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Part Manufacturer Description Datasheet Download Buy Part
LT3439EFE#PBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#TRPBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#TR Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LTC5540IUH#PBF Linear Technology LTC5540 - 600MHz to 1.3GHz High Dynamic Range Downconverting Mixer; Package: QFN; Pins: 20; Temperature Range: -40°C to 85°C
LTC5544IUF#PBF Linear Technology LTC5544 - 4GHz to 6GHz High Dynamic Range Downconverting Mixer; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C

coil 455 khz if transformer Datasheets Context Search

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TOKO IF COIL

Abstract: BKXN-K4636BJF toko 455khz if transformer 166NNF-10264AG 166NNF10264AG BKACS-K586HM toko 10k coil 614AG-0145GW LM1865 TOKO quad coil
Text: and NE/SA614A Low Power FM IF System F2 7P 5CCD 7MCS-8128Z or 614AG-0145GW 455 KHz Quad Coil 455 KHz Quad Coil NE/SA605 and NE/SA615 High Performance Low Power Mixer FM IF System 45 MHz , 7P MC120 7KMM 7MCS-8128Z E526HNA-100297 292CNS-T1046Z 455 KHz Quad Coil (replaces 10EZ , CRHF 7KMM A7NRES-T1370Y B1CRHF3.60 MF292BC-1349Z 450 KHz IF In place of ceramic r&TOKO , Transformer Local Oscillator Mixer Output IF Output Reference Oscillator MC13025 Electronic Tuned Radio


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PDF MC1330A MC120_ H288LSLS-14653 TH317LTOS-2919PGAF 603F-1011 H286LAIS-14709 LSLS-14653 A287ENKS-14654 SAA7199B TDA8501 TOKO IF COIL BKXN-K4636BJF toko 455khz if transformer 166NNF-10264AG 166NNF10264AG BKACS-K586HM toko 10k coil 614AG-0145GW LM1865 TOKO quad coil
TOKO 455khz if transformer

Abstract: toko 10.7 mhz transformer murata 455 khz if transformer 719vxa-a018ysu 614AG-0145GW toko 10k coil toko transformer IF 10.7 toko if coils 10.7 mhz 166NNF-10264AG TOKO transformer 455
Text: KHz Quad Goil 455 KHz Quad Coil NE/SA604A and NE/SA614A Low Power FM IF System NE/SA605 and NE , ) 300 nH (replaces 5CB) 0.80 |iH 455 KHz Quad Coil (replaces 10EZ) 140 nH (replaces Coilcraft) 3.3 nH , in place of ceramic MC13022 Advanced Medium Voltage AM Stereo Decoder 450 KHz IF in place of , Oscillator Mixer Output IF Output Reference Oscillator Antenna RF Input VCO 450 KHz IF , Standard 450 KHz IF , -T1046Z 614AN-9331Z A638AN-0158Z A638AN-0165Z 455 KHz tank (replaces 10tZ) 140 nH (replaces Coilcraft) 3.3 nH 330 (xH


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PDF H288LSLS-14653 TH317LTOS-2919PGAF 603F-1011 H286LA1S-14709 LSLS-14653 A287ENKS-14654 TH321LNP-3830 TH320LNO-3829 H315LNLS-2722TBD SAA7188 TOKO 455khz if transformer toko 10.7 mhz transformer murata 455 khz if transformer 719vxa-a018ysu 614AG-0145GW toko 10k coil toko transformer IF 10.7 toko if coils 10.7 mhz 166NNF-10264AG TOKO transformer 455
1995 - circuit diagram for simple IR robots

Abstract: LM1871 LM1872 455 khz if transformer pin diagram 7912 TRANSISTOR 7912 remote control toy car circuit diagram using ir TOKO 10 EZC TOKO 10K 7912 7912 TO-3
Text: VBIAS bypass C5 Motor decoupling C6 T1 455 kHz mixer transformer Toko 10 EZC type (RMC-202313 NO) Qu e 110 Pin 1­2 131T pin 2­3 33T Pin 1­3 164T pin 4­6 5T T2 455 kHz IF transformer Toko , 110 82T pin 2­3 82T 164T pin 4­6 30T T2 455 kHz Toko 10 Pin 1­2 Pin 1­3 IF transformer , 82T pin 2­3 82T 164T pin 4-6 30T T2 455 kHz Toko 10 Pin 1­2 Pin 1­3 IF transformer EZC , 455 kHz IF tanks) is constant over the time interval of interest Thus it is of no consequence to


