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gyrator

Abstract: stabiliser circuit diagram preamplifier AGC remote MV601 SL486 3055-1
Text: Differential Inputs Reduce Noise Pick-up and Improve Stability Gyrator Circuit Allows Operation in , DIODE CATHODE [ 1 ^ « 3 DIODE MODE GYRATOR C2[ 2 15 ] 1ST STAGE DEC0UPU GYRATOR CI[ 3 W ]l*PUT GROUND , sensitivity to radiated electrical noise. The diode is reverse biased by a nominal 0.65V. Gyrator C2 and C1 (Pins 2 and 3) The decoupling, p rovided by gyrator C2 and C1, rolls off the gain of the feedback loop , produce a low frequency cut-off characteristic below a nominai 2kHz. Hence, the gyrator produces


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PDF SL486 SL486 MV601 MV601 gyrator stabiliser circuit diagram preamplifier AGC remote 3055-1
1994 - ir receiver diode

Abstract: gyrator 513ID SL486
Text: . DIODE CATHODE 16 DIODE ANODE GYRATOR C2 2 15 1ST STAGE DECOUPLE GYRATOR C1 3 , OUTPUT DP16 MP16 s Gyrator Circuit Allows Operation in Environments with High Brightness , Output ORDERING INFORMATION SL486 NA DP SL486 NA MP GYRATOR C1 C2 VCCI 4 3 2ND STAGE , STAGE DECOUPLE 5 VCCO 6 7 11 PULSE STRETCH GYRATOR DIODE 1 CATHODE , , The diode is reverse biased by a nominal 0·65V Gyrator C2 and C1 (Pins 2 and 3) The decoupling


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PDF SL486 HB3120 SL486 ir receiver diode gyrator 513ID
1994 - Not Available

Abstract: No abstract text available
Text: to allow operation from a wide range of supplies. DIODE CATHODE 16 DIODE ANODE GYRATOR C2 2 15 1ST STAGE DECOUPLE GYRATOR C1 3 14 INPUT VEE (VEEI) INPUT VCC (VCCI , Differential Inputs Reduce Noise Pick-up and Improve 5 8 9 OUTPUT DP16 MP16 s Gyrator , SL486 NA DP SL486 NA MP GYRATOR C1 C2 VCCI 4 3 2ND STAGE DECOUPLE 2 110V wrt VEEI , VCCO 6 7 11 PULSE STRETCH GYRATOR DIODE 1 CATHODE DIFFERENTIAL DIODE 16 INPUT


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PDF SL486 HB3120 SL486
1994 - gyrator

Abstract: 513ID SL486
Text: to allow operation from a wide range of supplies. DIODE CATHODE 16 DIODE ANODE GYRATOR C2 2 15 1ST STAGE DECOUPLE GYRATOR C1 3 14 INPUT VEE (VEEI) INPUT VCC (VCCI , Differential Inputs Reduce Noise Pick-up and Improve 5 8 9 OUTPUT DP16 MP16 s Gyrator , SL486 NA DP SL486 NA MP GYRATOR C1 C2 VCCI 4 3 2ND STAGE DECOUPLE 2 110V wrt VEEI , VCCO 6 7 11 PULSE STRETCH GYRATOR DIODE 1 CATHODE DIFFERENTIAL DIODE 16 INPUT


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PDF SL486 HB3120 SL486 gyrator 513ID
gyrator

Abstract: No abstract text available
Text: [ 1 w W ] DIODE ANO DE G YR ATOR C 2 [ 2 GYRATOR C l [ 3 IN PU T V ce [ 4 2ND STAG E D ECO , Gyrator Circuit Allows Operation in Environments with High Brightness Background Light Levels Output Pulse , 0.65V. Gyrator C2 and C1 (Pins 2 and 3) The decoupling, provided by gyrator C2 and C1, rolls off the , , the gyrator produces approximately 20dB rejection at 100Hz. The gyrator consists of two feedback loops , than 200//A- This loop is decoupled by gyrator C2. For diode currents between 200/jA and 1,5mA the


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PDF 722GS13 SL486 SL486 T-77-11 gyrator
Not Available

