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J2014003 GE Critical Power Compact Power Line Shelves, Dual I2C shelves for the CP3500 rectifier visit GE Critical Power
GP100H3M54TEZ GE Critical Power GP100 6 kW True Three Phase Rectifier, 110A rectifier with isolated dual I2C communications 54V visit GE Critical Power
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J2014001L601A GE Critical Power Compact Power Line Shelves, GP100, 3Φ-480, dual, redundant, I2C shelf configured for 54Vdc output, configured for slot 1, hardware and shelf interconnect included visit GE Critical Power

limiter circuit operation in basic fm demodulate

Catalog Datasheet MFG & Type PDF Document Tags

LM565 equivalent

Abstract: missile irig tones monolithic integrated circuit incorporating the basic elements necessary for operation a double balanced , with either a resistor or capacitor BASIC PHASE LOCK LOOP OPERATION Figure 1 shows the basic blocks , demodulate frequency shift keying (FSK) it must follow step changes in frequency The filter components must , phase locked loops is to demodulate or track signals in noise it is helpful to look at how noise , phase detector is allowed to operate in limiting With the use of a limiter amplitude modulation of the
National Semiconductor
Original

Wideband FM Modulator schematic diagram using NE564

Abstract: SR01028 50MHz. As shown in the Block Diagram, the NE/SE564 consists of a VCO, limiter, phase comparator, and , geometries extends the frequency of operation to greater than 50MHz. In addition to the classical PLL , emitter-coupled oscillator is used in the VCO. In the circuit, shown in the equivalent schematic, transistors Q21 , Demodulator The NE564 can be used as an FM demodulator. The connections for operation at 5V and 12V are shown , enables it to demodulate FSK at high data rates in excess of 1.0M baud. Figure 10 shows a high-frequency
Philips Semiconductors
Original
SR01025 NE564D NE564N SE564N Wideband FM Modulator schematic diagram using NE564 SR01028 50MHz VCO schematic limiter circuit operation in basic fm demodulate R9-11 SR01034

NE564

Abstract: 50MHz VCO schematic designed for operation up to 50MHz. As shown in the Block Diagram, the NE/SE564 consists of a VCO, limiter , 5 12 FREQ. SET CAP FM/RF INPUT 6 11 BIAS FILTER 7 10 V+ GND · Operation , circuit, shown in the equivalent schematic, transistors Q21 and Q23 with current sources Q25 - Q26 form the basic oscillator. The approximate free-running frequency of the oscillator is shown in the , operation at 5V and 12V are shown in Figures 7 and 8, respectively. The input signal is AC coupled with the
Philips Semiconductors
Original
80pf philips Trimmer capacitors Wideband FM Modulator schematic diagram pll 564 schematic pll 564 50MHz VCO fsk ne564 SR01035

sony KSS 240

Abstract: sony KSS 210 CXA3117N has a feedback circuit that corrects the detector output operation point in order to correct the , in order to evaluate CXA3117N operation. â'¢ Features The following CXA3117N basic operations can , in the board. Each basic operation can be confirmed by switching these mode switches while referring , . Symbol Pin voltage Equivalent circuit Description 1 OSC IN 1,4V â'"â U/w-t-k 72 i -jâ'" Vcc , pin and IF IN. 4 Vcc Power supply. 5 IF IN 1,4V 1 5ki 4 -Vcc 11 5k -GND IF limiter
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OCR Scan
sony KSS 240 sony KSS 210 LC-2-G limiter circuit operation in basic fm demodulation 2SA1015 CDBM455C28 E96205A71 24PIN SSOP-24P-L01 SSOP024-P-0300

sony KSS 240

Abstract: Murata 455KHz discriminator circuit The CXA3117AN has a feedback circuit that corrects the detector output operation point in order to , Description CXA3117AN OSC IN 1.4V Connects the external parts of crystal oscillator circuit. A , IN 1.4V IF limiter amplifier input. Vcc TH CONT Determines the level comparator , Equivalent circuit Description QUAD 1.4V Connects the phase shifter of FM detector circuit. 9 , 100dB. Take notice of the following points in making connection to the IF limiter amplifier input pin
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OCR Scan
Murata 455KHz discriminator KSS sony
Abstract: circuit that corrects the detector output operation point in order to correct the IF frequency deviation , IN Pin voltage Description Equivalent circuit 1.4V Connects the external parts of , and IF IN. Vcc IF IN Power supply. 1.4V IF limiter amplifier input. V cc , shifter of FM detector circuit. 1.4V V cc 9 10 11 C1 C2 C3 0.2V © © 12 , . CXA3117AN Symbol Pin voltage Description Equivalent circuit - V cc 1 MIX IN 1.4V 0 -
OCR Scan
3117AN P-24P-L01 024-P
Abstract: external parts shown in the Application Circuit in order to evaluate CXA3117N operation. â'¢ Features , switches S1, S2, S3 and S4 are provided in four locations in the board. Each basic operation can be , voltage Description Equivalent circuit Connects the phase shifter of FM detector circuit , of the following points in making connection to the IF limiter amplifier input pin (Pin 5). a , NRZ Comparator The LPF circuit is built in this IC. The LPF output is connected internally to the -
OCR Scan
3117N