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PDF LM1872 LM1871 circuit diagram for simple IR robots LM1871 LM1872 455 khz if transformer pin diagram 7912 TRANSISTOR 7912 remote control toy car circuit diagram using ir TOKO 10 EZC TOKO 10K 7912 7912 TO-3
MC1350P

Abstract: MC1350D MC1350 coil 455 khz if transformer MCi350 Motorola mc1330 MC1330
Text: i if Note 2 NOTES: 1. Primary: 120 nH (center-tapped) Qu = 140 at 455 kHz Primary: Secondary , = 4.5 MHz f = 45 MHz, BW = 4.5 MHz 1= 10.7 MHz, BW = 350 kHz f = 455 kHz , BW = 20 kHz Maximum , Ag22 AÒ22 iyi2i iy2i I 455 kHz 0.31 0.022 4.0 3.0 < < 1 .0 160 -5.0 -3.0 7.2 1.2 10.7 , DATA MC1350 3.2-5 MC1350 Figure 7. Power Gain and AGC Test Circuit ( 455 kHz and 10.7 MHz) Input Rs = 50fl L1 ^n rm . Component C1 C2 C3 C4 C5 C8 C7 L1 T1 Frequency 455 kHz 10.7


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PDF C1350 MC1350 MC1350P MC1350D coil 455 khz if transformer MCi350 Motorola mc1330 MC1330
toko 10.7 mhz transformer

Abstract: FM tuning capacitor K2318 Toko 10K variable coil toko transformer IF 10.7 CFU-090D TOKO 10.7 transformer A3765 toko transformer IF 455 khz LM1895
Text: 455 kHz , BW > 4.8 kHz MW Antenna Coil Dummy Antenna fo r FM FM AN TÉN N A INPUT T L /H /7 9 , . DC feedback is provided by the loopstick secondary winding. The mixer output 1« IF transformer at pin , à 70 1 = 10.7 MHz Part no. KAC K2318HM Toko CT = 180 pF Qu = 14 f = 455 kHz Part no. 159GC , Oscillator Coil T ' T L /H /7 9 0 8 -7 I CF1 o - 7 6 T ?" I L = 360 fiH f = 796 kHz Qu = , K2318HM Toko CT = 180 pF Ou = 14 f = 455 kHz Part no. 159GC-A3765 Toko CT = 60 pF Ou - 60 f « 10.7


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PDF LM1866 z-1650 LM1895/LM 998LH1 toko 10.7 mhz transformer FM tuning capacitor K2318 Toko 10K variable coil toko transformer IF 10.7 CFU-090D TOKO 10.7 transformer A3765 toko transformer IF 455 khz LM1895
MC1350P

Abstract: MC1330 IC Motorola mc1330 nf 931 MC1330 coil 455 khz if transformer 455 khz if transformer MC1350 hf power amplifiers 2-30 mhz nf 922
Text: , BW= 350 kHz See Figure 7 f = 455 kHz , BW = 20 kHz Ap 46 48 50 58 62 - dB Maximum Differential , Symbol 455 kHz 10.7 MHz 45 MHz 58 MHz Unit Single-Ended Input Admittance J 911 0.31 0.36 0.39 0.5 mmho , Test Circuit ( 455 kHz and 10.7 MHz) Input Component Frequency 455 kHz 10.7 MHz C1 _ 80-450 pF C2 , ® MOTOROLA. Monolithic IF Amplifier The MC1350 is ari integrated circuit featuring wide range AGC for use as an IF amplifier in radio "and TV over an operating temperature range of 0° to


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PDF MC1350 140at455kHl MC1350P MC1330 IC Motorola mc1330 nf 931 MC1330 coil 455 khz if transformer 455 khz if transformer hf power amplifiers 2-30 mhz nf 922
MC1350P