Abstract: No abstract text available
Text: - 16 GYRATOR C1 [ 3 in pu t Vcc (Vcci) ] DIODE ANODE 15 ] 1ST STAGE DECOUPLE GYRATOR C 2 , ■Gyrator Circuit Allows Operation in Environments with High Brightness Background Light Levels , Noise Output O R D E R IN G IN F O R M A T IO N SL486 NA DP SL486 NA MP V eci V eei GYRATOR , radiated electrical noise, The diode is reverse biased by a nominal 0-65V Gyrator C2 and C1 (Pins 2 and 3) The decoupling, provided by gyrator C2 and C1, rolls off the gain of the feedback loop which


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PDF SL486 SL486 37bfl522 37bfi522
1994 - diode C2

Abstract: ir receiver diode SL486
Text: operation from a wide range of supplies. DIODE CATHODE GYRATOR C2 GYRATOR C1 INPUT VCC (VCCI) 1 2 3 4 , DECOUPLE 12 11 10 9 s Differential Inputs Reduce Noise Pick-up and Improve Stability s Gyrator , °C 255°C to1150°C s Low Noise Output ORDERING INFORMATION SL486 NA DP SL486 NA MP GYRATOR C1 C2 3 2 VCCI 4 2ND STAGE DECOUPLE 5 4TH STAGE DECOUPLE 6 VCCO 7 11 GYRATOR PULSE , sensitivity to radiated electrical noise, The diode is reverse biased by a nominal 0·65V Gyrator C2 and C1


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PDF SL486 HB3120 SL486 diode C2 ir receiver diode
1994 - ir receiver diode

Abstract: gyrator Plessey sl486 513ID SL486
Text: GYRATOR C2 2 15 1ST STAGE DECOUPLE GYRATOR C1 3 14 INPUT VEE (VEEI) INPUT VCC , s Gyrator Circuit Allows Operation in Environments with High Brightness Background Light Levels , INFORMATION SL486 NA DP SL486 NA MP GYRATOR C1 C2 VCCI 4 3 2ND STAGE DECOUPLE 2 110V wrt , VCCO 6 7 11 PULSE STRETCH GYRATOR DIODE 1 CATHODE DIFFERENTIAL DIODE 16 INPUT , 0·65V Gyrator C2 and C1 (Pins 2 and 3) The decoupling, provided by gyrator C2 and C1, rolls off the


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PDF SL486 HB3120 SL486 ir receiver diode gyrator Plessey sl486 513ID
MV601

Abstract: stabiliser circuit diagram gyrator Plessey sl486 SL486 lowvoltageoperation
Text: Differential Inputs Reduce Noise Pick-up and Improve Stability Gyrator Circuit Allows Operation in , DIODE CATHODE [ 1 16 ] DIODE ANODE GYRAT0R C2 [ 2 IS ] 1ST STAGE DECOUPLE GYRATOR CI [ 3 " ] INPUT , biased by a nominal 0.65V. Gyrator C2 and C1 (Pins 2 and 3) The decoupling, provided by gyrator C2 and C1 , 2kHz. Hence, the gyrator produces approximately 20dB rejection at 100Hz. The gyrator consists of two , current is less than 200^/A. This loop is decoupled by gyrator C2. For diode currents between 20QuA and


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PDF SL486 SL486 MV601 200kn stabiliser circuit diagram gyrator Plessey sl486 lowvoltageoperation
GRAN-JANSEN

Abstract: gyrator 40khz programmable dividers colpitts oscillator Colpitts VCO design remote control Pulse Position Modulation circuit NRX 34 RF Receivers A 434 RF Receiver TRANSMITTER PAIR free pdf download P55 MOSFET half WAVE RECTIFIER CIRCUITS
Text: lowpass filter (to protect the gyrator filter from strong adjacent channel signals), a gyrator filter and finally a limiter. The main channel filter is a gyrator-capacitor implementation of a five-pole , fclowpass (kHz) 11 14.5 21 30.5 47 84 The main receiver channel filter is a gyrator-capacitor , filters 40 16 Gyrator filters XCO 41 15 M-counter Limiter 42 M1 Limiter M0 , power IF circuitry ground gyrator filter resistor gyrator filter resistor no connection substrate


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PDF GJRF400 GJRF400 GRAN-JANSEN gyrator 40khz programmable dividers colpitts oscillator Colpitts VCO design remote control Pulse Position Modulation circuit NRX 34 RF Receivers A 434 RF Receiver TRANSMITTER PAIR free pdf download P55 MOSFET half WAVE RECTIFIER CIRCUITS
1995 - gyrator

