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    how to design a LC filter to get 50HZ sine wave from 16 KHZ square wave

    Abstract: grm40 cog 2r7 c 50 pt AN94, Using the NJ88C33 PLL Synthesiser BS5750 NJ88C33 pt 100 to92 Cirkit
    Text: AN94 Using the NJ88C33 PLL Synthesiser Application Note AN94 - 1.1 March 1996 Abstract: A tutorial intended to assist with the understanding of the basic parameters of a single-loop, phase-feedback frequency locked oscillator. Since the uses of phase-locked loops are many and varied, only a sample of their uses and design equations have


    Original     		PDF NJ88C33 how to design a LC filter to get 50HZ sine wave from 16 KHZ square wave grm40 cog 2r7 c 50 pt AN94, Using the NJ88C33 PLL Synthesiser BS5750 pt 100 to92 Cirkit

    1N6263

    Abstract: BBY40 BFS17 MP14 NJ88C33 "1N6263" 5MHz VCO
    Text: NJ88C33 Frequency Synthesiser I2C BUS Programmable Advance Information DS2429 - 3.2 September 1994 The NJ88C33 is a synthesiser circuit fabricated on Zarlink Semiconductor's 1.4 micron CMOS process, assuring very high performance. It is I2C compatible and can also be


    Original     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit 1N6263 BBY40 BFS17 MP14 "1N6263" 5MHz VCO

    GRM40 COG

    Abstract: 7512 pin diodes from micro semi SP8704 AN94, Using the NJ88C33 PLL Synthesiser Ic sp8704 SOT-23 Mark 12R 7512 low drop ic 7512 pin diodes in micro semi data sheet BS5750 LQN4N
    Text: AN94 Using the NJ88C33 PLL Synthesiser Application Note AN94 - 1.1 March 1996 Abstract: A tutorial intended to assist with the understanding of the basic parameters of a single-loop, phase-feedback frequency locked oscillator. Since the uses of phase-locked loops are many and varied, only a sample of their uses and design equations have


    Original     		PDF NJ88C33 GRM40 COG 7512 pin diodes from micro semi SP8704 AN94, Using the NJ88C33 PLL Synthesiser Ic sp8704 SOT-23 Mark 12R 7512 low drop ic 7512 pin diodes in micro semi data sheet BS5750 LQN4N

    AN94, Using the NJ88C33 PLL Synthesiser

    Abstract: varicap diodes
    Text: NJ88C33 Frequency Synthesiser I2C BUS Programmable Advance Information DS2429 - 3.2 September 1994 The NJ88C33 is a synthesiser circuit fabricated on Mitel Semiconductor's 1.4 micron CMOS process, assuring very high performance. It is I2C compatible and can also be


    Original     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit AN94, Using the NJ88C33 PLL Synthesiser varicap diodes

    SP8704

    Abstract: GRM40 COG TP110N 2N3904N 61095 sp8705 8k2 j 50hz sine flip flop oscillator Abstract schematic power transistor Circuit Diagram switch control unity
    Text: AN94 Using the NJ88C33 PLL Synthesiser Application Note AN94 - 1.1 March 1996 Abstract: A tutorial intended to assist with the understanding of the basic parameters of a single-loop, phase-feedback frequency locked oscillator. Since the uses of phase-locked loops are many and varied, only a sample of their uses and design equations have


    Original     		PDF NJ88C33 SP8704 GRM40 COG TP110N 2N3904N 61095 sp8705 8k2 j 50hz sine flip flop oscillator Abstract schematic power transistor Circuit Diagram switch control unity

    "1N6263"

    Abstract: circuit diagram of MOD 100 counter Voltage Doubler application 1N6263 BBY40 BFS17 MP14 NJ88C33 5mm red led
    Text: NJ88C33 Frequency Synthesiser I2C BUS Programmable Advance Information DS2429 - 3.2 September 1994 The NJ88C33 is a synthesiser circuit fabricated on Mitel Semiconductor's 1.4 micron CMOS process, assuring very high performance. It is I2C compatible and can also be


    Original     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit "1N6263" circuit diagram of MOD 100 counter Voltage Doubler application 1N6263 BBY40 BFS17 MP14 5mm red led

    AN94, Using the NJ88C33 PLL Synthesiser

    Abstract: 1N6263 BBY40 BFS17 MP14 NJ88C33 5MHz VCO Using the NJ88C33 PLL Synthesiser
    Text: Obsolescence Notice This product is obsolete. This information is available for your convenience only. For more information on Zarlink’s obsolete products and replacement product lists, please visit http://products.zarlink.com/obsolete_products/ NJ88C33


    Original     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit AN94, Using the NJ88C33 PLL Synthesiser 1N6263 BBY40 BFS17 MP14 5MHz VCO Using the NJ88C33 PLL Synthesiser

    varicap diodes

    Abstract: AN94, Using the NJ88C33 PLL Synthesiser
    Text: NJ88C33 Frequency Synthesiser I2C BUS Programmable Advance Information DS2429 - 3.2 September 1994 The NJ88C33 is a synthesiser circuit fabricated on Zarlink Semiconductor's 1.4 micron CMOS process, assuring very high performance. It is I2C compatible and can also be