Abstract: 1350D i911 1350p MC1330 IC
Text: 10.7 M Hz, BW = 350 kHz S ee Figure 7 f = 455 kHz , BW = 20 kHz Maximum Differential Voltage Swing 0 dB , Gain and AGC Test Circuit ( 455 kHz and 10.7 MHz) Input RS = 50Q 0- s rm LI Component C1 C2 C3 C4 C5 C8 C7 L1 T1 Frequency 455 kHz 10.7 MHz _ _ 0.05 m F 0.05 nF 0.001 nF 0.05 pF 0.05 pF - , = 140 at 455 kHz Primary: Secondary turns ratio * 13 2. Primary: 6.0 pH Primary winding = 24 turns , (M) MOTOROLA -M onolithic IF A m plifier The MC1350 is an integrated circuit featuring


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PDF MC1350 C1350 1350P MC1350P 1350D i911 MC1330 IC
ULN3883A

Abstract: coil 455 khz if transformer 455 khz if transformer 8 pin ic 3883 DUAL CONVERSION NARROWBAND FM RECEIVERS 455 if transformer 455 mhz if transformer detector 10.7 mhz uln* radio
Text: tuned transformer networks. Although designed for use with a 10.7 MHz first IF and a 455 kHz second IF , signal to 455 kHz . The second IF filter consists of a tuned transformer matched to a ceramic filter with , 455 kHz is about 13 nV. DETECTOR (pins 17 and IS) The IF output is a 570 mVpp square wave in series , input of the IF amplifier. The detector coil is loaded with a 47 k£2 resistor to give a loaded Q of , impedance of approximately 400 D. Some of the 455 kHz signal appears at the output, and the circuit layout


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PDF ULN3883A coil 455 khz if transformer 455 khz if transformer 8 pin ic 3883 DUAL CONVERSION NARROWBAND FM RECEIVERS 455 if transformer 455 mhz if transformer detector 10.7 mhz uln* radio
ic 2412

Abstract: L194-5 PH50
Text: f = 45 MHz, BW = 4.5 MHz f = 10.7 MHz, BW = 350 kHz f at 455 kHz , BW = 20 kHz Maximum Differential , Figure 7. Power Gain and AGC Test Circuit ( 455 kHz and 10.7 MHz) Input Frequency 466 kHz 10.7 MHz - , 140 at 455 kHz Primary: Secondary turns ratio - 13 2. Prim ary: 6.0 nH Prim ary winding - 24 turns #36 , ML1350 MONOLITHIC IF AMPLIFIER The ML1350 is an integrated circuit featuring wide range AGC for use as an IF amplifier in radio and TV over an operating temperature range of 0°C to +75°C. · Power


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PDF ML1350 ML1350 ic 2412 L194-5 PH50
1996 - transistor C2310

Abstract: CFW455H
Text: strength) signal. If Pin 8 is grounded, a square wave of the 2nd IF (usually 450 of 455 kHz ) is present , IF or 10.245 MHz for 455 kHz IF with a 20 pF load capacitance. The oscillator signal to the second , is used, a lower cost CFU type of 455 kHz second IF filter can be used. If a ceramic filter is used , nominal operating voltage is 8.0 V. IF Amplifier Output and Detector Input The detector coil must be , ‰ˆ 0.028 mho. If a wide bandwidth IF is desired, the detector coil can be connected between Pins 15 and 16


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PDF MC13030/D MC13030 MC13030 MC13030/D* transistor C2310 CFW455H
1996 - cfw455ht

Abstract: CFW455H mps9426 transistor C2310 C2310 transistor BA243 equivalent J FET RF Cascode Input shortwave radio IC CFU455H2 CFW455
Text: 2nd IF (usually 450 of 455 kHz ) is present with very small input levels. This output could also be , should operate at 10.250 MHz for 450 kHz IF or 10.245 MHz for 455 kHz IF with a 20 pF load capacitance , of 455 kHz second IF filter can be used. If a ceramic filter is used, a CFW type filter should be , mixer, if the secondary is tuned, the tap can be adjusted for the impedance of the 455 kHz filter , Detector Input The detector coil must be connected between Pin 15 and 16. The IF amplifier output is a


