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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1220CS8#TR Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1209CS#TRPBF Linear Technology LT1209 - Quad 45MHz, 400V/µs Op Amps; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C
LT1220CS8#TRPBF Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1220CS8 Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1209CS#PBF Linear Technology LT1209 - Quad 45MHz, 400V/µs Op Amps; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C
LT1220CS8#PBF Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C

1st IF 45 MHz, 2nd IF 455 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
BB509

Abstract: Varicap bb112 elektor receiver ELEKTOR PE1GIC general coverage receiver sfr455j varicap bb509 ssb receiver elektor NE602 application note TCA440 12V Fixed-Voltage Regulator 7812
Text: 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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PDF 12-key BB509 Varicap bb112 elektor receiver ELEKTOR PE1GIC general coverage receiver sfr455j varicap bb509 ssb receiver elektor NE602 application note TCA440 12V Fixed-Voltage Regulator 7812
2001 - TOKO 7MC-8128Z

Abstract: RMC2A6597HM cf 455 2a6597 fm transmitter using op amp 455 XTAL murata 455 1st IF 45 MHz, 2nd IF 455 TOKO 7mc8128z 6 channel RF transmitter and Receiver circuit vhf
Text: 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


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PDF MC13135 MC13136 MC13135P MC13135DW MC13136DW MC13136 TOKO 7MC-8128Z RMC2A6597HM cf 455 2a6597 fm transmitter using op amp 455 XTAL murata 455 1st IF 45 MHz, 2nd IF 455 TOKO 7mc8128z 6 channel RF transmitter and Receiver circuit vhf
1998 - 1st IF 45 MHz, 2nd IF 455

Abstract: 455 XTAL murata filter 455 khz K 13 cdb455c34 SFE10,7mj DUAL CONVERSION NARROWBAND FM RECEIVERS MC13135 460 Khz Murata Filter 7MC-8128Z 455 khz resonator
Text: 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


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PDF MC13135 MC13136 MC13135/MC13136 MC13135 MC13136 MC13135/D 15JAN02 27DEC02 1st IF 45 MHz, 2nd IF 455 455 XTAL murata filter 455 khz K 13 cdb455c34 SFE10,7mj DUAL CONVERSION NARROWBAND FM RECEIVERS 460 Khz Murata Filter 7MC-8128Z 455 khz resonator
1998 - Motorola walkie talkie components

Abstract: murata filter cfu 455 b 1st IF 45 MHz, 2nd IF 455 MC14516 TOKO 7mc8128z cf 455 8128Z 7MC-8128Z TOKO CERAMIC FILTER 455 455 khz resonator
Text: 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


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PDF MC13135/D MC13135 MC13136 MC13135/MC13136 MC13135 MC13136 Motorola walkie talkie components murata filter cfu 455 b 1st IF 45 MHz, 2nd IF 455 MC14516 TOKO 7mc8128z cf 455 8128Z 7MC-8128Z TOKO CERAMIC FILTER 455 455 khz resonator
1996 - TOKO CERAMIC FILTER 455

Abstract: 455 XTAL DUAL CONVERSION NARROWBAND FM RECEIVERS cf 455 e 455 khz resonator MC13136DW murata filter 455 khz cdb455c34 455 murata SFE10.7MJ-a
Text: 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


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PDF MC13135/D MC13135 MC13136 MC13135/MC13136 MC13135 MC13136 MC13135/D* TOKO CERAMIC FILTER 455 455 XTAL DUAL CONVERSION NARROWBAND FM RECEIVERS cf 455 e 455 khz resonator MC13136DW murata filter 455 khz cdb455c34 455 murata SFE10.7MJ-a
2008 - ML145168

Abstract: SFE10.7MJ SFE107 murata filter cfu 455 b MC13135 455 XTAL cf 455 MC13135P 1st IF 45 MHz, 2nd IF 455 MC13135DW
Text: 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


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PDF ML13135 MC13135 ML13135 ML145168 SFE10.7MJ SFE107 murata filter cfu 455 b MC13135 455 XTAL cf 455 MC13135P 1st IF 45 MHz, 2nd IF 455 MC13135DW
2005 - ML145168

