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
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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
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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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
1N6263
BBY40
BFS17
MP14
"1N6263"
5MHz VCO
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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
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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
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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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
AN94, Using the NJ88C33 PLL Synthesiser
varicap diodes
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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
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Original
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NJ88C33
SP8704
GRM40 COG
TP110N
2N3904N
61095
sp8705
8k2 j
50hz sine flip flop oscillator
Abstract schematic power transistor
Circuit Diagram switch control unity
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"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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
"1N6263"
circuit diagram of MOD 100 counter
Voltage Doubler application
1N6263
BBY40
BFS17
MP14
5mm red led
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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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
AN94, Using the NJ88C33 PLL Synthesiser
1N6263
BBY40
BFS17
MP14
5MHz VCO
Using the NJ88C33 PLL Synthesiser
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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
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PDF
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
varicap diodes
AN94, Using the NJ88C33 PLL Synthesiser
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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
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DS2429
NJ88C33
NJ88C33
16-bit
12-bit
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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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
Voltage Doubler
1N6263
BBY40
BFS17
MP14
5mm red led
varicap diodes
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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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
1N6263
BBY40
BFS17
MP14
5MHz VCO
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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
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NJ88C33
NJ88C33
16-bit
12-bit
120ft
15jiH
220pH
180nH
470pH
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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
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NJ88C33
NJ88C33
16-bit
12-bit
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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
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NJ88C33
NJ88C33
16-bit
12-bit
180nH
470nH
1N6263
BBY40
2N3904
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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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
180nH
00MHz
C33ISS2
1N6263
128 dual modulus prescaler
dual modulus prescaler
Voltage Doubler
C11 YK
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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
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NJ88C33
DS2429
NJ88C33
16-bit
12-bit
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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
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NJ88C33
NJ88C33
16-bit
12-bit
to470Q
330il
100S1
27kSi
33Mfi
220pH
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