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if transformer 455khz

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TOKO 455khz if transformer

Abstract: toko 10.7 mhz transformer veloped over tim e so if you do not find m atching devices to IC 's you are using, please c o n ta c t , .60 MF292BC-1349Z BMTKACS-34549XX A7NRES-T1370Y B1GRHF3.60 MF292BC-1349Z 400 ns delay line 10mm transformer 3.58 MHz BPF 4.43 MHz BPF 400 ns delay tine 10mm transformer 3.58 MHz BPF 4.43 MHz BPF 14.3 MHz (7mm , Detector MC1350 Monolithic IF Amplifier : MC1374 TV Modulator Circuit MC1377 Color TV RGB to PAL , Synchronizer MC13077 Advanced PAL/NTSC Encoder MC44301 High Performance Color TV IF aid MC44302 Advanced
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166NNF-10264AG 7MCS-8128Z TOKO 455khz if transformer toko 10.7 mhz transformer murata 455 khz if transformer 719vxa-a018ysu 614AG-0145GW toko 10k coil MC120 MG120 MC122 10NSF E526HNSA-100059 WKEACA-60337DX

TOKO IF COIL

Abstract: BKXN-K4636BJF Transformer Local Oscillator Mixer Output IF Output Reference Oscillator MC13025 Electronic Tuned Radio , are developed over time so if you do not find matching devices to ICâ'™s you are using, please , _ MC120_ E526HNSA-100059_ 0.41 pH MC1350 Monolithic IF Amplifier L1 T1 T1 MC120 , -6276DAD H286BAIS-4963DAD 400 ns delay line 10mm transformer 3.58 MHz BPF 4.43 MHz BPF MC1378 Color TV , CCS-T 1186AVF BTKXCS-T1279AVF DCRHF4.03 MF292CNS-T1082Z 400 ns delay line 10mm transformer 3.58
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TOKO IF COIL BKXN-K4636BJF 166NNF10264AG BKACS-K586HM TOKO quad coil 719VXA-A017A0 MC1330A WKEC-60338ADB E526HNA-100297 BTKANS-9439HM E528DNAS-100082 H321LNP-1436PBAB

Intermediate frequency transformer 455khZ

Abstract: NE602 application note 455kHz IF 0 ­30 DEMOD Figure 1. Basic Hetrodyne Receiver 10.7MHz IF PRESELECTOR FILTER , Equivalent Circuit If the single conversion architecture of Figure 1 were implemented with a 455kHz IF, any , .) suggests that at 10.7MHz a value of about 1pF should be substituted for the 10pF at 455kHz. If , RF COMMUNICATIONS PRODUCTS AN1993 High sensitivity applications of low-power RF/IF integrated , sensitivity applications of low-power RF/IF integrated circuits AN1993 ABSTRACT THE BASICS This
Philips Semiconductors
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SA602 Intermediate frequency transformer 455khZ NE602 application note NE602 philips double conversion narrow band FM receiver 10.7Mhz 15Khz crystal filter 100MH SR00839 SA602/604A SA604A SA605

toko 455khz if transformer

Abstract: AN198 Designing with the SA602 industry are 455kHz, 10.7MHz and 21.4MHz. Selection of other IF frequencies is possible. However, this , and disadvantages in choosing a low or high IF frequency. Choosing a low IF frequency like 455kHz can , FM signal (30kHz IF bandwidth) can be done with an IF of 455kHz. But for a wideband FM signal , from a good approximation of a square wave at lower IF frequencies like 455kHz, to a distorted , . RF = 45MHz IF = 455kHz RF2 = 45.06MHz LO = 44.545MHz 0 Function of IF Section The main
Philips Semiconductors
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SA604 AN199 AN198 Designing with the SA602 advantages and disadvantages of gilbert cell AN199 philips TOKO 455KHz transformer am ssb fm sa612 sa612 AN1994 SA602A AN1982 AN1991