Abstract: murata filter cfu 455 H TOKO CERAMIC FILTER 455 cdb455c34 DUAL CONVERSION NARROWBAND FM RECEIVERS TOKO 7mc8128z toko 10k coil MC13135 Motorola walkie talkie components murata filter 455 khz
Text: 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


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PDF ML13135 MC13135 ML13135 ML145168 murata filter cfu 455 H TOKO CERAMIC FILTER 455 cdb455c34 DUAL CONVERSION NARROWBAND FM RECEIVERS TOKO 7mc8128z toko 10k coil MC13135 Motorola walkie talkie components murata filter 455 khz
1995 - Not Available

Abstract: No abstract text available
Text: 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 SO–24L 1st LO Base 1 19 2nd LO SO–24L TA = – 40° to +85°C , CONDITIONS Rating Pin Symbol Value Unit 4, 19 VCC 2.0 to 6.0 Vdc Maximum 1st IF


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PDF MC13135/D MC13135 MC13136 MC13135/MC13136 MC13135 MC13136 MC13135/D*
MC13135P

Abstract: No abstract text available
Text: VCC 2.0 to 6.0 Vdc Maximum 1st IF – 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 stand–alone VHF receiver or as the lower IF of


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PDF ML13135 MC13135 ML13135 MC13135P
mc3363

Abstract: Motorola AN980 SFE 10.7 MA SFE10.7MS2-A TOKO 455D TOKO 7MC-8128Z SFA10 Application Note AN980 motorola MC120XX AN980 Motorola VHF Narrowband
Text: 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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PDF MC3363/D MC3363 Motorola AN980 SFE 10.7 MA SFE10.7MS2-A TOKO 455D TOKO 7MC-8128Z SFA10 Application Note AN980 motorola MC120XX AN980 Motorola VHF Narrowband
1995 - 1st IF 45 MHz, 2nd IF 455

Abstract: diode varactor B110 MTD56 NCL354 audio compressor expander IC, 8 pin ceramic filter 450 kHz C4980 audio mixer chip VHF microphone 200 AMP 24 VDC power supply
Text: 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


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PDF NCL354 NCL354 1st IF 45 MHz, 2nd IF 455 diode varactor B110 MTD56 audio compressor expander IC, 8 pin ceramic filter 450 kHz C4980 audio mixer chip VHF microphone 200 AMP 24 VDC power supply
SFE10.7MS2-A

Abstract: murata crystal filter 10.7 cfw 455 murata MC120XX murata cfw murata filter 10.7 C 455 RF Mixer for 10.7 MHz murata filter cfw 455 C3363 ic level audio meter
Text: 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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PDF MC3363 175-A MC3363 SFE10.7MS2-A murata crystal filter 10.7 cfw 455 murata MC120XX murata cfw murata filter 10.7 C 455 RF Mixer for 10.7 MHz murata filter cfw 455 C3363 ic level audio meter
Not Available

Abstract: No abstract text available
Text: (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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PDF NCL354 0-1BQ-530 b5D112E
4558 opamp schematic

Abstract: 4558 opamp MC13135 oscillator circuit with op amp 4558 4558 preamp circuit 4558 preamp SFE10.7MJ RC 4558 op amp DUAL CONVERSION NARROWBAND FM RECEIVERS MC13135P
Text: 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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PDF MC13135/MC13136 MC13135 MC13136 MC13135 CDB455C34 SFE10 MC13136 4558 opamp schematic 4558 opamp oscillator circuit with op amp 4558 4558 preamp circuit 4558 preamp SFE10.7MJ RC 4558 op amp DUAL CONVERSION NARROWBAND FM RECEIVERS MC13135P
CFW455g

Abstract: cfw455e CFW455 cfw455f murata cfw455f CFW455D Murata SFr 450 filter SFH450G SFH455E SFZ 455
Text: 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


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PDF KB8528 60MHz KA8507B KA8512 KA3361C 455KHz 695MHz KB8527B CFW455g cfw455e CFW455 cfw455f murata cfw455f CFW455D Murata SFr 450 filter SFH450G SFH455E SFZ 455
murata filter cfu 455 H

