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LTC6905MPS5#TR Linear Technology IC PLL FREQUENCY SYNTHESIZER, PDSO5, PLASTIC, SOT-23, 5 PIN, PLL or Frequency Synthesis Circuit visit Linear Technology - Now Part of Analog Devices
LTC6905MPS5#TRM Linear Technology IC PLL FREQUENCY SYNTHESIZER, PDSO5, PLASTIC, SOT-23, 5 PIN, PLL or Frequency Synthesis Circuit visit Linear Technology - Now Part of Analog Devices
LT1310EMSE#TR Linear Technology LT1310 - 1.5A Boost DC/DC Converter with Phase-Locked Loop; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1310EMSE Linear Technology LT1310 - 1.5A Boost DC/DC Converter with Phase-Locked Loop; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1310EMSE#PBF Linear Technology LT1310 - 1.5A Boost DC/DC Converter with Phase-Locked Loop; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTM4601AIV#PBF-ES-WP Linear Technology LTM4601 - 12A DC/DC µModules with PLL, Output Tracking and Margining; Package: LGA; Pins: 133; Temperature: I visit Linear Technology - Now Part of Analog Devices

phase looked loop

Catalog Datasheet MFG & Type PDF Document Tags

application light dimmer circuit diagram

Abstract: '/é—調å‰å™¨ M7232 BLOCK DIAGRAM SYNC BUF PHASE LOOKED LOOP CAP BUF SENS DIGITAL , are synchronized with the line frequency by means of a phase-lock loop circuit and output occurs once , total turn off occurs. FEATURES ç"¢å"ç‰¹é•· â'¢ Phase-lock loop synchronization allows use in Wall , applied to this input through an external RC circuit. The Phase-Lock Loop in the IC synchronizes all , pulse width â"' 33 â"' us Output phase Ø 41 â"' 159 degrees â"' Max
MOSDESIGN Semiconductor
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application light dimmer circuit diagram 22M/0 F/25V 220K/0 1N914 F/500V 1N4007
Abstract: ¼'/å³è°ƒå‰å™¨ M7232 BLOCK DIAGRAM SYNC BUF PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL , are synchronized with the line frequency by means of a phase-lock loop circuit and output occurs once , total turn off occurs. FEATURES 产å"ç‰¹é•¿ â'¢ Phase-lock loop synchronization allows use in Wall , applied to this input through an external RC circuit. The Phase-Lock Loop in the IC synchronizes all , "' 500 Hz TW Output pulse width â"' 33 â"' us Output phase Ø 41 â"' 159 MOSDESIGN Semiconductor
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150K/0
Abstract: '/é—調å‰å™¨ M7232 BLOCK DIAGRAM SYNC BUF PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL , are synchronized with the line frequency by means of a phase-lock loop circuit and output occurs once , total turn off occurs. FEATURES ç"¢å"ç‰¹é•· â'§ Phase-lock loop synchronization allows use in Wall , applied to this input through an external RC circuit. The Phase-Lock Loop in the IC synchronizes all , "' 500 Hz TW Output pulse width â"' 33 â"' us Output phase Ø 41 â"' 159 MOSDESIGN Semiconductor
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touch dimmer IC

Abstract: PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL COMPARATOR PHASE ANGLE POINTER OUTPUT , digital electronic phase controls for operation of incandescent lamps, low-voltage halogen lamps with , internal logic is synchronized with the line by PLL. Thus a phase control range independent of the line , Phase-Lock Loop in the IC synchronizes all internal timings to the AC signal at the ZC input. A Logic 0 , â"' infinite ms TW AT pulse width (60Hz) â"' 130.2 â"' us Output phase Ã
MOSDESIGN Semiconductor
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touch dimmer IC M7237 M7238 M7237/M7238 IN4148 BTA04 BTA12
Abstract: BLOCK DIAGRAM BUF ZC PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL COMPARATOR PHASE , digital electronic phase controls for operation of incandescent lamps, low-voltage halogen lamps with , internal logic is synchronized with the line by PLL. Thus a phase control range independent of the line , circuit. The Phase-Lock Loop in the IC synchronizes all internal timings to the AC signal at the ZC input , â"' us Output phase Ø 41 â"' 158 Degrees DØ Ø incremental steps (Total MOSDESIGN Semiconductor
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MPS92 1SS106 115AC 220AC

touch dimmer IC

Abstract: DIAGRAM BUF ZC PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL COMPARATOR PHASE ANGLE , digital electronic phase controls for operation of incandescent lamps, low-voltage halogen lamps with , internal logic is synchronized with the line by PLL. Thus a phase control range independent of the line , . The Phase-Lock Loop in the IC synchronizes all internal timings to the AC signal at the ZC input. A , infinite ms TW AT pulse width (60Hz) - 130.2 - us Output phase Ø 41 - 158
MOSDESIGN Semiconductor
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680KO 150KO 330KO BT134

