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Part Manufacturer Description PDF & SAMPLES
TRF2050PW Texas Instruments Low voltage 1.1 GHz Fractional-N/Integer-N Synthesizer 20-TSSOP
LMX2470EVAL Texas Instruments 2.6 GHz Delta-Sigma Fractional-N PLL with 800 MHz Integer-N PLL
TRF2050PWR Texas Instruments Low voltage 1.1 GHz Fractional-N/Integer-N Synthesizer 20-TSSOP
LMX2470SLEX/NOPB Texas Instruments 2.6 GHz Delta-Sigma Fractional-N PLL with 800 MHz Integer-N PLL 24-ULGA -40 to 85
LMX2470SLEX Texas Instruments 2.6 GHz Delta-Sigma Fractional-N PLL with 800 MHz Integer-N PLL 24-ULGA -40 to 85
LMX2492RTWR Texas Instruments 500MHz to 14GHz Wideband, Low Noise Fractional N PLL With Ramp/Chirp Generation 24-WQFN -40 to 85

"Constant fraction discriminator"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: your own custom threat solutions in a fraction of the time and cost of conventional methods. ADEPâ , â'¢ Integrated Digital Frequency Discriminator (DFD) â'¢ Windows based development environment , Fixed Delay/Random Doppler â'¢ Velocity mode operations provide constant velocity Doppler for agile Systems & Processes Engineering
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500MH 800MH RS-232
Abstract: constant for demodulation. It can consist of a limiting or Automatic Gain Control (AGC) amplifier. A , the elements to be tunable. A no-tune solution can be constructed with a ceramic discriminator. The , behavior of the PLL, primarily lock time and spur levels. Generally, the PLL lock time is a small fraction , of 36 kâ"¦ and capacitor C1. Setting the time constant (RC = Ï") of the RC filter depends on the , sensitivity of the receiver with reasonable pulse distortion occurs when the RC filter time constant is Microchip Technology
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RXD0420/0920 RXD0420 RXD0920 11F-3 DK-2750 D-85737
Abstract: Options · FM Discriminator for 450 kHz or 455 kHz I.F. Signal · Radio System Control Interface · Part , and for I.F. sampling. Output from AFC amplifier after sampling. Output from f.m. discriminator , . discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC AFCIN input signal level AFCIN input impedance , shown in figure 18 and with 500 mV peak to peak input to AFCIN. Discriminator gain is set with D = 3 Zarlink Semiconductor
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ACE9030 AMP01 Constant fraction discriminator squarewave generator carrier detect phase shift ACE9050 ACE9040 DS4288 ACE9030M/IW/FP1N ACE9030M/IW/FP1Q ACE9030M/IW/FP2N ACE9030M/IW/FP2Q
Abstract: Auxiliary Synthesiser · Main Synthesiser Speed-up Options · FM Discriminator for 450 kHz or 455 kHz I.F , . Output from f.m. discriminator after filtering. Feedback input to audio bandpass filter. Input to AFC amplifier and f.m. discriminator. Bias current input for radio interface, connect setting resistor to ground , , to default settings Lock time to within 125 ppm, after reprogramming set-ups AFCIN F.M. DISCRIMINATOR , AFCIN. Discriminator gain is set with D = 3 and M = 40 and V DD = 3·75 V and a crystal at 14·85 MHz Zarlink Semiconductor
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ampo1 AN94, Using the NJ88C33 PLL Synthesiser ACE9030M/IW/FP3Q
Abstract: keep the signal constant for demodulation. It can consist of a limiting or Automatic Gain Control (AGC , the elements to be tunable. A no-tune solution can be constructed with a ceramic discriminator. The , time and spur levels. Generally, the PLL lock time is a small fraction of the overall receiver , output impedance of 36 k and capacitor C1. Setting the time constant (RC = ) of the RC filter depends , time constant is between 1 and 2 times the signal period. If the time constant of the RC filter is Microchip Technology
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DS70090 low power fm receiver 4570 fm demodulator UHF FM receiver fsk demodulation source code in C AN826 microchip DS70090A-
