µH 33 pF 20 1st Mixer Input 2nd Lo Emitter 2 1 Limiter , amplifies the signal and converts it to a 455 kHz IF signal. After external bandpass filtering, the low IF , emitter­driven signals. The 455 kHz IF is typically filtered using a ceramic bandpass filter, then fed into the
Motorola
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MC3335 ceramic filter 10.7 audio limiter ic mc3335p audio mixer ic MC3335DW MC3335/D

TOKO 7MC-8128Z

Abstract: SFE 10.7 MA LO Tank 2nd LO Emitter 5 24 1st LO Output 2nd LO Base 6 23 1st Mixer Output , pF 1st Mixer Conversion Voltage Gain (Avc1, Open Circuit) ­ 18 ­ dB 2nd Mixer , externally and fed into the second mixer, which further amplifies the signal and converts it to a 455 kHz IF , into the second mixer input Pin 21, the other input Pin 22 being connected to VCC. The 455 kHz IF is , SO­28L Figure 1. Pin Connections and Representative Block Diagram 1 28 1st Mixer Input
Motorola
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TOKO 7MC-8128Z AN980 Motorola VHF Narrowband murata SFE 10.7 AN980 Motorola mc3363 application note sfe 10.7

TOKO 7mc8128z

Abstract: SFE 10.7 MA LO Tank 2nd LO Emitter 5 24 1st LO Output 2nd LO Base 6 23 1st Mixer Output , pF 1st Mixer Conversion Voltage Gain (Avc1, Open Circuit) ­ 18 ­ dB 2nd Mixer , externally and fed into the second mixer, which further amplifies the signal and converts it to a 455 kHz IF , into the second mixer input Pin 21, the other input Pin 22 being connected to VCC. The 455 kHz IF is , SO­28L Figure 1. Pin Connections and Representative Block Diagram 1 28 1st Mixer Input
Motorola
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12-345-K AN980 MC3363 DATASHEET murata filter SFE 10.7 MC3359

SFE10.7MJ

Abstract: DUAL CONVERSION NARROWBAND FM RECEIVERS CONDITIONS Rating Power Supply Voltage Maximum 1st IF Maximum 2nd IF Ambient Temperature Range Pin 4, 19 , LO Emitter 1st LOOut Vcc' [T 2nd LO Emitter 2nd LO Base 2nd Mixer Out VEE Limiter In Decouple 1 , MC13136 Limiter Output Level (Pin 14, MC13136) 1st Mixer Conversion Gan 2nd Mixer Conversion Gain First LO , first and second mixer and LO, high gain limiting IF, and RSSI. The MC13135 is designed for use with an , as stand-alone VHF receivers or as the lower IF of a triple conversion system. Applications include
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MC13136P 3rd coil less overtone crystal oscillator fm baby monitors TOKO 455KHz filter third overtone component less crystal oscillator TOKO crystal filter FX2577 C13135 C13136
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