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PDF MC13030/D MC13030 MC13030 MC13030/D* cfw455ht CFW455H mps9426 transistor C2310 C2310 transistor BA243 equivalent J FET RF Cascode Input shortwave radio IC CFU455H2 CFW455
ULN3883A

Abstract: No abstract text available
Text: networks. Although designed for use with a 10.7 MHz first IF and a 455 kHz second IF , the mixer operates , shown. The oscillator uses a 10.245 MHz crystal to convert the first IF signal to 455 kHz . The second IF filter consists of a tuned transformer matched to a ceramic filter with about a 15 kHz bandwidth , sensitivity at 455 kHz is about 13 |iV. DETECTOR (pins 17 and 18) The IF output is a 570 mVpp square wave , 400 ÍJ. Some of the 455 kHz signal appears at the output, and the circuit layout should separate


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PDF ULN3883A
LM1871 LM1872

Abstract: HIGH VOLTAGE ISOLATION DZ 2101 TOKO 10K VTS6089 VTS-6089 TOKO 10 EZC DZ 2101 b lm1871 EZC 100N LM1872N
Text: ) 6T; 0.4 jiH @ 49 MHz L1 could be made a fixed coil , if desired. 455 kHz mixer transformer Toko* 10 , made a fixed coil , if desired 455 kHz Toko 10 Pin 1-2 , Pin 1 -3 , mixer transformer EZC type (RMC , 455 kHz IF transformer Toko* 10 EZC type (RMC-402503 NO), Qu = 110 Pin 1 -2 , 98T; pin 2 -3 , 66T Pin , Curves) Pin 18toGND Pin 17 to Pin 15 (AGC Off) @ 455 kHz Pin 17toGND Pin 15 to GND (AGC Off) (AGC On) IF , pin 9. The IF frequency is not constrained to be 455 kHz . Opera tion is limited on the high end to


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PDF LM1872 LM1872 LM1871, TL/H/7912-27 TL/H/7912-28 TL/H/7912-29 LM1871 LM1872 HIGH VOLTAGE ISOLATION DZ 2101 TOKO 10K VTS6089 VTS-6089 TOKO 10 EZC DZ 2101 b lm1871 EZC 100N LM1872N
HIGH VOLTAGE ISOLATION DZ 2101

Abstract: HIGH VOLTAGE ISOLATION DZ 2101 PEAK DETECTOR CIRC DZ 2101 LM1871 lm1872 pf 2102 vts circuit diagram for simple IR robots HIGH VOLTAGE ISOLATION DP 2101 PEAK DETECTOR CIRC TOKO 10K 455 khz if transformer
Text: made a fixed coil , if desired - 455 kHz mixer transformer Toko 10 EZC type (RMC-502182), Ou = 110 Pin 1 -2 , 82T; pin 2 -3 , 82T Pin 1 - 3 , 164T; pin 4 -6 , SOT - 455 kHz IF transformer Toko 10 EZC , desired. 455 kHz mixer transformer Toko* 10 EZC type (RMC-202313 NO). Qu Pin 1 -2 , 131T; pin 2 -3 , 33T Pin 1 -3 , 164T; pin 4 -6 , 5T 455 kHz IF transformer Toko* 10 EZC type (RMC-402503 NO), Qu Pin 1 -2 , IF Output Impedance Pin 18 to GND Pin 17 to Pin 15 (AGC Off) 8 455 kHz Pin 17 to GND Pin 15 to GND


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PDF LM1872 LM1872 LM1871, TL/H/7912-27 HIGH VOLTAGE ISOLATION DZ 2101 HIGH VOLTAGE ISOLATION DZ 2101 PEAK DETECTOR CIRC DZ 2101 LM1871 pf 2102 vts circuit diagram for simple IR robots HIGH VOLTAGE ISOLATION DP 2101 PEAK DETECTOR CIRC TOKO 10K 455 khz if transformer
AC toroidal choke

Abstract: TM10160 TM-10160 EI40 transformer Chemi-Con DATE Coding FM2010 LBTM020100N6-V0E UPS EI60 NANOCRYSTALLINE TM1060
Text: on the circumference condition even if the coil is used in the specification ranges described above , wire is made of copper. @Never make the coil hit on a hard and/or sharp substance. If so, the coating , Classification Standard Specifications & Coil Series Guide CM Switching mode power supplies DC-DC , High frequency transformer Toroidal with gap Toroidal without gap Dust Package Common mode Accessories AMORPHOUS CHOKE COIL Characteristics General specification can be Pb-free. Contact NIPPON