Abstract: Options · FM Discriminator for 450 kHz or 455 kHz I.F. Signal · Radio System Control Interface · Part , and for I.F. sampling. Output from AFC amplifier after sampling. Output from f.m. discriminator , . discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC AFCIN input signal level AFCIN input impedance , shown in figure 18 and with 500 mV peak to peak input to AFCIN. Discriminator gain is set with D = 3 Zarlink Semiconductor
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ACE9020
Abstract: Options · FM Discriminator for 450 kHz or 455 kHz I.F. Signal · Radio System Control Interface · Part , and for I.F. sampling. Output from AFC amplifier after sampling. Output from f.m. discriminator , . discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC AFCIN input signal level AFCIN input impedance , shown in figure 18 and with 500 mV peak to peak input to AFCIN. Discriminator gain is set with D = 3 Zarlink Semiconductor
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Abstract: . discriminator after filtering. Feedback input to audio bandpass filter. Input to AFC amplifier and f.m. discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , settings Lock time to within 125 ppm, after reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC AFCIN , input to AFCIN. Discriminator gain is set with D = 3 and M = 40 and VB 0 = 3-75 V and a crystal at 14-85 , defines command type Discriminator powered down DAC3 powered down Not used EFFECT when at 1 With DATA2:7 -
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OS4280- T3D 37 BB522 64-LEAD
Abstract: manufacturing. Constant im­ provement in the Quality of design, production, and Customer Service are on-going , designs and represent a fraction of our total product and integra­ tion experience. The new models , Selection Control Figure 6. Temperature Stabilized Module. Loop Discriminator Compensates Temperature -
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VCO-103 VCO-103TC
Abstract: Options · FM Discriminator for 450 kHz or 455 kHz I.F. Signal · Radio System Control Interface · Part , and for I.F. sampling. Output from AFC amplifier after sampling. Output from f.m. discriminator , . discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC AFCIN input signal level AFCIN input impedance , shown in figure 18 and with 500 mV peak to peak input to AFCIN. Discriminator gain is set with D = 3 Zarlink Semiconductor
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Abstract: Options · FM Discriminator for 450 kHz or 455 kHz I.F. Signal · Radio System Control Interface · Part , and for I.F. sampling. Output from AFC amplifier after sampling. Output from f.m. discriminator , . discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC AFCIN input signal level AFCIN input impedance , shown in figure 18 and with 500 mV peak to peak input to AFCIN. Discriminator gain is set with D = 3 Zarlink Semiconductor
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Abstract: Options s FM Discriminator for 450 kHz or 455 kHz I.F. Signal s Radio System Control Interface s Part , and for I.F. sampling. Output from AFC amplifier after sampling. Output from f.m. discriminator , . discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC AFCIN input signal level AFCIN input impedance , shown in figure 18 and with 500 mV peak to peak input to AFCIN. Discriminator gain is set with D = 3 Mitel Semiconductor
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AMP02 varicap 915 210
Abstract: ) Devices for determining discriminator operating time (charge/discharge time constant) Charge time constant , BA7007 SECAM discriminator The BA70071C is a SECAM discriminator that is suitable for use in , resistors and capacitors, a highly sensitive SECAM discriminator circuit can be built. Using this 1C saves a , performance of the discriminator function, lower the costs and improve the reliability of the video cassette recorder. Features · · · · · · available in ZIP16 package very stable SECAM discriminator -
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150FF