Abstract: 7-band graphic equalizer spectrum lmc835 20 band equalizer 7 BAND DIGITAL EQUALIZER LM833 3 band Graphic Equalizer LM833 7-band graphic equalizer analog 5 band equalizer 5 band graphic equalizer operational amplifier
Text: 5 26 6 10 6 4 16 GYRATOR DESIGN The properties of an inductor may be simulated by a simple op amp circuit (often called gyrator ) as shown in Figure 3 The impedance seen at the input terminal , realizations would be expensive a simulated inductor also called a gyrator may be used where QMAX is the , on the audio performance of the equalizer At high frequencies the impedance of the gyrator should , the cut section Gyrator impedance is ultimately limited by the loading effects of RL especially for


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PDF LMC835 gyrator 7-band graphic equalizer spectrum 20 band equalizer 7 BAND DIGITAL EQUALIZER LM833 3 band Graphic Equalizer LM833 7-band graphic equalizer analog 5 band equalizer 5 band graphic equalizer operational amplifier
1994 - DS3055

Abstract: No abstract text available
Text: operation from a wide range of supplies. DIODE CATHODE GYRATOR C2 GYRATOR C1 INPUT VCC (VCCI) 1 2 3 4 , DECOUPLE 12 11 10 9 s Differential Inputs Reduce Noise Pick-up and Improve Stability s Gyrator , °C 255°C to1150°C s Low Noise Output ORDERING INFORMATION SL486 NA DP SL486 NA MP GYRATOR C1 C2 3 2 VCCI 4 2ND STAGE DECOUPLE 5 4TH STAGE DECOUPLE 6 VCCO 7 11 GYRATOR PULSE , sensitivity to radiated electrical noise, The diode is reverse biased by a nominal 0·65V Gyrator C2 and C1


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PDF SL486 HB3120 SL486 DS3055
1994 - Plessey sl486

Abstract: sl486 513ID DS3055
Text: to allow operation from a wide range of supplies. DIODE CATHODE 16 DIODE ANODE GYRATOR C2 2 15 1ST STAGE DECOUPLE GYRATOR C1 3 14 INPUT VEE (VEEI) INPUT VCC (VCCI , Differential Inputs Reduce Noise Pick-up and Improve 5 8 9 OUTPUT DP16 MP16 s Gyrator , SL486 NA DP SL486 NA MP GYRATOR C1 C2 VCCI 4 3 2ND STAGE DECOUPLE 2 110V wrt VEEI , VCCO 6 7 11 PULSE STRETCH GYRATOR DIODE 1 CATHODE DIFFERENTIAL DIODE 16 INPUT


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PDF SL486 HB3120 SL486 Plessey sl486 513ID DS3055
1994 - Not Available

Abstract: No abstract text available
Text: operation from a wide range of supplies. DIODE CATHODE GYRATOR C2 GYRATOR C1 INPUT VCC (VCCI) 1 2 3 4 , DECOUPLE 12 11 10 9 s Differential Inputs Reduce Noise Pick-up and Improve Stability s Gyrator , °C 255°C to1150°C s Low Noise Output ORDERING INFORMATION SL486 NA DP SL486 NA MP GYRATOR C1 C2 3 2 VCCI 4 2ND STAGE DECOUPLE 5 4TH STAGE DECOUPLE 6 VCCO 7 11 GYRATOR PULSE , sensitivity to radiated electrical noise, The diode is reverse biased by a nominal 0·65V Gyrator C2 and C1


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PDF SL486 HB3120 SL486
1994 - ir receiver diode

Abstract: Plessey sl486 DS3055 513ID SL486 Plessey infrared diode preamplifier
Text: to allow operation from a wide range of supplies. DIODE CATHODE 16 DIODE ANODE GYRATOR C2 2 15 1ST STAGE DECOUPLE GYRATOR C1 3 14 INPUT VEE (VEEI) INPUT VCC (VCCI , Differential Inputs Reduce Noise Pick-up and Improve 5 8 9 OUTPUT DP16 MP16 s Gyrator , SL486 NA DP SL486 NA MP GYRATOR C1 C2 VCCI 4 3 2ND STAGE DECOUPLE 2 110V wrt VEEI , VCCO 6 7 11 PULSE STRETCH GYRATOR DIODE 1 CATHODE DIFFERENTIAL DIODE 16 INPUT