1420P

Abstract: 2C11R and S4 are provided in four locations in the board. Each basic operation can be confirmed by , 5 IF IN 1.4 V VCC 1.5k 20k 5 IF limiter amplifier input. GND VCC 6 TH , phase shifter of FM detector circuit. 8 20p GND -2- CXA3179N Pin No. Symbol Pin , output resistance IF limiter input resistance Conditions Measurement circuit 1, Measurement circuit , , Level Comparator and NRZ Comparator The LPF circuit is built in this IC. The LPF output is connected
Sony
Original
1420P 2C11R Nihon Dempa Kogyo CDBM455C50 1200P 680P SSOP024-P-0056 42/COPPER

ceramic capacitor 105 E5z

Abstract: Nihon Dempa Kogyo Co., Ltd. , S3 and S4 are provided in four locations in the board. Each basic operation can be confirmed by , No. Symbol Pin voltage Equivalent circuit Description 1 OSC IN 1.4 V "¿15k 3 -^-AA/V T 72 f 1 , 4 Vcc Power supply. 5 IF IN 1.4 V IF limiter amplifier input. Qy- 1.5k: g20ki; 20k^ V , ¿20k^ 22k 1-i-GND Connects the phase shifter of FM detector circuit. â'"2â'" This Material , points in making connection to the IF limiter amplifier input pin (Pin 5). a) Wiring to the IF limiter
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OCR Scan
ceramic capacitor 105 E5z Nihon Dempa Kogyo Co., Ltd. SONY INDUCTOR DD100 capacitor murata ceramic disc CXA31 CXA3179

TZ03P450FR169

Abstract: 2SA1015 contains the external parts shown in the Application Circuit in order to evaluate CXA3117N operation. · , are provided in four locations in the board. Each basic operation can be confirmed by switching these , circuit Description QUAD 1.4V Connects the phase shifter of FM detector circuit. V cc 9 , voltage Equivalent circuit i- V cc - 2 k" ' 4.16lT 4.16fc^ Description A 24 MIX IN 1.4V , amplifier is approximately 100dB. Take notice of the following points in making connection to the IF limiter
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OCR Scan
TZ03P450FR169

mdd100-series

Abstract: limiter circuit operation in basic fm demodulation four locations in the board. Each basic operation can be confirmed by switching these mode switches , approximately 100 dB. Take notice of the following points in making connection to the IF limiter amplifier input , circuit is built in this IC. The LPF output is connected internally to the NRZ comparator, level , 1 C 11 , C 12 , C 13 R External capacitance shown in the Application Circuit IC internal , - SONY 14) Sensitivity Adjustm ent Method The constants shown in the Application Circuit are for the
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OCR Scan
mdd100-series E96Y06-TE A3179

1420P

Abstract: 2sa1015 equivalent external parts shown in the Application Circuit in order to evaluate the CXA3179N operation · Features , . Symbol Pin voltage Equivalent circuit Description OSC IN 1.4 V VCC 300 72 1 , 20k 8 QUAD 1.4 V 22k Connects the phase shifter of FM detector circuit. 8 20p GND , limiter input resistance Conditions Measurement circuit 1, Measurement circuit 1, Measurement , the following points in making connection to the IF limiter amplifier input pin (Pin 5). a) Wiring
Sony
Original
2sa1015 equivalent
Abstract: parts shown in the Application Circuit in order to evaluate CXA3117N operation. â'¢ Features The , and S4 are provided in four locations in the board. Each basic operation can be confirmed by , . Symbol OSC IN Pin voltage Description Equivalent circuit 1.4V Connects the external , between this pin and IF IN. Vcc IF IN Power supply. 1.4V IF limiter amplifier input. V , Connects the phase shifter of FM detector circuit. 1.4V V cc 9 10 11 C1 C2 C3 0.2V -
OCR Scan
Abstract: , S3 and S4 are provided in four locations in the board. Each basic operation can be confirmed by , voltage . Vcc OSC IN 1.4 V ^Mr72 © - -vwâ'" 15k oscillator circuit. G> OSC OUT , ¿ 1 . 5 k IF IN 1.4 V IF limiter amplifier input. 0 - -G N D - Vcc Determines the , Measurement circuit 10 â'" 150 300 mV Mixer input resistance R in lim â'" 1.6 2.0 , limiter input resistance R in lim â'" 1.2 1.5 1 .8 k£2 window width Level -
OCR Scan
XA3179N