Abstract: . Noise Discriminator The noise discriminator feature is intended for PON OLT applications with high-gain , . The noise discriminator will filter input data through a series of specialized circuits that will , (10101). The SY88149NDL (resp. SY88349NDL) noise discriminator is designed to accept a 1.244Gbps  , used at any other data rate, the noise discriminator should be disabled. The noise discriminator , and Noise Discriminator function LOS/SDSEL Pin LOS/SD Selection Noise Discriminator Input To Micrel Semiconductor
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XGPON ONU ANTC204 1G/10GEPON OC-3/12/24
Abstract: Fractional-N Option Auxiliary Synthesiser Main Synthesiser Speed-up Options FM Discriminator for 450 , . discriminator after filtering. Feedback input to audio bandpass filter. Input to AFC amplifier and f.m. discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , . DISCRIMINATOR and AFC AFCIN input signal level AFCIN input impedance, resistive: capacitive: Input frequency , type Discriminator powered down DAC3 powered down Not used EFFECT when at 1 With DATA2:7 defines -
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Abstract: Constant output voltage Speed discriminator output Integrating amplifier Input (-) Error amplifier input , ) Monostable multivibrator element timing setting (3,4 pin) 3v 4pin BA6492BFS 2) Constant voltage output (5 pin) 3) Speed discriminator output (6 pin) : Vcc 4) Integrating amplifier (7,8 pin) - , sensitivity Output saturation voltage 1 Output saturation voltage 2 Speed discriminator output voltage, HIGH Speed discriminator output voltage, LOW Integrated amplifier output voltage, HIGH Integrated amplifier -
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EM- 546 motor
Abstract: and for I.F. sampling. Output from AFC amplifier after sampling. Output from f.m. discriminator , . discriminator. Bias current input for radio interface, connect setting resistor to ground. Ground for radio , 21H B( Lock time to within 100 ppm, after reprogramming set-ups AFCIN F.M. DISCRIMINATOR and AFC , as shown in figure 18 and with 500 m V peak to peak input to AFCIN. Discriminator gain is set with D , With DATA2:6 defines command type Discriminator powered down DAC3 powered down Not used With -
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Abstract: Vídeo ICs SECAM discriminator IC BA7007 The BA7007 is a SECAM discriminator suitable for use , afew resistors and capacitors itispossibletoconstruct an extremely sensitive SECAM discriminator using , and reliability. â'¢Applications SECAM discriminator for VCRs. â'¢Features 1)Extremely stable , discriminator sensitivity means that â'¢Block diagram l im I tier Amp pH| I SlicefVi detector T| N. C. DET , constant) Charging time constant = Ris and Cu Discharge time constant = Rm and Cu Rl5 Resistor for -
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ba7g GV2 LE AND GV2 L limiter discriminator
Abstract: Vìdeo ICs SECAM discriminator 1 C BA7007 The BA7007 is a SECAM discriminator suitable for , discriminator using a simple circuit with low space requirements that will lead to lower costs, and better performance and reliability. â'¢Applications SECAM discriminator for VCRs. â'¢Features 1)Extremely , in discriminator sensitivity means that adjustment is not necessary. 4)Few external components , time constant) Charging time constant = R12 and C 14 Discharge time constant = R14 and C 14 Rl5 -
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Abstract: Vcc=5V - 78 â'" dB Schmidt width Vs Vcc=5V - 50 - mV Speed Discriminator Block Discriminator count 1 Ncr VCC=5V, Vcri=0V, Vcn=0V - 1390 â'" - Speed discriminator error 1 JT1 v CLK= 100kHz Vcc 3V VCTt=0V,VCn=0V 6 10 14 fi s Speed discriminator error 2 JT2 6 10 14 ÃS Max. clock frequency fmax , voltage VcT2 Vcc=5V 0.8 â'" 2 V Speed discriminator output H ¿VDH Vcc=5V - 0.1 0.3 V Speed discriminator output L jvdl Vcc=5V - 0.1 0.3 V Output sink current Idl VCC=5V 1 3 - mA Output source current -
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AN8235S panasonic servo motor Fdd spindle motor circuit 300 AC Motor Speed Controller 1668 16 PIN panasonic ac servo motor Fdd spindle motor circuit
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