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PDF E1008K AC toroidal choke TM10160 TM-10160 EI40 transformer Chemi-Con DATE Coding FM2010 LBTM020100N6-V0E UPS EI60 NANOCRYSTALLINE TM1060
sfu455b

Abstract: murata 455 khz if transformer sw1 osc coil SFU455 Intermediate frequency transformer 455 murata transformer IF 455 khz TAN-324 Transformer Multi Tap SFE10 PVC-22KT-L/22KT-LD1
Text: ~1640 kHz 3V Signal frequency range 87~109 MHz Intermediate frequency 10.7 MHz Sensitivity SW2 14dBmV EMF (S/N = 30dB) 2.1~7.15 MHz 455 kHz 6.5dBmV EMF (Vo = 10 mVrms) 1 , , increase the number of turns of antenna coil on the secondary transformer . · Padding capacitor The , , SW2, MW) 3 V Tuner TA2132BP 1. Outline FM TA2132BP FM AM IF DET F/E VOUT SW2 SW1 , ). If a bypass capacitor is not inserted, oscillation may occur at low input. Also be sure to


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PDF TAN-324 TA2132BP TA2132BP 14dBmV sfu455b murata 455 khz if transformer sw1 osc coil SFU455 Intermediate frequency transformer 455 murata transformer IF 455 khz TAN-324 Transformer Multi Tap SFE10 PVC-22KT-L/22KT-LD1
sfu455b

Abstract: Intermediate frequency transformer 455 Mitsumi variable capacitor pvc 22kt-l murata 455 khz if transformer SFU-455B Mitsumi PVC tuning capacitor sfu455b datasheet SFU455 sumida ift coil murata transformer IF 455 khz
Text: ) 455 kHz 34dBµV/m (Vo = 10 mVrms) 000707EBA1 · TOSHIBA is continually working to improve the , sensitivity is insufficient for MW, increase the number of turns of antenna coil on the secondary transformer , , SW2, MW) 3 V Tuner TA2132BP 1. Outline FM TA2132BP F/E FM AM IF DET VOUT SW2 SW1 , 520~1640 kHz 6.5dBµV EMF (Vo = 10 mVrms) 9dBµV EMF (Vo = 10 mVrms) Supply voltage Signal , 's GND pins (pins 5 and 8). If a bypass capacitor is not inserted, oscillation may occur at low input


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PDF TAN-324 TA2132BP TA2132BP sfu455b Intermediate frequency transformer 455 Mitsumi variable capacitor pvc 22kt-l murata 455 khz if transformer SFU-455B Mitsumi PVC tuning capacitor sfu455b datasheet SFU455 sumida ift coil murata transformer IF 455 khz
sfu455b

Abstract: sw1 osc coil Toko variable coil mf Intermediate frequency transformer 455 if transformer mitsumi 0258-000-020 varicon MITSUMI variable capacitors pvc mitsumi variable capacitor PVC fm variable capacitor SFU-455B
Text: ) 455 kHz 34dBmV/m (Vo = 10 mVrms) 000707EBA1 · TOSHIBA is continually working to improve the , sensitivity is insufficient for MW, increase the number of turns of antenna coil on the secondary transformer , , SW2, MW) 3 V Tuner TA2132BP 1. Outline FM TA2132BP F/E FM AM IF DET VOUT SW2 SW1 , 520~1640 kHz 6.5dBmV EMF (Vo = 10 mVrms) 9dBmV EMF (Vo = 10 mVrms) Supply voltage Signal , 's GND pins (pins 5 and 8). If a bypass capacitor is not inserted, oscillation may occur at low input


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PDF TAN-324 TA2132BP TA2132BP sfu455b sw1 osc coil Toko variable coil mf Intermediate frequency transformer 455 if transformer mitsumi 0258-000-020 varicon MITSUMI variable capacitors pvc mitsumi variable capacitor PVC fm variable capacitor SFU-455B
TM-10160

