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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#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#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
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
LTC5541IUH#TRPBF Linear Technology LTC5541 - 1.3GHz to 2.3GHz High Dynamic Range Downconverting Mixer; Package: QFN; Pins: 20; Temperature Range: -40°C to 85°C
LT5558EUF#TRBPF Linear Technology IC TELECOM, CELLULAR, RF AND BASEBAND CIRCUIT, PQCC16, 4 X 4 MM, LEAD FREE, PLASTIC, MO-220WGGC, QFN-16, Cellular Telephone Circuit

455 khz if transformer Datasheets Context Search

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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: 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 , 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 , 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
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 , 455 kHz IF transformer Toko* 10 EZC type (RMC-402503 NO), Qu = 110 Pin 1 -2 , 98T; pin 2 -3 , 66T Pin , made a fixed coil, if desired 455 kHz Toko 10 Pin 1-2 , Pin 1 -3 , mixer transformer EZC type (RMC , 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
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
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 , 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 , ) 300 nH (replaces 5CB) 0.80 |iH 455 KHz Quad Coil (replaces 10EZ) 140 nH (replaces Coilcraft) 3.3 nH , -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
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 , 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 , 19ANS-19035RS A7NRES-11148N or A7NRES-T1532N Antenna RF Input VCO 450 KHz IF , Standard 450 KHz IF , High


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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
1997 - 40 MHZ OSCILLATOR

Abstract: overtone butler oscillator TOKO CERAMIC FILTER 455 CFU455 MC13150 MC13150FTA MC13150FTB Nippon capacitors
Text: 42 dB at 455 kHz . Figure 8 shows the gain of the IF amplifier as a function of the IF frequency , (2) 455 kHz IF Ceramic Filter 2 RSSI Buffer 24 1 Mixer VCC1 Detector Output , 455 kHz IF Ceramic Filter 100 n 10 µ 560 k RB 12 k RF (6) Coilless Detector , Intercept Point of 0 dBm RSSI Range of Greater Than 100 dB Internal 1.4 k Terminations for 455 kHz Filters , with No IF Filters ­ BW adj ­ 26 ­ kHz /µA Pin = ­30 dBm; PLO = ­10 dBm 32 ­


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PDF MC13150/D MC13150 MC13150 40 MHZ OSCILLATOR overtone butler oscillator TOKO CERAMIC FILTER 455 CFU455 MC13150FTA MC13150FTB Nippon capacitors
1997 - 455 khz if transformer

Abstract: murata cfu455 murata filter cfu455 H murata filter cfu455 455 ceramic filter TOKO CERAMIC FILTER 455 Motorola phone schematic diagram HF Colpitts VCO LQFP24 CFU455
Text: Internal 1.4 k Terminations for 455 kHz Filters 32 Split IF for Improved Filtering and Extended RSSI , . MC13150 Figure 9. Fadj Current versus IF Frequency 50 ) 120 VCC = 3.0 Vdc Slope at 455 kHz = , and stability. The total gain of the IF amplifier block is Limiter approximately 42 dB at 455 kHz , ARCHIVED BY FREESCALE SEMICONDUCTOR, INC. 2005 31 VEE1 (2) 455 kHz IF Ceramic Filter ARCHIVE , 13 14 15 16 150 k RT 100 n 455 kHz IF Ceramic Filter 100 n 10 µ 560 k RB


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PDF MC13150/D MC13150 MC13150 455 khz if transformer murata cfu455 murata filter cfu455 H murata filter cfu455 455 ceramic filter TOKO CERAMIC FILTER 455 Motorola phone schematic diagram HF Colpitts VCO LQFP24 CFU455
1995 - Not Available

Abstract: No abstract text available
Text: Internal 1.4 kΩ Terminations for 455 kHz Filters Split IF for Improved Filtering and Extended RSSI Range , approximately 42 dB at 455 kHz . Figure 8 shows the gain of the IF amplifier as a function of the IF frequency , 29 28 27 26 82 k 25 VEE1 (2) 455 kHz IF Ceramic Filter 2 Mixer VCC1 , 12 13 14 15 16 150 k RT 100 n 455 kHz IF Ceramic Filter 100 n 10 µ , 1:4 impedance transformer (sources include Mini Circuits, Coilcraft and Toko). 2. 455 kHz ceramic