limiter circuit operation in basic fm demodulate

Abstract: 1200P and S4 are provided in four locations in the board. Each basic operation can be confirmed by , Pin Description Pin No. 1 Symbol OSC IN Pin voltage Equivalent circuit VCC 300 , output resistance IF limiter input resistance Conditions Measurement circuit 1, Measurement circuit , 100 dB. Take notice of the following points in making connection to the IF limiter amplifier input , , Level Comparator and NRZ Comparator The LPF circuit is built in this IC. The LPF output is connected
Sony
Original
Abstract: locations in the board. Each basic operation can be confirmed by switching these mode switches while , OSC IN Pin voltage Description Equivalent circuit 1.4 V Connects the external parts of , pin and IF IN. Vcc IF IN Power supply. 1.4 V IF limiter amplifier input. Determines , the phase shifter of FM 1.4 V detector circuit. â'" 2â'" SONY Pin No. Symbol , 100 dB. Take notice of the following points in making connection to the IF limiter amplifier input -
OCR Scan

Wavetek 164

Abstract: wavetek 164 sweep generator Semiconductor, Inc. Figure 4. Parallel Equivalent Circuit IF FILTER SELECTION IN CONVENTIONAL Fm For , will also attempt to demodulate amplitude variations in the IF. These variations decrease sensitivity , in order for the limiter to maintain constant envelope amplitude into the detector. This number is , 233 W 4.44 thus C = 4.96 pF and L = 256 nH. The complete circuit is shown in Figure 4. Notice that , sheet and note the variable inductor value of 0.1 µH used in the mixer input circuit. MOTOROLA
Motorola
Original
AN1539 MC13156 Wavetek 164 wavetek 164 sweep generator wavetek model 273 MC13156 FM AN1539/D

Wavetek 164

Abstract: wavetek 164 sweep generator will also attempt to demodulate amplitude variations in the IF. These variations decrease sensitivity , nH. The complete circuit is shown in Figure 4. Notice that we have two inductors parallel. These , value of 0.1 µH used in the mixer input circuit. MOTOROLA SEMICONDUCTOR APPLICATION INFORMATION , SELECTION IF FILTER SELECTION IN CONVENTIONAL Fm For conventional radio (i.e. analog fm), the bandwidth of , present in any IF circuit will degrade device performance. This reduction in performance manifests itself
Motorola
Original
wavetek sweep generator circuit diagram for frequency hopped spread spectrum basic fm transmitter and receiver

Wavetek 164

Abstract: detector quadrature will also attempt to demodulate amplitude variations in the IF. These variations decrease sensitivity , in order for the limiter to maintain constant envelope amplitude into the detector. This number is , SUPPORT COMPONENT SELECTION IF FILTER SELECTION IN CONVENTIONAL Fm For conventional radio (i.e. analog , mixer. AN1539 5 NOISE BANDWIDTH EFFECT ON SENSITIVITY Thermal noise present in any IF circuit , filter used in broadcast FM. This filter, which is used to compensate for the pre­emphasis filter in the
Motorola
Original
detector quadrature abstract of fm transmitter and receiver

MC13156 FM

Abstract: J280 DATASHEET responding to frequency changes will also attempt to demodulate amplitude variations in the IF. These , maintained into the input of the mixer in order for the limiter to maintain constant envelope amplitude into , actual power delivered to the limiter input can be calculated by summing all the losses and gains in the IF system measured in dB. In Figure 2, assuming a ­91.4 dBm input power to the MC13156, the limiter , Xp + XL + 1038 + 233 W 4.44 thus C = 4.96 pF and L = 256 nH. The complete circuit is shown in
Motorola
Original
J280 DATASHEET mixer for 10.7 MHz J280 abstract for FM audio transmitter bw 9028 ceramic filter 10.7
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