Abstract: TM10160 TM1060 CM60130GK LBTM005100NS-V00 xd405 CM06151G6 LBTM010500N7-V0 CM35500GK LPT211205N
Text: wire is made of copper. @Never make the coil hit on a hard and/or sharp substance. If so, the coating , even if the coil is used in the specification ranges described above. ?DIMENSIONS Side view D2 , . @Never make the coil hit on a hard and/or sharp substance. If so, the coating of the coils may be damaged , transformer FM Common mode Accessories AMORPHOUS CHOKE COIL Characteristics The current parts , Coil Series Guide CM Switching mode power supplies DC-DC converter Normal mode line filter


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PDF E1008E LNC462725G LNC462715G LNC372310G LNC251510G LNC221310G LNC191305G LNC211205G LNC150905G LNC130805G TM-10160 TM10160 TM1060 CM60130GK LBTM005100NS-V00 xd405 CM06151G6 LBTM010500N7-V0 CM35500GK LPT211205N
CFW455H

Abstract: CFW 455 HT wi fi antenna schematic RF coil MRI circuit RADIO RECEIVER IC shortwave receiver NEC car radio 4.5-Mhz Dual Conversion AM Receiver shortwave radio IC IS 1007
Text: ~{,~lc~tient. The crystal should operate at 10.250 MHz for 450 kHz IPw TQ~#45 MHz for 455 kHz IF with a , cost CFU type of ~~~*werformance. It is simply a Iowpass to bandpass 455 kHz second IF filter can be , ) Circuit Description 17 IF Input 17 The IF input impedance is 2,0 k to match most ceramic 455 , AM ~&~~,iw~th a be adjusted to match the filter. The recommended coil is 10.7 MHz first IF , the VCO , transformer is required at the eliminate or reduce the level of desired signals if there is a output of both


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PDF MC13030/D MC13030 1PHX33E6W CFW455H CFW 455 HT wi fi antenna schematic RF coil MRI circuit RADIO RECEIVER IC shortwave receiver NEC car radio 4.5-Mhz Dual Conversion AM Receiver shortwave radio IC IS 1007
ECG746

Abstract: IY21 ECG747 455 khz if transformer u922 ECG74 Arnold EM2030 922ab if transformer 455khz
Text: f - 455 kHz , 8« » 20 kHz 1 0 9 Ap 46 48 SO 58 62 ; Maximum Differential Voltage Swing OdB AGC , Values (V+ = 12 Vdc, TA = +25°C unless otherwise noted) Frequency Pavimeter Symbol 455 kHz 10.7 , pF l>2 3 EO pF 3- 35 pF Figure 6 - Power Gain and AGC Test Circuit ( 455 kHz and 10,7 MHz) Input Note 1. Primary: 120 jiH (center-tapped) Ou- 140 at 455 kHz Primary: Secondary turns ratlo*13 Note 2 , Frequency 455 kHz 10.7 MHi Cl - 80-450 pF C2 — 5.0-80 pF C3 0.05 MF 0.001 h? C4 0.05 MF 0.05(i F


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PDF ECG74Ã ECG749 12-Volt ECG746 IY21 ECG747 455 khz if transformer u922 ECG74 Arnold EM2030 922ab if transformer 455khz
KA22427C

Abstract: FM radio ic 16 pin KA22427 ic ka22427c power suply regulator coil 455 khz if transformer FM radio CIRcuit DIAGRAM FM IF Detector IC radio output transformer 455 khz filter
Text: transformer (approximately 42mA). > IF AMP gain is determined by DC voltage appeared at IC Pin 16. > Power output: P0 =0.28W (Min.) at THD =10% (V Cc = 5.5V/8ÌÌ). BLOCK DIAGRAM AFC AM IF Hp AM/FM IF AQC AM , 4-6 52 390 pF T3 455 KHz 100 1-2 2-3 4-6 127 28 10 180 pF T4 10.7 MHz 45(Min) 1-3 11 82 pF T5 10.7 MHz 25(Min) 1-3 4-6 77 180 pF T6 455 KHz 100 1-2 2-3 50 50 390 pF L6 796KHZ 100 1-3 4-6 100 10 , for the portable AM/FM radio or AM/FM clock radios. 16-DIP-300A •AM Local OSC • AM/FM IF AMP â