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PDF MC13150/D MC13150 MC13150 MC13150/D*
2008 - murata cfu455

Abstract: murata filter cfu455 H murata 455 khz if transformer ML13150-B9P ML13150-A9P ML13150 MC13150FTB MC13150FTA MC13150 LQFP-32
Text: Range of Greater Than 100 dB Internal 1.4 k Terminations for 455 kHz Filters Split IF for Improved , the IF amplifier block is approximately 42 dB at 455 kHz . Figure 8 shows the gain of the IF amplifier , Gain versus IF Frequency 50 120 VCC = 3.0 Vdc Slope at 455 kHz = 9.26 kHz /µA 100 Fadj , ) 455 kHz IF Ceramic Filter Mixer VCC1 RSSI Buffer Local Oscillator 1.0 n 22 VEE2 , 455 kHz IF Ceramic Filter 14 560 k RB 1.0 µ CT 12 k RF (6) Coilless Detector


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PDF ML13150 MC13150 ML13150 murata cfu455 murata filter cfu455 H murata 455 khz if transformer ML13150-B9P ML13150-A9P MC13150FTB MC13150FTA MC13150 LQFP-32
Not Available

Abstract: No abstract text available
Text: Internal 1.4 kΩ Terminations for 455 kHz Filters Split IF for Improved filtering and Extended RSSI Range , stability. The total gain of the IF amplifier block is approximately 42 dB at 455 kHz . Figure 8 shows the , VEE1 (2) 455 kHz IF Ceramic Filter Mixer VCC1 RSSI Buffer Local Oscillator 1.0 n , 150 k RT 100 n 455 kHz IF Ceramic Filter 100 n 10 µ 560 k RB 12 k RF (6 , Frequency Adjust Current Figure 9, fIF = 455 kHz 16 - 41 49 56 µA Frequency Adjust


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PDF ML13150 MC13150 ML13150-A9P LQFP-24) ML13150
1997 - murata cfu455

Abstract: murata 455 khz if transformer TOKO CERAMIC FILTER 455 murata filter cfu455 murata filter cfu455 H metal detector plans schematic Toko variable coil 455 khz if transformer overtone butler oscillator DUAL CONVERSION NARROWBAND FM RECEIVERS
Text: Terminations for 455 kHz Filters 32 Split IF for Improved Filtering and Extended RSSI Range 1 , and stability. The total gain of the IF amplifier block is approximately 42 dB at 455 kHz . Figure 8 , 100 n 32 31 30 29 28 27 26 82 k 25 VEE1 (2) 455 kHz IF Ceramic , 10 11 12 13 14 15 16 150 k RT 100 n 455 kHz IF Ceramic Filter 100 n , solution is 1:4 impedance transformer (sources include Mini Circuits, Coilcraft and Toko). 2. 455 kHz


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PDF MC13150/D MC13150 MC13150 murata cfu455 murata 455 khz if transformer TOKO CERAMIC FILTER 455 murata filter cfu455 murata filter cfu455 H metal detector plans schematic Toko variable coil 455 khz if transformer overtone butler oscillator DUAL CONVERSION NARROWBAND FM RECEIVERS
2004 - 455 khz if transformer

Abstract: K3029
Text: Terminations for 455 kHz Filters Split IF for Improved filtering and Extended RSSI Range Operating Temperature , Level VCC = 3.0 Vdc f = 50 MHz fLO = 50.455 MHz 455 kHz Ceramic Filter See Figure 15 MIXER IF OUTPUT , amplifier block is approximately 42 dB at 455 kHz . Figure 8 shows the gain of the IF amplifier as a function , 32 (2) 455 kHz IF Ceramic Filter 1 2 3 4 5 1.0 n 100 n 100 n 6 7 1.0 n 8 9 IF 31 VEE1 30 29 , 11 12 13 14 15 16 150 k RT 455 kHz IF Ceramic Filter 100 n 100 n 560 k RB 12 k RF (6


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PDF ML13150 MC13150 455 khz if transformer K3029
2005 - murata cfu455