    Original     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit varicap diodes AN94, Using the NJ88C33 PLL Synthesiser

    Untitled

    Abstract: No abstract text available
    Text: DS2429 - 3.2 NJ88C33 FREQUENCY SYNTHESISER I2C BUS PROGRAMMABLE WITH CURRENT SOURCE PHASE DETECTOR OUTPUTS The NJ88C33 is a synthesiser circuit fabricated on GPS's 1.4 micron CMOS process, assuring very high performance. It is I2C compatible and can also be programmed at up to


    Original     		PDF DS2429 NJ88C33 NJ88C33 16-bit 12-bit

    Voltage Doubler

    Abstract: 1N6263 BBY40 BFS17 MP14 NJ88C33 5mm red led varicap diodes
    Text: NJ88C33 Frequency Synthesiser I2C BUS Programmable Advance Information DS2429 - 3.2 September 1994 The NJ88C33 is a synthesiser circuit fabricated on Mitel Semiconductor's 1.4 micron CMOS process, assuring very high performance. It is I2C compatible and can also be


    Original     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit Voltage Doubler 1N6263 BBY40 BFS17 MP14 5mm red led varicap diodes

    1N6263

    Abstract: BBY40 BFS17 MP14 NJ88C33 5MHz VCO
    Text: NJ88C33 Frequency Synthesiser I2C BUS Programmable Advance Information DS2429 - 3.2 September 1994 The NJ88C33 is a synthesiser circuit fabricated on Zarlink Semiconductor's 1.4 micron CMOS process, assuring very high performance. It is I2C compatible and can also be


    Original     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit 1N6263 BBY40 BFS17 MP14 5MHz VCO

    Untitled

    Abstract: No abstract text available
    Text: S i GEC PLESSEY S E M I C O N D U C T O R S NJ88C33 FREQUENCY SYNTHESISER 12C BUS PROGRAMMABLE WITH CURRENT SOURCE PHASE DETECTOR OUTPUTS (Supersedes September 1991 edition) The NJ88C33 is a synthesiser circuit fabricated on GPS's 1.4 micron CMOS process, assuring very high


    OCR Scan     		PDF NJ88C33 NJ88C33 16-bit 12-bit 120ft 15jiH 220pH 180nH 470pH

    Untitled

    Abstract: No abstract text available
    Text: CEC 1 '' <901 GEC P L E S S E Y OCTOBER 1991 PRELIMINARY INFORMATION s e m i c o n d u c t o r s DS 2 4 2 '} 3 2 NJ88C33 FREQUENCY SYNTHESISER (r C BUS PROGRAMMABLE WITH CURRENT SOURCE PHASE DETECTOR OUTPUTS (S upersedes S eptem ber 1991 edition) The NJ88C33 is a synthesiser c irc u it fabricated on


    OCR Scan     		PDF NJ88C33 NJ88C33 16-bit 12-bit

    Untitled

    Abstract: No abstract text available
    Text: GEC P L E S S E Y S i C O N D U C T O R S NJ88C33 FREQUENCY SYNTHESISER PC BUS PROGRAMMABLE WITH CURRENT SOURCE PHASE DETECTOR OUTPUTS The NJ88C33 is a synthesiser circuit fabricated on GPS's 1.4 micron CMOS process, assuring very high performance. It is l2C compatible and can also be programmed at up to


    OCR Scan     		PDF NJ88C33 NJ88C33 16-bit 12-bit 180nH 470nH 1N6263 BBY40 2N3904

    128 dual modulus prescaler

    Abstract: dual modulus prescaler Voltage Doubler NJ88C33 C11 YK
    Text: NJ88C33 MITEL SEMICONDUCTOR Frequency Synthesiser l2C BUS Programmable Advance Inform ation DS2429 - 3.2 Septem ber 1994 The NJ88C33 is a synthesiser circuit fabricated on Mitel Sem iconductor's 1.4 micron CMOS process, assuring very high p e rfo rm a n ce . It is l2C co m p a tib le and can also be


    OCR Scan     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit 180nH 00MHz C33ISS2 1N6263 128 dual modulus prescaler dual modulus prescaler Voltage Doubler C11 YK

    Untitled

    Abstract: No abstract text available
    Text: M IT E L S E M IC O N D U C T O R NJ88C33 Frequency Synthesiser l2C BUS Programmable Advance Inform ation DS2429 - 3.2 Septem ber 1994 The NJ88C33 is a synthesiser circuit fabricated on Mitel Semiconductor's 1.4 micron CMOS process, assuring very high perform ance. It is l2C compatible and can also be


    OCR Scan     		PDF NJ88C33 DS2429 NJ88C33 16-bit 12-bit

    Untitled

    Abstract: No abstract text available
    Text: GEC PLESSEY SF. M I C O N D L C T O R S NJ88C33 FREQUENCY SYNTHESISER r C BUS PROGRAMMABLE WITH CURRENT SOURCE PHASE DETECTOR OUTPUTS (Supersedes Septem ber 1991 edition) The NJ88C33 is a synthesiser circuit fabricated on GPS's 1.4 micron CMOS process, assuring very high


    OCR Scan     		PDF NJ88C33 NJ88C33 16-bit 12-bit to470Q 330il 100S1 27kSi 33Mfi 220pH