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PDF SL486 HB3120 SL486 ir receiver diode Plessey sl486 DS3055 513ID Plessey infrared diode preamplifier
gyrator

Abstract: GJRF915 power gyrator colpitts oscillator 27 mhz GRAN-JANSEN FSK AGC 24 pin Colpitts TQFP44
Text: protects the following gyrator filter from strong adjacent channel signals and finally a limiter. The main channel filter is a gyrator-capacitor implementation of a seven-pole elliptic lowpass filter. The , power amplifier and gyrator filters. Quick reference data: Parameter Min. Typ. Max. Unit , M1 / M0 M-counter 17 N1 / N0 40 16 N-counter Gyrator filters 41 Control Control , amplifier capacitor IF circuitry power IF circuitry ground Q-channel gyrator filter output I-channel


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PDF GJRF915 868MHz 900MHz gyrator power gyrator colpitts oscillator 27 mhz GRAN-JANSEN FSK AGC 24 pin Colpitts TQFP44
1994 - DS3055

Abstract: No abstract text available
Text: CATHODE GYRATOR C2 GYRATOR C1 INPUT VCC (VCCI) 1 2 3 4 5 6 7 8 16 15 14 13 DIODE ANODE 1ST STAGE , Pick-up and Improve Stability s Gyrator Circuit Allows Operation in Environments with High Brightness , INFORMATION SL486 NA DP SL486 NA MP GYRATOR C1 C2 3 2 VCCI 4 2ND STAGE DECOUPLE 5 4TH STAGE DECOUPLE 6 VCCO 7 11 GYRATOR PULSE STRETCH STRETCH OUTPUT STRETCH INPUT 10 DIODE 1 , diode is reverse biased by a nominal 0·65V Gyrator C2 and C1 (Pins 2 and 3) The decoupling, provided by


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PDF SL486 HB3120 SL486 DS3055
2000 - gyrator

Abstract: 470 resistor E174201
Text: circuit Low power hookswitch Electronic inductor/ gyrator circuit Surge protection Transient protection , APPLICATION CYG2000/CYG2001 +5V 294 TX1 18 VCC 10 GYRATOR SURGE PROTECTOR LINE 1 1 VCC RING , /CYG2011 LINE 1 LINE 2 1 2 GYRATOR CYG2020/CYG2021 VCC 18 VCC GND LINE 1 LINE 2 1 2 GYRATOR / CALLER , 2 1 2 GYRATOR / CALLER ID RING R_LIM 18 17 470 VCC VCC GND HOOKSWITCH 14 13


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PDF 0/CYG2011/CYG2020/CYG2021/CYG2030/CYG2031 YG2000/2001/2010/2011/2020/2021/2030/2031 120mA, CYG2030/CYG2031 gyrator 470 resistor E174201
2003 - DTMF fsk cli circuit

Abstract: No abstract text available
Text: Transformerless Data Access Arrangement (DAA) n Gyrator Switch for Line Load Operation n ‘Ring’ and , hybrid Rx/Tx function is formed using the minimum of external components. Gyrator and CLI impedance , Interface The system’s power requirements are: On-hook = 0.7µA and when operating = 4.5mA. Gyrator , provision n Standby power supply Gyrator n Parallel ‘local-phone’ detect On CLI ‘Z’ n , n Gyrator control for on and off-hook line characteristic maintenance Line Interface


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PDF CMX878 INV/Telecom/878/1 22bis 28-pin 22bis, CMX878-based DTMF fsk cli circuit
1996 - gyrator

Abstract: transistor smd marking A1 470MHz-1 UAA2082HB Pager receiver philips V1 MARKING 173 MHz RF receiver
Text: LIMITER Q GYRATOR FILTER FILTER 3 DEMODULATOR GYRATOR LIMITER I low noise amplifier I FILTER FILTER ACTIVE , amplifier Q GYRATOR LIMITER Q FILTER DEMODULATOR 5 GYRATOR LIMITER I FILTER FILTER ACTIVE RF , LIMITER Q GYRATOR FILTER FILTER DEMODULATOR GYRATOR LIMITER I low noise amplifier I FILTER FILTER MIXER Q , Vref BATTERY LOW INDICATOR UAA2082U ACTIVE FILTER low noise amplifier Q GYRATOR LIMITER Q FILTER DEMODULATOR 8 GYRATOR LIMITER I FILTER FILTER ACTIVE RF pre-amplifier low noise amplifier I


