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CS61584A-IL3 Cirrus Logic PCM Transceiver, 2-Func, CMOS, PQCC68, PLASTIC, MS-047, LCC-68
ICL7136CM44Z Intersil Corporation 3 1/2 Digit LCD/LED, Low Power Display, A/D Converters with Overrange Recovery; MQFP44, PDIP40; Temp Range: 0° to 70°

"carrier recovery"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: estimation (MLSE) is used for symbol recovery and carrier tracking. Motorola's interference rejection , . . . . . . . . . . . . . . . . . . . . . . . . 2 MLSE Symbol Recovery with Carrier Tracking . . . , (MLSE) is used for symbol recovery and carrier tracking. The joint detection uses the 64 bits of the , : www.freescale.com MOTOROLA Freescale Semiconductor, Inc. with Carrier Tracking MLSE Symbol Recovery 4bits , . MLSE Symbol Recovery with Carrier Tracking AR CH Freescale Semiconductor, Inc. 24 LAP bits Motorola
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an2211 bluetooth transceiver bluetooth le motorola bluetooth AN2211/D
Abstract: . This loss is normally Fig.1 Demodulator concept with carrier recovery Roll-off specified at a , or QPSK signal. DETECTION ALGORITHMS AND IMPLEMENTATION The carrier recovery loop, and especially , algorithm and implementation of the carrier recovery detector, the other required detectors are discussed. Carrier recovery The Mth-power Costas loop and the polarity-type Costas loop were considered for the carrier recovery. In the equivalent complex baseband representation, the Mthpower Costas loop is: e(t Philips Semiconductors
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TDA8041 single chip baseband bpsk modulator costas loop bpsk demodulator chip QPSK demodulator delay abstract for fm transmitter two stage HF low cost qpsk modulator TDA8040
Abstract: Clock recovery . . . . . 3.4.4 Carrier recovery. . . . . 3.4.5 AGC. . . . . . . . . . . 3.4.6 Lock , phase detector constant. . . . 4.1.3 Clock recovery loop filter constants. . . . . . 4.2 Carrier , 4.2.2 The carrier recovery phase detector constant. 4.2.3 AGC. . . . . . . . . . . . . . . . . . . . , (TDA8041) - carrier recovery (TDA8041) - AGC (TDA8041) - Half Nyquist shaping (externally , demodulator input, the loop bandwidths of the clock recovery and carrier recovery are determined. The Philips Semiconductors
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AN95053 BPSK demodulator low frequency bpsk modulator ic bpsk modulator 20mhz bpsk modulator demodulator demodulator Chip qpsk
Abstract: (REC) and S vs Minority Carrier Lifetime FIGURE 12 Reverse Recovery Time of the FRM FRP1600 Series , recovery rectifier diode These diodes (D1 and D2 in Figure 1 ) not only play a major role in power supply , increased by the magnitude of the peak reverse recovery current of the rectifier (IR(REC) Correspondingly , more EMI than a ``soft'' fast recovery rectifier A better transistor switch will intensify rather than improve the shortcomings of the fast recovery rectifier so it is necessary to consider more fully National Semiconductor
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AN-557 McMurray Ultrafast RECTIFIER DIODES national Designing RC snubbers RECTIFIER DIODES NATIONAL DIODE 10B3 FRP820
Abstract: circuit · I/O Voltage VI/O ­0.5 to VDD + 0.5 V Carrier recovery circuit · CPU I/F pin Vcpuif ­0.5 to , explanation of CPU I/F register 0D (hex). (3) Carrier Recovery Circuit Any carrier frequency offset which , symbol clock output (switchable to sampling clock output) 3. Carrier Recovery Function Carrier lock , Qsync mode/Clock recovery MQS3 to MQS0 (MSB) (LSB) Threshold for carrier lock detection AK1 to , : Carrier recovery frequency loop reset Reset operation is same as QPRST (register 10hex) CLKRST 1 Sony
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CXD1961AQ NCO10 TUD14 TUD22 TUD32 30MSPS SP5659 100PIN QFP-100P-L01 QFP100-P-1420
Abstract: ­0.5 to VDD + 0.5 V Carrier recovery circuit · CPU I/F pin Vcpuif ­0.5 to +5.5 V AGC control (PWM , register 0D (hex). (3) Carrier Recovery Circuit Any carrier frequency offset which remains on the analog , symbol clock output (switchable to sampling clock output) 3. Carrier Recovery Function Carrier lock , Qsync mode/Clock recovery MQS3 to MQS0 (MSB) (LSB) Threshold for carrier lock detection AK1 to , : Carrier recovery frequency loop reset Reset operation is same as QPRST (register 10hex) CLKRST 1 Sony
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bin to hex 42/COPPER