Abstract: ml13150b9p murata 455 khz if transformer TOKO CERAMIC FILTER 455 455 khz if transformer murata transformer IF 455 khz 455 khz ceramic filter overtone butler oscillator mixer 455 455 ceramic filter
Text: for 455 kHz Filters Split IF for Improved filtering and Extended RSSI Range Operating Temperature , 100 n 32 31 30 29 28 27 26 VEE1 (2) 455 kHz IF Ceramic Filter Mixer , 10 11 12 13 14 15 16 150 k RT 100 n 455 kHz IF Ceramic Filter 100 n , solution is 1:4 impedance transformer (sources include Mini Circuits, Coilcraft and Toko). 2. 455 kHz , Measured with No IF Filters - BW adj - 26 - kHz /µA Pin = -30 dBm; PLO = -10 dBm 32


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PDF ML13150 MC13150 ML13150-A9P LQFP-24) ML13150 murata cfu455 ml13150b9p murata 455 khz if transformer TOKO CERAMIC FILTER 455 455 khz if transformer murata transformer IF 455 khz 455 khz ceramic filter overtone butler oscillator mixer 455 455 ceramic filter
2001 - murata cfu455

Abstract: murata 455 khz if transformer murata transformer IF 455 khz overtone butler oscillator murata filter cfu455 N5182 455 khz ceramic filter 6 channel RF transmitter and Receiver circuit vhf filter 455 K3029
Text: dB Internal 1.4 k Terminations for 455 kHz Filters Split IF for Improved Filtering and Extended RSSI , 15 16 IF (6) Detector 20 19 220 n 18 100 k V18­V17 = 0; fIF = 455 kHz RS 100 k 10 µ + VEE2 4 VEE2 21 , at 455 kHz . Figure 8 shows the gain of the IF amplifier as a function of the IF frequency. The fixed , Current versus IF Frequency VCC = 3.0 Vdc Slope at 455 kHz = 9.26 kHz /µA 400 600 800 1000 , 100 n (4) Enable (5) RSSI 32 (2) 455 kHz IF Ceramic Filter 1 2 3 4 5 1.0 n 100 n 100 n 6 7 1.0 n


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PDF MC13150 MC13150 murata cfu455 murata 455 khz if transformer murata transformer IF 455 khz overtone butler oscillator murata filter cfu455 N5182 455 khz ceramic filter 6 channel RF transmitter and Receiver circuit vhf filter 455 K3029
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 , impedance of approximately 400 D. Some of the 455 kHz signal appears at the output, and the circuit layout , Temperature Range, Ts.-65°C to +150°C FM COMMUNICATIONS IF AND AUDIO SYSTEM The ULN3883A


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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
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
49 mhz remote control transmitter circuit

Abstract: 27mhz remote control transmitter circuits 27mhz remote control IC 18 pin 12 channel ir decoder ic 27mhz remote control transmitter and receiver RF remote control circuit diagram 6 channel RF transmitter and Receiver circuit HP8557 TRANSFORMER RF 4.5 MHZ TOKO Receiver Circuit Schematic 27mhz
Text: a superheterodyne re ceiver operating in the 27 mHz or 49 mHz bands with a standard 455 kHz IF or it , input impedance f=27 mHz, pin 14 Mixer output impedance f= 455 kHz , pin 1*3 IF input impedance f= 455 kHz , pin 10 IF output impedance f= 455 kHz , pin 9 See Figures 1 through 6. 100 10 dB K f l Kfi 90 , at FCC specified frequencies in the 27 mHz or 49 mHz ranges (typical IF = 455 kHz ). Figure 8 when , GENERATOR WITH 455 kHz DIFFERENCE. TRANSFORMER AND COILS DESIGNATED WITH TOKO PART NUMBERS* CIRCLED N U M B


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PDF SN76609N SN76605N RMC-402503N0 RMC-202503N0 K4431A0 202503N0 402503N0 K4432HM 03TOKO 49 mhz remote control transmitter circuit 27mhz remote control transmitter circuits 27mhz remote control IC 18 pin 12 channel ir decoder ic 27mhz remote control transmitter and receiver RF remote control circuit diagram 6 channel RF transmitter and Receiver circuit HP8557 TRANSFORMER RF 4.5 MHZ TOKO Receiver Circuit Schematic 27mhz
27mhz remote control transmitter circuit