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PDF UAA2082 PCA5000A, PCF5001 PCD5003 POCS082H/V1 UAA2082U/10/V1 OT358 gyrator transistor smd marking A1 470MHz-1 UAA2082HB Pager receiver philips V1 MARKING 173 MHz RF receiver
173 MHz RF receiver

Abstract: No abstract text available
Text: ACTIVE L2 L3 22 nH 22 nH 12 FILTER GYRATOR FILTER GYRATOR 11 VP GND1 R1 , FILTER ACTIVE FILTER ACTIVE L3 L2 22 nH 22 nH 7 FILTER GYRATOR FILTER 19 , 172.941 MHz. C2 8.2 pF 330 Ω 5 22 GND3 GYRATOR BATTERY LOW INDICATOR RF , VP GND1 L2 8 nH 12 FILTER GYRATOR FILTER GYRATOR 11 28 C4 1 nF L3 8 , 2.7 pF R1 VP GND1 6 L3 8 nH 7 FILTER GYRATOR FILTER C4 1 nF 8


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PDF UAA2082 UAA2082 LQFP32; UAA2082H MLC238 MLC239 173 MHz RF receiver
F2D transistor

Abstract: gyrator equivalent transistor of F2B transistor wv1 transistor AN6400FA QFH032-P-0707 11DF2
Text: frequency characteristics of the internal gyrator filter. Connect a suitable resistance between this pin and , © © © Gyrator filter output for channel 1. This pin connects through a capacitor to pin 16 AlO Pin © is the output from the operational amp. as well as the input to the gyrator amp. Pin © is the , , and gyrator filters 1 and 2. This pin must be grounded through a capacitor. Vcc 22 MCS Provides a , output from the operational amp. as well as the input to the gyrator amp. Pin © is the input to the


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PDF AN6400FA AN6400FA QFH032-P-0707) 120kn GG13E0Ã F2D transistor gyrator equivalent transistor of F2B transistor wv1 transistor QFH032-P-0707 11DF2
Not Available

Abstract: No abstract text available
Text: Fig.1 Pin connections (top view) Gyrator Circuit Allows Operation in Environments with High , cut-off characteristic below a nominal 2kHz. Hence, the gyrator produces approxim ately 20dB rejection at 100Hz. The gyrator consists o f tw o feedback loops operating in tandem. O nly one feedback path , decoupled by gyrator C2. For diode currents between 200/iiA and 1.5mA the second control loop is operative, and this is decoupled by gyrator C1. The decoupling capacitors, gyrator C2 and C1, m ust be


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PDF 37bflS22 G0142H, SL486 SL486 DD1430G MV601
Not Available

Abstract: No abstract text available
Text: FILTER GYRATOR FILTER GYRATOR VP 27 TDC C15 27 pF Fig.1 Block, test and , FILTER GYRATOR FILTER GYRATOR BATTERY LOW INDICATOR RF pre-amplifier 4 23 , R1 VP GND1 L2 8 nH 12 FILTER GYRATOR FILTER GYRATOR 11 28 C4 1 nF , 7 FILTER GYRATOR FILTER C4 1 nF 8 FILTER ACTIVE FILTER ACTIVE L2 8 , 469.95 MHz. C2 2.7 pF 330 Ω 5 VP 22 GND3 GYRATOR BATTERY LOW INDICATOR


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PDF UAA2080 UAA2080 LQFP32; UAA2080H MLC711 MLC239
LQFP32

Abstract: PCD5003 PCF5001 UAA2080 UAA2080H UAA2080T UAA2080U
Text: ACTIVE FILTER ACTIVE L2 L3 22 nH 22 nH 12 FILTER GYRATOR FILTER GYRATOR VP , C15 27 pF TDC L3 L2 22 nH 22 nH 7 FILTER GYRATOR FILTER GYRATOR BATTERY , 7 6 31 R1 VP GND1 L2 8 nH 12 FILTER GYRATOR FILTER GYRATOR 11 , 7 FILTER GYRATOR FILTER C4 1 nF 8 FILTER ACTIVE FILTER ACTIVE L2 8 , 2.7 pF 330 5 VP 22 GND3 GYRATOR BATTERY LOW INDICATOR RF pre-amplifier


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PDF UAA2080 UAA2080 LQFP32 PCD5003 PCF5001 UAA2080H UAA2080T UAA2080U
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