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PDF KA22427C KA22427C 16-DIP-300A 16-DIP-300A 796KHZ FM radio ic 16 pin KA22427 ic ka22427c power suply regulator coil 455 khz if transformer FM radio CIRcuit DIAGRAM FM IF Detector IC radio output transformer 455 khz filter
1998 - fm receiver using ift coil

Abstract: Mitsumi IF transformer TOKO 10.7 transformer pfwe8 AM/FM variable capacitor mitsumi ift coil Mitsumi fm IFT AM/FM tuning capacitor varicon capacitor variable toko AM coil ift
Text: 7 VOSC AM section Vi1 = 60 dBmV, fi1 = 1.6 MHz, fm = 1 kHz , m = 30%, fiIF = 455 kHz , AF measuring , 2 24 25 26 27 A Vmute 1 23 B 28 455 kHz CF1 U2510B 15 B A , transformer T2 is recommended. To minimize feedback effects in the RF/ IF part in FM mode, the capacitor C6 , 11 10 9 8 7 6 5 4 3 2 1 23 24 25 26 27 28 455 kHz , 23 24 25 26 27 Mute Adj. 28 455 kHz CF1 U2510B AM IFT 15 16 T3


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PDF U2510B U2510B D-74025 06-Apr-98 fm receiver using ift coil Mitsumi IF transformer TOKO 10.7 transformer pfwe8 AM/FM variable capacitor mitsumi ift coil Mitsumi fm IFT AM/FM tuning capacitor varicon capacitor variable toko AM coil ift
1999 - pfwe8

Abstract: fm receiver using ift coil fm receiver ift coil FM chip antenna AUDIO AMPLIFIER CIRCUIT DIAGRAM 10000 soshin bpf varicon capacitor variable FM receiver CIRCUIT DIAGRAM without ic m30040 U2510
Text: Pin 7 VOSC AM section Vi1 = 60 dBmV, fi1 = 1.6 MHz, fm = 1 kHz , m = 30%, fiIF = 455 kHz , AF measuring , 4.7 µF 22 nF B A Vmute C20 22 nF AM IFT T1 455 kHz CF1 14 13 12 11 10 9 8 7 6 5 4 3 U2510B , transformer 's Q and its turns ratio. For the LO transformer type described in the " Coil Data Table", a , P1 50 k 4.7 µF 22 nF C8 4.7 µF AM IFT T1 455 kHz CF1 14 13 12 11 10 9 8 7 6 5 4 3 C24 18 pF 2 1 , 5.6 pF C8 4.7 µF 5 4 3 C24 18 pF 2 (R3) 68 nF 1 Mute Adj. 4.7 µF 22 nF C20 22 pF AM IFT T1 455 kHz


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PDF U2510B U2510B D-74025 21-Jun-99 pfwe8 fm receiver using ift coil fm receiver ift coil FM chip antenna AUDIO AMPLIFIER CIRCUIT DIAGRAM 10000 soshin bpf varicon capacitor variable FM receiver CIRCUIT DIAGRAM without ic m30040 U2510
2004 - U2510B

Abstract: mitsumi Varicon pfwe8 fm receiver toko fm receiver using ift coil fm radio u2510b varicon capacitor variable HD22124 AM/FM Toko toko HD22124 AM antenna bar
Text: k 7 AM Section Vi1 = 60 dBµV, fi1 = 1.6 MHz, fm = 1 kHz , m = 30%, fiIF = 455 kHz , AF , 27 A V mute 1 23 B 28 455 kHz CF1 U2510B 15 16 17 19 18 CF2 , . For the LO transformer type described in the Table " Coil Data and Components" on page 17, a resistor , 3 2 1 23 24 25 26 27 28 455 kHz CF1 U2510B 15 16 17 18 , integrated bipolar one-chip AM/FM radio circuit. It contains an FM front-end with preamplifier, FM IF and


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PDF U2510B mitsumi Varicon pfwe8 fm receiver toko fm receiver using ift coil fm radio u2510b varicon capacitor variable HD22124 AM/FM Toko toko HD22124 AM antenna bar
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