Abstract: murata filter cfu 455 E DUAL CONVERSION NARROWBAND FM RECEIVERS murata filter cfu 455 b SFE10.7MJ murata filter cfu 455 murata filter 455 khz 7MC-8128Z toko MC13135DW CERAMIC FILTER 10,245
Text: Filter 455 kHz lie M Ohr 0.1 X" 1st LO -> Varicap 24 1. 23 X Vcc1 22 1 21 20 I 2nd LO , 1st LO Emitter [T H] 1st Mixer In 1 IstLOOut [T ID 1st Mixer In 2 VCC1 EE 20] 1st Mixer Out 2nd LO , ] VaricapC 23] VaricapA 22] 1st Mixer In 1 21] 1st Mixer In 2 20] 1st Mixer Out U VCC2 ]|] 2nd Mixer In  , CONDITIONS Rating Pin Symbol Value Unit Power Supply Voltage 4, 19 Vcc 2.0 to 6.0 Vdc Maximum 1st IF - f|F1 21 MHz Maximum 2nd IF - f|F2 3.0 MHz Ambient Temperature Range - ta - 40 to + 85 °C ELECTRICAL


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PDF MC13135/D MC13135/MC13136 MC13135 MC13136 murata filter cfu 455 H murata filter cfu 455 E DUAL CONVERSION NARROWBAND FM RECEIVERS murata filter cfu 455 b SFE10.7MJ murata filter cfu 455 murata filter 455 khz 7MC-8128Z toko MC13135DW CERAMIC FILTER 10,245
2010 - ic isl 887

Abstract: 2SC5508 NE3514 PG2179 SW SPDT NE3515S02 NESG2031M05 NE5510279A NE3517S03 NE3509M04
Text: 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


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PDF PA86x PG2158T5K PC3218T5Y NES1823M-45, NES1823M-180, NES1823M-240, NES1823S-45, NES1823S-90 R09CA0001JJ0100 PX10020JJ42V0PF ic isl 887 2SC5508 NE3514 PG2179 SW SPDT NE3515S02 NESG2031M05 NE5510279A NE3517S03 NE3509M04
1996 - ceramic filter 10.7

Abstract: 1st IF 45 MHz, 2nd IF 455 audio limiter ic MC3335 mc3335p MC13135 MC3335DW ceramic filter 455 kHz audio mixer ic
Text: 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


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PDF MC3335/D MC3335 MC3335 MC3335/D* ceramic filter 10.7 1st IF 45 MHz, 2nd IF 455 audio limiter ic mc3335p MC13135 MC3335DW ceramic filter 455 kHz audio mixer ic
1996 - TOKO 7mc8128z

Abstract: TOKO 7MC-8128Z SFE 10.7 MA Motorola AN980 SFE10.7MS2-A AN980 Motorola VHF Narrowband murata filter cfu 455 H murata crystal filter 10.7 AN980 Motorola murata SFE 10.7
Text: 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


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PDF MC3363/D MC3363 MC3363 TOKO 7mc8128z TOKO 7MC-8128Z SFE 10.7 MA Motorola AN980 SFE10.7MS2-A AN980 Motorola VHF Narrowband murata filter cfu 455 H murata crystal filter 10.7 AN980 Motorola murata SFE 10.7
1996 - TOKO 7mc8128z

Abstract: SFE 10.7 MA TOKO 7MC-8128Z Motorola AN980 AN980 Motorola VHF Narrowband Application Note AN980 motorola AN980 motorola mc3363 application note murata SFE 10.7 MC3363
Text: 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


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PDF MC3363/D MC3363 MC3363 MC3363/D* TOKO 7mc8128z SFE 10.7 MA TOKO 7MC-8128Z Motorola AN980 AN980 Motorola VHF Narrowband Application Note AN980 motorola AN980 motorola mc3363 application note murata SFE 10.7
SFE10.7MJ

Abstract: MC13136DW DUAL CONVERSION NARROWBAND FM RECEIVERS 3rd coil less overtone crystal oscillator MC13136P murata filter cfu 455 H third overtone component less crystal oscillator fm baby monitors TOKO crystal filter Toko coil 7mm
Text: 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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PDF MC13135 MC13136 MC13135/MC13136 MC13136 FX2577 SFE10 C13135 SFE10.7MJ MC13136DW DUAL CONVERSION NARROWBAND FM RECEIVERS 3rd coil less overtone crystal oscillator MC13136P murata filter cfu 455 H third overtone component less crystal oscillator fm baby monitors TOKO crystal filter Toko coil 7mm
1995 - mc3335p