TRIAC dimmer touch

Abstract: PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL COMPARATOR PHASE ANGLE POINTER OUTPUT , digital electronic phase controls for operation of incandescent lamps, low-voltage halogen lamps with , internal logic is synchronized with the line by PLL. Thus a phase control range independent of the line , Phase-Lock Loop in the IC synchronizes all internal timings to the AC signal at the ZC input. A Logic 0 , â"' infinite ms TW AT pulse width (60Hz) â"' 130.2 â"' us Output phase Ã
MOSDESIGN Semiconductor
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TRIAC dimmer touch

BT134/SCHEMATIC touch dimmer

Abstract: bt134 triac dimmer PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL COMPARATOR PHASE ANGLE POINTER OUTPUT , digital electronic phase controls for operation of incandescent lamps, low-voltage halogen lamps with , internal logic is synchronized with the line by PLL. Thus a phase control range independent of the line , Phase-Lock Loop in the IC synchronizes all internal timings to the AC signal at the ZC input. A Logic 0 , â"' infinite ms TW AT pulse width (60Hz) â"' 130.2 â"' us Output phase Ã
MOSDESIGN Semiconductor
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BT134/SCHEMATIC touch dimmer bt134 triac dimmer

touch dimmer IC

Abstract: PHASE LOOKED LOOP BRIGHTNESS MEMORY DIGITAL COMPARATOR PHASE ANGLE POINTER OUTPUT , digital electronic phase controls for operation of incandescent lamps, low-voltage halogen lamps with , internal logic is synchronized with the line by PLL. Thus a phase control range independent of the line , Phase-Lock Loop in the IC synchronizes all internal timings to the AC signal at the ZC input. A Logic 0 , â"' infinite ms TW AT pulse width (60Hz) â"' 130.2 â"' us Output phase Ã
MOSDESIGN Semiconductor
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bit 3252

Abstract: phase looked loop J 00M-S Combined with a VCO (tuner), the SOA 3252 comprises a digital programmable phase looked loop for televi sion devices designed to use the PLL frequency synthesis tuning principle. The PLL , ) Signal Input RF Band Selection Output BW1 Band Selection Output BW2 Band Selection Output BW3 "Phase , phase-locked loop for television devices designed to use the PLL frequen cy synthesis tuning principle. The PLL , then compared in a digital frequency phase detector with a reference frequency fref 7.8125 KHz. This
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bit 3252 phase looked loop N-651 Q67000-A8039

phase looked loop

Abstract: VCO 200MHZ 100 kHz -75 -95 dBc/Hz dBc/Hz Phase looked loop Step step size at pin VCO output 100 500 , oscillator and its 8-bit programmable reference divider, a phase/frequency detector combined with a charge , dBmV A , '" CHARGE PHASE PUMP COMPARATOR PROGRAMMABLE DIVIDER O CP TUNE © è TEST n OSC IN TKa , for PLL loop filter TUNE 19 tuning voltage output DGND 20 digital DC ground TKb 21 VCO tank circuit
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TDA8051 VCO 200MHZ TDA8051T 4 shift QPSK qpsk receiver

Mikroelektronik Heft

Abstract: "Mikroelektronik" Heft Stereohauptsignal im genannten Frequenz bereich max. + 3° betragen. ·Der Einfluß von Amplitude und Phase auf die , phase-locked loop (PLL) soll an dieser Stelle verzich tet werden, da die Zusammenhänge der interessanten Para , Frequenz bzw. Phase eines Eingangssignals in ein festes definiertes Ver hältnis zu bringen. - Der , phase-locked loop im A 290 besteht aus der Phasen vergleichsschaltung mit Tiefpaßfilter, dem Regel , den Dekoder notwendig, die in Frequenz und Phase gleich dem 38 kHz-Hilfsträger sein muß. Der A 290 D
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Mikroelektronik Heft information applikation mikroelektronik mikroelektronik applikation A290D

LM259xHV

Abstract: audio Amp. mosfet 1000 watt overall loop gain with a slope of -20dB/ decade ensures a stable loop with 90 degrees of phase margin , this tool at the end of the presentation. Final Loop Gain Measurements Gain 10dB/Div Phase , Regulators · Thermal Considerations · Loop Compensation Design · Inverting Buck-Boost Application 2 , Thermal Considerations Loop Compensation Design Inverting Buck-Boost Application Buck Regulator , pole system. The current loop forces the inductor to act as constant current source. Current mode
National Semiconductor
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LM259xHV audio Amp. mosfet 1000 watt LM257xHV 150 watt amplifier advantages and disadvantages LM series voltage regulators VOLTAGE REGULATOR IC LM SERIES