Abstract: RF remote control circuit diagram 27mhz remote control transmitter schematics 49 mhz remote control transmitter circuit IR remote control switch circuit diagram TRANSFORMER RF 4.5 MHZ TOKO 455 khz if transformer 6 channel RF transmitter and Receiver circuit 455 mhz if transformer 27mhz superheterodyne
Text: operating in the 27 mHz or 49 mHz bands with a standard 455 kHz IF or it can be used as part of an IR system , f=27 mHz, pin 14 100 KQ Mixer output impedance f= 455 kHz , pin 1*3 90 KQ IF input impedance f= 455 kHz , pin 10 4.2 KQ IF output impedance f= 455 kHz , pin 9 500 KQ See Figures 1 through 6. -3- This , operated at FCC specified frequencies in the 27 mHz or 49 mHz ranges (typical IF = 455 kHz ). (2) Figure 8 , GENERATOR WITH 455 kHz DIFFERENCE. - • TRANSFORMER AND COILS DESIGNATED WITH TOKO PART NUMBERS* â


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PDF SN76609N SN76605N 202503N0 402503N0 K4432HM K4431A0 27mhz remote control transmitter circuit RF remote control circuit diagram 27mhz remote control transmitter schematics 49 mhz remote control transmitter circuit IR remote control switch circuit diagram TRANSFORMER RF 4.5 MHZ TOKO 455 khz if transformer 6 channel RF transmitter and Receiver circuit 455 mhz if transformer 27mhz superheterodyne
cq 455 T4 S

Abstract: toko coils CAPACITOR KXC 27mhz remote control transmitter circuit cq 455 27mhz remote control circuit 27mhz remote control transmitter circuits 27 40 49 mhz remote control transmitter circuit 8 channel rf remote control 27Mhz remote control
Text: with a standard 455 kHz IF , or it can be used as part of an IR system. Channels 1 and 2 are on-off , Output Impedance f * 455 kHz , pin 16 IF Input Impedance f * 455 kHz , pin 13 IF Output Impedance f = 455 , operated at FCC specified frequencies in the 27 mHz or 49 mHz ranges (typical IF = 455 kHz ), or (2) Figure , (»27 mHz) MUST MATCH RF TEST SIGNAL GENERATOR WITH 455 kHz DIFFERENCE. ! TRANSFORMER AND COILS , FIGURE 4 455 kHz RMC202503N0 OUTPUT TO IF & DETECTOR SENSITIVITY i TEST FIXTURE VIA ATTENUATORS


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PDF SN76606N/SN76606NF K4431A0 402503N0 202503N0 K4432HH 455kHz: RMC-402503N0 RMC-202503N0 27mHz SN76606N cq 455 T4 S toko coils CAPACITOR KXC 27mhz remote control transmitter circuit cq 455 27mhz remote control circuit 27mhz remote control transmitter circuits 27 40 49 mhz remote control transmitter circuit 8 channel rf remote control 27Mhz remote control
toko transformer IF 455 khz

Abstract: 455 khz if transformer 27mhz remote control transmitter circuit 27 40 49 mhz remote control transmitter circuit IR remote control switch circuit diagram RF remote control circuit diagram 455 if transformer 49 mhz remote control transmitter circuit toko coils signal generator
Text: with a standard 455 kHz IF or it can be used as part of an IR system. One channel is a steering channel , impedance f = 27 mHz, pin 14 100 KQ Mixer output impedance f = 455 kHz , pin 13 90 KQ IF input impedance f = 455 kHz , pin 10 4.2 KQ IF output impedance f = 455 kHz , pin 9 KQ See Figures 1 through 6 , operated at FCC specified frequencies in the 27 mHz or 49 mHz ranges (typical IF = 455 kHz ). (2) Figure 8 , GENERATOR WITH 455 kHz DIFFERENCE. • TRANSFORMER AND COILS DESIGNATED WITH TOKO PART NUMBERS* â


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PDF SN76607N SN76607N KXC-K4431A0 RMC-4025Ã RMC-202503N0 KXC-K4432HM RMC-402503NO RMC-202503NQ 202503N0 402503N0 toko transformer IF 455 khz 455 khz if transformer 27mhz remote control transmitter circuit 27 40 49 mhz remote control transmitter circuit IR remote control switch circuit diagram RF remote control circuit diagram 455 if transformer 49 mhz remote control transmitter circuit toko coils signal generator
toko 455khz if transformer