Abstract: No abstract text available
Text: Ceramic Filter 455 kHz 19 1st Lo Tank 2nd Lo Base 3 18 3 10.245 MHz 0.41 µH 33 pF 20 1st Mixer Input 2nd Lo Emitter 2 120 pF 12 Detector Output Carrier Detect 10 11 , VCC 15 18 1st Lo Tank 1.0 + 2nd Mixer Output 4 Limiter 10 k 0.1 Data 8 13 , the second mixer, which further amplifies the signal and converts it to a 455 kHz IF signal. After , ) is treated as a common point for emitter–driven signals. The 455 kHz IF is typically filtered


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PDF MC3335/D MC3335 MC3335 MC3335/D* mc3335p
AN980 motorola MC3362

Abstract: Motorola AN980 motorola mc3362 AN980 motorola Application Note AN980 motorola MC3362 murata filter CFU 455X LBNJ SFA10,7 MURATA SFE10.7 MHZ
Text: . Pin Connections and Representative Block Diagram 1st Mixer Input |T 2nd LO Output [T 2nd LO Emlller jT 2nd LO Base |T 2nd Mixer Output [T VccCi Limiler Input JT Lirmiter (-¡r Decoupling LH. Limite , Input 23] Varicap Control IstLOTank 2?] 1st LO Tank 1st LO Output J9j 1st Mixer Output Tsj 2nd Mixer , and converts it to a 455 kHz IF signal. After external bandpass filtering, the low IF is fed into the , VCC 0.01 120 pF 10.245 MHz 50 pF r r Ceramic Filter —~ 455 kHz r^ Ohr 0.1 0.1 0.1 200 k


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PDF MC3362 MC13135 MC3362 AN980 motorola MC3362 Motorola AN980 motorola mc3362 AN980 motorola Application Note AN980 motorola murata filter CFU 455X LBNJ SFA10,7 MURATA SFE10.7 MHZ
am band receiver rf

Abstract: 1st IF 45 MHz, 2nd IF 455
Text: ricap Control 22] 1st LO Tank i T j l s t LO Tank ,5* 0.41 MH 2nd LO O utput [ jT 2nd LO Em itter [ 3] 2nd LO Base 2 n d M ixer Output [ IF 5 20 . MC3362 19 7 8 9 10 11 12 18 17 16 15 14 13 To P , 1.0 20] 1st LO Output VCC QT Lim ite r Input 19] 1st M ixer Output T j] 2nd M ixer Input , converts it to a 455 kHz IF signal. After external band pass filtering, the low IF is fed into the limiting , ixer input pin, the other input pin being connected to V ccThe 455 kHz IF is typically filtered using a


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PDF MC3362 MC3362 am band receiver rf 1st IF 45 MHz, 2nd IF 455
1996 - Application Note AN980 motorola

Abstract: Motorola AN980 AN980 motorola MC3362 murata sfe10.7ma AN980 motorola MC3362 toko 455khz if transformer muRata CFU455D MC3362P TOKO IF Transformer 10,7MHz
Text: Synthesized Receiver 1st Mixer Input 1 RF Input to 200 MHz 2nd LO Output 2 Figure 2. 1 2 , Carrier Detect Indicator 8 2nd Mixer Output 5 VCC 6 18 9 0.1 0.1 21 1st LO Tank 0.01 19 7 From PLL Phase Detector 22 1st LO Tank 2nd LO Base 4 0.01 10.245 MHz 23 Varicap Control 2nd LO Emitter 3 Input Match VCC 24 1st Mixer Input X Package SO , converts it to a 455 kHz IF signal. After external bandpass filtering, the low IF is fed into the


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PDF MC3362/D MC3362 MC3362 Application Note AN980 motorola Motorola AN980 AN980 motorola murata sfe10.7ma AN980 motorola MC3362 toko 455khz if transformer muRata CFU455D MC3362P TOKO IF Transformer 10,7MHz
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