Abstract: recovery circuit Carrier recovery circuit AGC control (PWM output) · Viterbi decoder Constraint length 7 , Recovery Circuit Any carrier frequency offset which remains on the analog baseband l/Q input is compensated , CRO to 3 CR4 to 7 CKV 3. Carrier Recovery Function Carrier lock flag (H: lock) Pin No. 82 Pin name , ) MQS3 to MQS0 (MSB) (LSB) Write MQS/CLK Qsync mode/Clock recovery Threshold for carrier lock , tOhex) CADRST K CLKRST 1: Carrier recovery frequency loop reset Reset operation is same as -
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NC023 CK80 NC014 sony TV TUNER pin TUD24 TUD31 SP5658
Abstract: 0.5 V CPU l/F pin AGC control (PWM output) -0 .5 to I/O Voltage Carrier recovery , explanation of CPU l/F register OD (hex). (3) Carrier Recovery Circuit Any carrier frequency offset which , ) 3. Carrier Recovery Function Carrier lock flag (H: lock) 4. AGC Function AGC control data , Qsync mode/Clock recovery Threshold for carrier lock detection (LSB) AK1 to AKO Clock , 10hex) CADRST 1: Carrier recovery frequency loop reset Reset operation is same as QPRST (register -
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10OPIN
Abstract: , we can control the softness of the diode during reverse recovery. Also, this method of carrier , C-Class Ultra Fast Recovery Diodes for High Speed Switching Applications M.T. Rahimo, S. R. Jones , new family of planar ultra fast recovery diodes is introduced in the 300V to 1200V voltage range , achieve very low switching losses along with the softest recovery characteristics to date. The C-class , essential. Introduction Fast recovery diodes play an important role in most power electronic circuits -
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P channel 600v 30a IGBT step recovery diode 10a ultra fast diode EPE99 fast recovery diode 1000v 10A fast recovery diode 600v 5A
Abstract: and half Nyquist filter Equalizer Lock detector Carrier recovery Clock recovery AGC Offset , HALF NYQUIST FILTER CHARACTERISTICS 11 LOCK DETECTOR CHARACTERISTICS 12 CARRIER RECOVERY , voltage · Digital detectors for generation of required control voltages for carrier recovery, clock , , 12, 14, 17, 24, 26, 31, 34, 46, 50, 61, 64 VSSD1 to 12 CARRIER RECOVERY FINE AGC , inverted operational amplifier input voltage for carrier recovery loop filtering VCARREC 56 O Philips Semiconductors
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ICAR capacitors receiver QAM schematic diagram BER SER 32QAM modulation icar capacitor ldt0 MGG170 TDA8046
Abstract: half Nyquist filter 7.1.2 Equalizer 7.1.3 Lock detector 7.1.4 Carrier recovery 7.1.5 Clock recovery , DETECTOR CHARACTERISTICS 12 CARRIER RECOVERY CHARACTERISTICS 13 CLOCK RECOVERY CHARACTERISTICS 14 AGC , for generation of required control voltages for carrier recovery, clock recovery and AGC â , AGC CONTROL DIGITAL PHASE ROTATOR FINE AGC EQUALIZER NCO CONTROL CARRIER RECOVERY â Vret V , input voltage for carrier recovery loop filtering VcARREC 56 O analog output voltage for carrier -
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AD B1 demodulator Demodulator 256 QAM 256 QAM Training TV repair TDA8046H QFP64 256-QAM
Abstract: Preference Control 0 Pin for 4.5MHz Carrier This pin is internally XORed with A4M50 bit (default = â'1â'). Decoder Standard Preference Control 1 Pin for 4.5MHz Carrier This pin is internally XORed with A4M51 bit , Pin for 4.5MHz Carrier This pin is internally ORed with A4M52 bit (default = â'0â'). S/PDIF Output , â'Lâ'. Decoder Standard Preference Control for 6.5MHz carrier. â'Lâ': SECAM L NICAM 32 A6M5 I , 1 FM and 1 NICAM Carrier GSEL bit = â'0â' 0.1 1.4 Vpp GSEL bit = â'1â' 0.1 1.0 Vpp 1 AM Asahi Kasei Microdevices
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AK4141 MS0952-E-03
Abstract: 4.5MHz Carrier This pin is internally XORed with A4M50 bit (default = "1"). Decoder Standard Preference Control 1 Pin for 4.5MHz Carrier This pin is internally XORed with A4M51 bit (default = "1"). Control , Control Data Pin for I2C bus Decoder Standard Preference Control 2 Pin for 4.5MHz Carrier This pin is , Standard Preference Control for 6.5MHz carrier. "L": SECAM L NICAM 32 A6M5 I "H": D/K1, D/K2, D/K3 or , 0.1 1.0 Vpp 1 FM and 1 NICAM Carrier GSEL bit = "0" 0.1 1.4 Vpp GSEL bit = "1" 0.1 1.0 Vpp Asahi Kasei Microdevices
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AKD4141 12v stereo amplifiers sub 41dBFS avc Tv tuner Diagram CS40 diode DVR DUAL TUNER AGC MS0952-E-00