NE602 application note

Abstract: NE602 equivalent frequency. 455kHz ceramic filters offer good selectivity and small size at a low price. Why use a higher IF , 10.7MHz. Figure 2B shows the very limited attenuation of the low side 455kHz image. If the single conversion architecture of Figure 1 were implemented with a 455kHz IF, any interfering image would be , AN1993 High sensitivty applications of low -pow er R F /IF integrated circuits reasonable image rejection in VHF/UHF receivers. However, applying significant gain at a high IF has required extensive gain
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NE602 equivalent NE602 ic NE602 application NE602 mixer Signetics NE602 operation limiter circuit in basic vm demodulation NE604A NE605 NE602/605 NE604A/605 NE/SA604A NE/SA602

if transformer 455khz

Abstract: KA22427 '¢ Regulator â'¢ AM Local OSC â'¢ AM/FM IF AMP â'¢ Audio Power AMP â'¢ FM AFC Control FEATURE â , an internal shunt regulator mode, it is possible to use low cost application without a transformer (approximately 42mA) â'¢ IF AMP gain is determined by DC voltage appeared at IC Pin 16. â'¢ Powçr output: Po = 0.28W (Min.) at THD = 10% (Voc = 5.5V/80). BLOCK DIAGRAM AM IF RF AM/FM IF AGC AM/FM IF DET OUTPUT GND IF INPUT BYPASS BYPASS IF OUTPUt INPUT ¿5» AM RF RF AUDIO ADDIO RIPPLE AUDIO AUDIO INPUT BYPASS
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KA22427B 455KHZ if transformer 455khz KA22427 FM radio ic 16 pin KSC1674-0 ANT200 16-DIP-300A 455KH 796KH

toko 455khz if transformer

Abstract: TOKO CFZ-455C IF Transformer ROHN CORP 07E D | 7 6 5 6 ^ QODEb^ 0 | ~ 7 r V 7 V 75 V V AM/FM IF , The BA4210 is a monolithic integrated circuit consisting of two FM IF amplifiers, an AM mixer and an IF amplifier for use in low-voltage FM/AM radios and cas sette recorders with built-in radios. Ftg , voltages (Vcc=2.5~6.0V). 2. High-gain FM section IF amplifier circuit. 3. The AM section includes a mixer, local oscillator, IF amplifier, and AGC circuit, and has excellent AGC and distortion characteristics
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CFZ-455C TOKO CFZ-455C IF Transformer TOKO 10.7MHz IF transformer toko fm detector coil TOKO IF Transformer 10,7MHz AM "AGC Amplifier" 7BR-4398X 7LC-25222 119AC 119FC-560061N6

ne602

Abstract: NE602 equivalent attenuation of the low side 455kHz image. If the single conversion architecture of Figure 1 were implemented with a 455kHz IF, any interfering image would be received almost as well as the desired frequency. For , opportunity for excellent receiver or IF system sensitivity with very simple circuitry. IFs at 455kHz, 10.7MHz , Signetics AN 1993 High Sensitivity Applications of Low-Power RF/IF Integrated Circuits Unear Products Application Note ABSTRACT This paper discusses four high sensitivity receivers and IF
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NE602 equivalent circuit NE602N 10.7MHz, shielded IF transformer Dual-Gate Mosfet direct conversion VHF receiver ICs rf ne602 NE602/604A

TOKO IF Transformer 10,7MHz

Abstract: TOKO 455khz if transformer a transformer (approximately 42mA) · IF AMP gain is determined by the DC voltage appearing at , & MIX AM AGC AM/FM DET Regulator · · · · AM Local OSC AM/FM IF AMP Audio Power AMP FM , S1A0427B01 AM/FM 1 CHIP RADIO BLOCK DIAGRAM AM IF OUTPUT RF GND 4 3 IF DET AM/FM IF AFC AGC AM/FM IF INPUT BYPASS BYPASS IF OUTPUT INPUT 2 1 16 15 14 VCC 13 VOLTAGE REGULATOR AM/FM IF AM/FM DET AM F/E MIX OSC RF 5 6 AM OSC AM RF INPUT POWER
Samsung Electronics
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S1A0427B01-D0B0 toko 10,7Mhz if transformer S1A0427B01D0 TOKO 10.7MHz filter wide TOKO 10.7MHz AM FM radio FM radio CIRcuit DIAGRAM P-300A KSI-A03

NE602 application note

Abstract: advantages and disadvantages of gilbert cell industry are 455kHz, 10.7MHz and 21.4MHz. Selection of other IF frequencies is possible. However, this , frequency. Choosing a low IF frequency like 455kHz can provide good stability, high sensitivity and gain , approximation of a square wave at lower IF frequencies like 455kHz, to a distorted sinusoid at higher IF , moduiation. For example, a narrowband FM signal (30kHz IF bandwidth) can be done with an IF of 455kHz. But , oscillator signal is feeding through the IF, getting mixed with the 455kHz signal, causing spurious
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NE612A ne612 application notes NE604 Philips NE602 down converter Signetics NE565 Signal mixing NE602 NE612 equivalent NE604 NE602A NE612 NE614 NE615