RFFC5072

Abstract: RFFC207x transmitters and receivers. They combine a high-performance fractional-N phased looked loop, wideband VCOs , advanced sigma-delta PLL modulator that delivers outstanding synthesizer phase noise performance with an rms integrated phase error as low as 0.18 degrees at 1 GHz. Designed to address the need for highly , ultra-fine 1.5 Hz step size and low spurious products · Very wideband low noise VCOs · 52 MHz phase , 1550 to 2050 85 to 2700 85 to 2700 85 to 4200 85 to 4200 A Phase Noise (dBc/Hz) at 2 GHz 1
RF Micro Devices
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RFFC5072 RFFC207x RFFC5071 RFFC2071 RFFC2072 RFFC507x RFFC207 RFFC507

Sine Wave Generation Techniques

Abstract: varl looked up and stored in the variable NEXTVALUE. Then the instantaneous value of the second sine wave is looked up and added into NEXTVALUE. Then we divide NEXTVALUE by 2 and output it to port B. This process is repeated at a constant interval until the loop count is exhausted. In the process, if we go to the end of a sine wave table, which is indicated by 127, we will loop back to the beginning of that , .4 ind ; reset all ram banks ; only second half is addressable ; clear ijnz :loop fsr,:loop
Scenix Semiconductor
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Sine Wave Generation Techniques varl 6Z14 16 point Fast Fourier Transform radix-2 64 point radix 4 FFT radix-2 fft 64-point FFFFFFC001 02E-12 96446E-12 7E010

bd9876

Abstract: Loop of this DC/DC. The first occurs with/ through the output resistance of Phase compensation , through Current Mode Control is a simple external setting phase compensation system, through a wide range , GND of Error Amp as Phase compensation elements. (See P.11) ICOMP This is a Voltage-Pulse Width , 70 60 50 40 30 20 10 0 0 500 1000 1500 2000 2500 3000 VCC=42V VCC=12V VCC=24V VCC=36V Phase Phase Gain Gain LOAD CURRENT[mA] Fig.21 Electric Power Conversion Rate Fig.22 Frequency
ROHM
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bd9876 BD9876EFJ 11027EAT58 R1120A

GRM31CB31C226KE15

Abstract: GRM31CB31 function in order to acquire necessary band and Phase margin. Cross-over Frequency (band) at which Loop , Response through Current Mode Control is a simple external setting Phase compensation System, through a , is set to 1.0V. Also, C and R are connected between the Output (VC) Pin GND of Error Amp as Phase , Application Circuit) Gain [dB] Phase [deg] 40 90 Gain [dB] Phase [deg] 40 90 Phase Phase Gain Gain 0 -40 100 10k Frequency[kHz] 0 -90 0 Phase
ROHM
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GRM31CB31C226KE15 GRM31CB31 3a0a murata l bd98 murata ceramic plate 10027EAT43 BD9859EFJ R1010A

BD9876EFJ

Abstract: bd9876 Loop of this DC/DC. The first occurs with/ through the output resistance of Phase compensation , through Current Mode Control is a simple external setting phase compensation system, through a wide range , GND of Error Amp as Phase compensation elements. (See P.11) ICOMP This is a Voltage-Pulse Width , 70 60 50 40 30 20 10 0 0 500 1000 1500 2000 2500 3000 VCC=42V VCC=12V VCC=24V VCC=36V Phase Phase Gain Gain LOAD CURRENT[mA] Fig.21 Electric Power Conversion Rate Fig.22 Frequency
ROHM
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11027EBT58

bd9673

Abstract: 6PIN IC order to acquire necessary band and Phase margin. Cross-over Frequency (band) at which Loop gain of , response through Current Mode Control is a simple external setting phase compensation system, through a , output (VC) pin GND of Error Amp as Phase compensation elements. (See p.11) ICOMP This is a Voltage-Pulse , 70 60 50 40 30 20 10 0 0 500 1000 1500 VCC=42V VCC=12V VCC=24V VCC=36V Phase Phase Gain , bypass capacitor with B dielectric. Care should be taken to minimize the loop area formed by the bypass
ROHM
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bd9673 6PIN IC BD9673EFJ 11027EAT57

GRM31EB3YA106KA12L

Abstract: bd9673 order to acquire necessary band and Phase margin. Cross-over Frequency (band) at which Loop gain of , response through Current Mode Control is a simple external setting phase compensation system, through a , output (VC) pin GND of Error Amp as Phase compensation elements. (See p.11) ICOMP This is a Voltage-Pulse , 70 60 50 40 30 20 10 0 0 500 1000 1500 VCC=42V VCC=12V VCC=24V VCC=36V Phase Phase Gain , bypass capacitor with B dielectric. Care should be taken to minimize the loop area formed by the bypass
ROHM
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GRM31EB3YA106KA12L 6pin transistor for 24v 3 amp bd96 11027EBT57
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