Abstract: Preference Control 0 Pin for 4.5MHz Carrier This pin is internally XORed with A4M50 bit (default = â'1â'). Decoder Standard Preference Control 1 Pin for 4.5MHz Carrier This pin is internally XORed with A4M51 bit , Pin for 4.5MHz Carrier This pin is internally ORed with A4M52 bit (default = â'0â'). S/PDIF Output , â'Lâ'. Decoder Standard Preference Control for 6.5MHz carrier. â'Lâ': SECAM L NICAM 32 A6M5 I , 1 FM and 1 NICAM Carrier GSEL bit = â'0â' 0.1 1.4 Vpp GSEL bit = â'1â' 0.1 1.0 Vpp 1 AM Asahi Kasei EMD
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Abstract: Audio Serial Data Input 1 Pin Decoder Standard Preference Control 0 Pin for 4.5MHz Carrier This pin is internally XORed with A4M50 bit (default = "1"). Decoder Standard Preference Control 1 Pin for 4.5MHz Carrier , Standard Preference Control 2 Pin for 4.5MHz Carrier This pin is internally ORed with A4M52 bit (default = , Outputs "L" when PDN Pin = "L". Decoder Standard Preference Control for 6.5MHz carrier. "L": SECAM L NICAM , Carrier GSEL bit = "0" 0.1 1.4 Vpp GSEL bit = "1" 0.1 1.0 Vpp 1 AM and 1 NICAM Carrier GSEL bit = "0" 0.1 Asahi Kasei Microdevices
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MS0952-E-02
Abstract: demodulator and half Nyquist filter 7.1.2 Equalizer 7.1.3 Lock detector 7.1.4 Carrier recovery 7.1.5 Clock , DETECTOR CHARACTERISTICS 12 CARRIER RECOVERY CHARACTERISTICS 13 CLOCK RECOVERY CHARACTERISTICS 14 AGC , of required control voltages for carrier recovery, clock recovery and AGC â'¢ Digital-to-analog , operational amplifier input voltage for carrier recovery loop filtering VcARREC 56 0 analog output voltage for carrier recovery VCLKTC 57 O inverted operational amplifier input voltage for clock recovery loop -
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16 qam demodulator 16 QAM receiver block diagram AN96048 deModulator 128 QAM 0106370 qam demodulator QFP52 QFP100 QFP160
Abstract: carrier recovery loop with programmable loop filter · Mostly internal clock recovery and AGC loops with , recovery and an OPAMP integrator for the AGC. Loop parameters of the clock and carrier recovery can be , rate of twice the VSB symbol frequency, or approximately 21.5 MHz. The carrier recovery is performed , AGC · CARRIER RECOVERY · HALF-NYQUIST FILTERING · SYMBOL TIMING RECOVERY · SYNC RECOVERY AND PILOT , timing recovery is performed mostly within the VSB IC, except that a low cost D/A converter and VCXO are Philips Semiconductors
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9398 393 40011 TDA8960
Abstract: recovery parameters. Targeted electron beam irradiation is used to reduce carrier density near to the , Positive development in power electronics New 5.2kV Extra Fast Recovery Diode for IGBT and IGCT Applications. New 5.2 kV Extra Fast Recovery Diode for IGBT and IGCT Applications A. Golland, F. J , 441135, e-mail: ash@westcode.com Abstract A new class of high power extra fast recovery diode , , reliability and cost [4] [5]. This paper presents a new class of high power extra fast recovery diodes in Westcode Semiconductors
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IGCT 10 kw schematic induction heating IGCT thyristor calculation of IGBT snubber snubber IGCT IEGT T0900TA52E
Abstract: ) â'¢ Digital detectors for generation of required control voltages for carrier recovery, clock , VAGC_out 54 O analog output for AGC VCar_t 55 o carrier recovery time constant connection Vcar_out 56 o analog output for carrier recovery Vclock t 57 o clock recovery time constant connection Vclock_out 58 , demodulator generates in a digital way the control values for AGC, Carrier Recovery, and Clock Recovery. The , integrated. The carrier recovery consists of a two loop system. The outer loop is shown in the diagram of -
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TDA8045 32 QAM quadrant detector philips ir demodulator carrier recovery 64 QAM diagram 64-QAM AN95088
Abstract: ) â'¢ Digital detectors for generation of required control voltages for carrier recovery, clock , VAGC_out 54 O analog output for AGC VCar_t 55 o carrier recovery time constant connection Vcar_out 56 o analog output for carrier recovery Vclock t 57 o clock recovery time constant connection Vclock_out 58 , used. The QAM demodulator generates in a digital way the control values for AGC, Carrier Recovery, and , amplifier is integrated. The carrier recovery consists of a two loop system. The outer loop is shown in the -
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digital clock and carrier recovery TDA8045H specifications of ic 1408 LDT4 clock recovery algorithm tms 320
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