NE602 ic

Abstract: NE602 application note 10.7MHz. Figure 2B shows the very limited attenuation of the low side 455kHz image. If the single conversion architecture of Figure 1 were implemented with a 455kHz IF, any interfering image would be , receiver or IF system sensitivity with very simple circuitry. IFs at 455kHz, 10.7MHz and 21.4MHz with 75 to , S ig n e tic s A N 1993 High Sensitivity Applications of Low-Power RF/IF Integrated Circuits Application Note Linear Products ABSTRACT This paper discusses four high sensitivity receivers and IF
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VHF UHF FM receiver COLPITTS OSCILLATOR Crystal detector quadrature cordless receiver 49MHz p 605 transistor equivalent NE602/804A

D01608C-103

Abstract: ECA0JFQ221 goes high. If the load is light, the output voltage (and FB voltage) will increase until A1's output , load currents of 100µA or less. If the output load increases sufficiently, A1's output remains high , noise energy out of the sensitive 455kHz band at all load levels while consuming only 60µW to 100µW at , 455kHz. Figure 4's plot reduces the frequency span from 255kHz to 655kHz with a 455kHz center. Burst , have low signal amplitude at 455kHz, measuring ­ 55dBmVRMS. As load current is further reduced, the
Linear Technology
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LT1307 D01608C-103 ECA0JFQ221 P5604-ND LQH3C100K04 CD43-100 GRM235Y5V105Z01 D01608 MBR0530 1N4148 LTC1174 LT1302

9v 300mA transformer

Abstract: if transformer 455khz space. Fixed frequency operation also keeps switching noise from sensitive 455kHz IF bands, important , to the 455kHz IF radio frequency, thus avoiding potential RFI problems in telecommunications , . LT1316: Switcher Generates Two Bias Voltages without Transformer , TIME (ms) 1578 TA02 Figure 2. If the Primary Input of the LT1579 Is Supplying Load Current , transient at the output even if one of the inputs is instantaneously removed. The LT1579 comes in 16
Linear Technology
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LTC1623 LT1317 9v 300mA transformer LT1424-9 asymmetric flyback LT1317/LT1317B LT1307/LT1307B MBR0520 1-800-4-LINEAR

toko 455khz if transformer

Abstract: TOKO 455KHz transformer detecting the IF signal by the intermediate frequency (IF) transformer of L107 and L108 after entering the , _HAH 120_ FM IF/AM Tuner for FM/AM Car Radios â  FUNCTIONS â'¢ FM IF Amp., FM Quadrature Det. â'¢ AM RF Amp., AM IF Amp., AM Det. â  FEATURES â'¢ Since the FM intermediate frequency , % typ. at an input of 120dB. â'¢ Even, if there is a neighborhood jamming facility, the radio , by dividing it into intermediate frequency (IF) and detection (DET), and since DET adopts the
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HA11120 circuit diagram of the 1st IFT in am radio VP-8160A 455khz ift toko Toko variable coil 455KHz toko ift coil TRANSISTOR C107 DP-16-2 P000-N309-1 170//H 7MCS-1022GN TMCS-1021GN

TKK transformer

Abstract: toko 455khz if transformer -5CO, Rl«1W1 (AM) Fig. 3 Voltage gain (IF) Au (IF) 44.0 50.0 56.0 dB (=455kHz, Ro-500. Ri-330n (AM) Fig. 3 Circuit current (FM) lo (FM) 5.0 9.0 13.0 mA â'" Fig. 3-2 Voltage gain (IF,) Au (IF,) 38.0 42.0 46.0 d8 , RÃHN CORP D7E D j 7figa^ 00051^3 AM/FM IF Amplifier BA4210 I ' lumm The BA4210 is a monolithic integrated circuit consisting of two FM IF amplifiers, an AM mixer and an IF amplifier for use in , . High-gain FM section IF amplifier circuit. 3. The AM section includes a mixer, local oscillator, IF
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TKK transformer 7LC-252222 Ro-500 toko AM coil 0/TOKO 10.7MHz IF transformer TOKO cfz filter 20M30M T-77-05-07 119AC-470085U