Abstract: TOKO 455KHz transformer 27mhz remote control transmitter circuit TOKO Coils 27MHz remote control transmitter 27mhz remote control transmitter circuits 27mhz remote control transmitter and receiver ci toko transformer IF 455 khz 2 pin ir led receiver 455 Receiver Circuit Schematic 27mhz
Text: superheterodyne receiver operating in the 27 mHz or 49 mHz bands with a standard 455 kHz IF , or it can be used as , f = 455 kHz , pin 16 IF Input Impedance f = 455 kHz , pin 13 IF Output Impedance f = 455 kHz , pin , specified frequencies in the 27 mHz or 49 mHz ranges (typical IF = 455 kHz ), or (2) Figure 8 when control , RF TEST SIGNAL GENERATOR WITH 455 kHz DIFFERENCE. TRANSFORMER AND COILS DESIGNATED WITH TOKO PART , (6V) -0 CURRENT QMETER Y(ANALOG) RMC202503N0 455 kHz IF & DETECTOR TEST SIGNAL GENERATOR VIA


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PDF SN76606N/SN76606NF K4432HM 455kHz: RMC-402503N0 RMC-202503N0 27mHz SN76606N SCHEL06IC toko 455khz if transformer TOKO 455KHz transformer 27mhz remote control transmitter circuit TOKO Coils 27MHz remote control transmitter 27mhz remote control transmitter circuits 27mhz remote control transmitter and receiver ci toko transformer IF 455 khz 2 pin ir led receiver 455 Receiver Circuit Schematic 27mhz
27 40 49 mhz remote control transmitter circuit

Abstract: 49 mhz remote control transmitter circuit 8 channel rf remote control air condition ir remote decoder 27mhz remote control transmitter and receiver HP8557 27mhz remote control 14 pin IR remote control switch circuit diagram
Text: standard 455 kHz IF or it can be used as part of an IR system. One channel is a steering channel used with , , pin 13 IF input impedance f = 455 kHz , pin 10 IF output impedance f = 455 kHz , pin 9 See Figures 1 , IF = 455 kHz ). (2). Figure 8 when control is exercised by SN76605 with a carrier frequency between , ( 27 mHz) MUST MATCH RF TEST SIGNAL GENERATOR WITH 455 kHz DIFFERENCE. · TRANSFORMER AND COILS , required to produce stable operation f = 50 kHz to 500 kHz , measured at IF input, pin 10 Min Typ


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PDF SN76607N SN76605N KXC-K4431A0 RMC-402503NO RMC-202503N0 KXC-K4432HM 750uV 300mV) RMC-402503N0 27 40 49 mhz remote control transmitter circuit 49 mhz remote control transmitter circuit 8 channel rf remote control air condition ir remote decoder 27mhz remote control transmitter and receiver HP8557 27mhz remote control 14 pin IR remote control switch circuit diagram
overtone butler oscillator

Abstract: murata cfu455 455 khz filters
Text: Intercept Point of 0 dBm · RSSI Range of Greater Than 100 dB · Internal 1.4 k£2 Terminations for 455 kHz , Symbol Min Typ Max Unit Figure 9, f|F = 455 kHz Figure 10, f|F = 455 kHz Figure 12, l,5 = , * 3.0 Vdc - f = 50 MHz fL0 = 50.455 MHz 455 kHz s seFij ure 15 40 30 20 -120 LO DRIVE (dBm , improved symmetry and stability. The total gain of the IF am plifier block is approximately 42 dB at 455 kHz . Figure 8 shows the gain of the IF amplifier as a function of the IF frequency. The fixed internal


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PDF MC13150 MC13150 f-111p overtone butler oscillator murata cfu455 455 khz filters
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: . 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 , 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 , K2318HM Toko CT = 180 pF Ou = 14 f = 455 kHz Part no. 159GC-A3765 Toko CT = 60 pF Ou - 60 f « 10.7 , /7 9 0 8 -8 Toko CFU-090D Of equivalent f = 455 kHz , BW > 4.8 kHz MW Antenna Coll Dummy


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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
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