Murata sfz455a

Abstract: sfz455a can be "peaked" or " flattened." Typical 455kHz response curves are shown in Figs. 29-7 and 8. f>=. , Characteristics For A 455kHz (Two-Terminal) Ceramic Filter Frequency (kHz) Fig. 28-2 Typical Impedance vs , when the resistance values are altered. For instance, if the input/output impedances R, and R2 are , the center frequency.) Insertion loss = 20 LOG (V2/V ,) in dB. 4 Ripple - dB If there , . 426 CG01-H PIEZO FILTERS IN T R O D U C TIO N On the other hand, if R, and R2 are connected to
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Murata sfz455a sfz455a cfr455 filter piezo 455khz sfz455 460 kHz Murata am filter SFZ455A

Mitsumi IF transformer

Abstract: Intermediate frequency transformer amp, MIX, OSC, IF amp, detector, AGC. Features . Minimum number of external parts required. . Low , Diagram o vcc 0015p m 22^ 1FT (Intermediate Frequency Transformer) 1 . Using double tuning , | Tracking adjust at each freq. IF interference 2 0 O- y_ / V hlsi je naje. « 50 iaable - ^ , .7336MHz- -2f osc-2f 1 =455kHz f 2: 8.B097MHZ- ·3fosc-3f 2=455kHz f3: 8 -8478MH z - 4fosc-4f 3=455kHz f 4: 8.8702MHz- 5 f osc-5 f 4=45 5 k H z f 5: 9.0263MHz- 5 f 5-5 f osc=455kHz f 6: 9.0525MHz- 4f 6 - 4 f osc=455kHz
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Mitsumi IF transformer Intermediate frequency transformer TOKYO fi transformer 455KHZ mitsumi 455KHz filter Mitsumi PVC-lyt LA4510 2056B LA1600 3017B HU-50426 HU-50425

smps circuit diagrams 12v 5a

Abstract: smps circuit diagrams 12v 5a with single output , leaves a quiet band around the sensitive 455kHz IF of commercial radio (Figure 4a). The harmonics shown , fixed-frequency PWM control produces no spectral components near the 455kHz IF band (a), but the LT1148's nominal , the main battery, if present. (Drawing shutdown current from the main battery saves the backup until , frequency. This frequency and its variation combine to fill the 455kHz region with noise (Figure 4b). At , .) A linear regulator then drops the 14V to 12V. Unfortunately, if the primary load is removed and the
Maxim Integrated Products
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MAX782 AN670 APP670 smps circuit diagrams 12v 5a smps circuit diagrams 12v 5a with single output MAX781 82365SL MAX753/MAX754 MAX781/MAX782

mitsumi HW-50425

Abstract: mitsumi 455KHz filter amp, MIX, OSC, IF amp, detector, AGC. Features . Minimum number of external parts required. . Low , Diagram o vcc 0015p m 22^ 1FT (Intermediate Frequency Transformer) 1 . Using double tuning , | Tracking adjust at each freq. IF interference 2 0 O- y_ / V hlsi je naje. « 50 iaable - ^ , .7336MHz- -2f osc-2f 1 =455kHz f 2: 8.B097MHZ- ·3fosc-3f 2=455kHz f3: 8 -8478MH z - 4fosc-4f 3=455kHz f 4: 8.8702MHz- 5 f osc-5 f 4=45 5 k H z f 5: 9.0263MHz- 5 f 5-5 f osc=455kHz f 6: 9.0525MHz- 4f 6 - 4 f osc=455kHz
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mitsumi HW-50425 HW-50426 Mitsumi IF 455Khz mitsumi bar antenna coil 318T 0077K

LT1148

Abstract: memorycard circuit diagram 300kHz, for instance, leaves a quiet band around the sensitive 455kHz IF of commercial radio (Figure 4a , MAX782's 300kHz fixed-frequency PWM control produces no spectral components near the 455kHz IF band (a , the main battery, if present. (Drawing shutdown current from the main battery saves the backup until , 455kHz region with noise (Figure 4b). At lower load currents, the LT1148 maintains regulation by issuing , regulator then drops the 14V to 12V. Page 6 of 8 Unfortunately, if the primary load is removed and the
Maxim Integrated Products
Original
memorycard circuit diagram CL-PD6720 MAX783
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