CLOCK MULTIPLIER TTL 60 DUTY CYCLE Search Results

Contextual Info: NB3N501 3.3V / 5.0V 13 MHz to 160 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N501 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

Contextual Info: NB3N501 3.3V / 5.0V 13 MHz to 160 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N501 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

transistor D 1666

Abstract: transistor code x1 soic footprint
Contextual Info: NB3N501 3.3V / 5.0V 13 MHz to 160 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N501 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

Contextual Info: NB3N501 3.3V / 5.0V 13 MHz to 160 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N501 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

Contextual Info: NB3N511 3.3V / 5.0V 14 MHz to 200 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N511 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

transistor code x1

Abstract: clock multiplier TTL 60 duty cycle TTL Oscillators
Contextual Info: NB3N511 3.3V / 5.0V 14 MHz to 200 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N511 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

Contextual Info: NB3N511 3.3V / 5.0V 14 MHz to 200 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N511 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

Contextual Info: NB3N511 3.3V / 5.0V 14 MHz to 200 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N511 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

clock multiplier TTL 60 duty cycle

Abstract: 3N511
Contextual Info: NB3N511 3.3V / 5.0V 14 MHz to 200 MHz PLL Clock Multiplier Description http://onsemi.com The NB3N511 is a clock multiplier that will generate one of nine selectable output multiples of an input frequency via two 3−level select inputs S0, S1 . It accepts a standard fundamental mode crystal

FMOC78

Abstract: oscillators
Contextual Info: High Frequency via Multiplier FMOC78 SERIES 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators HCMOS/TTL Compatible Lower Cost 8 PIN DIP SPECIFICATIONS 08 - Issue 2 - 041508 Parameter Frequency Range Overall Frequency Tolerance Operating Temperature Range

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Contextual Info: High Frequency via Multiplier FMOC78 SERIES 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators HCMOS/TTL Compatible Lower Cost 8 PIN DIP SPECIFICATIONS 08 - Issue 2 - 041508 Parameter Frequency Range Overall Frequency Tolerance Operating Temperature Range

Contextual Info: High Frequency via Multiplier FMOC71 SERIES 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators HCMOS/TTL Compatible Lower Cost 14 PIN DIP SPECIFICATIONS 08 - Issue 2 - 041508 Parameter Specification Frequency Range Overall Frequency Tolerance 60.0 - 160.0 MHz 100 MHz max @ +3.3 Vdd

FMOC71

Abstract: oscillators
Contextual Info: High Frequency via Multiplier FMOC71 SERIES 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators HCMOS/TTL Compatible Lower Cost 14 PIN DIP SPECIFICATIONS 08 - Issue 2 - 041508 Parameter Specification Frequency Range Overall Frequency Tolerance 60.0 - 160.0 MHz 100 MHz max @ +3.3 Vdd

Contextual Info: FMOC71 SERIES High Frequency via Multiplier 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators HCMOS/TTL Compatible 14 PIN DIP Lower Cost SPECIFICATIONS 05|issue1|111904 Parameter Frequency Range Overall Frequency Tolerance Operating Temperature Range

Contextual Info: FMOC78 SERIES High Frequency via Multiplier 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators HCMOS/TTL Compatible 8 PIN DIP Lower Cost SPECIFICATIONS 05|issue1|111904 Parameter Frequency Range Overall Frequency Tolerance Operating Temperature Range

FMOC71

Contextual Info: FMOC71 SERIES •High Frequency via Multiplier* •3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators • HCMOS/TTL Compatible 14 PIN DIP • Lower Cost* SPECIFICATIONS Parameter Frequency Range Overall Frequency Tolerance Operating Temperature Range

Frequency multiplier 1mHz 100MHz

Abstract: 9264 FMOC78 Frequency multiplier 100MHz
Contextual Info: FMOC78 SERIES •High Frequency via Multiplier* • 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators • HCMOS/TTL Compatible 8 PIN DIP • Lower Cost* SPECIFICATIONS Parameter Frequency Range Overall Frequency Tolerance Operating Temperature Range

Contextual Info: FMOC71 SERIES High Frequency via Multiplier 3.3 Vdc Supply Voltage Option 5.0 Vdc Clock Oscillators HCMOS/TTL Compatible 14 PIN DIP Lower Cost SPECIFICATIONS 05|issue1|031406 Parameter Frequency Range Overall Frequency Tolerance Operating Temperature Range

Contextual Info: CY2077 High Accuracy EPROM Programmable Single-PLL Clock Generator Features Benefits • High accuracy PLL with 12 bit multiplier and 10 bit divider Enables synthesis of highly accurate and stable output clock frequencies with zero PPM • EPROM-programmability

VSC6511

Abstract: nrzi Decoder deserializer 292M-1998 Ic digital IC 741 parallel scrambler
Contextual Info: VITESSE SEMICONDUCTOR CORPORATION Advance Product Information SMPTE 292M Serializer, Deserialzer, and Deserializer/Reclocker VSC6511 Features • Multiple Modes of Operation: Serializer: Y and C Data Input with 2 or 4 Configurable 75Ω Cable Driver Outputs

nrzi Decoder

Abstract: SMPTE-292M pin diagram of ic 741 SMPTE292M VSC6511RC VSC6511 VSC7152 ic 741 application ic tl 741 ic ttl 7425
Contextual Info: VITESSE SEMICONDUCTOR CORPORATION Advance Product Information SMPTE-292M Serializer, Deserializer, and Deserializer/Reclocker at 1.485Gb/s VSC6511 Features • Compliant with SMPTE-292M @ 1.485Gb/s • Data Framer aligns data and provides TRS on SAV/EAV events

T98552

Abstract: clock multiplier TTL 60 duty cycle
Contextual Info: Preliminary Information T98552 Low Phase Noise PLL Clock Multiplier 25-200 MHz Applications • Clock generation in telecommunications, networking, computing systems and Digital TV - SONET/SDH, Fast Ethernet/Gigabit Ethernet, ATM, Fiber Channel, E4 systems, line cards

CY2037

Abstract: CY2037WAF
Contextual Info: PRELIMINARY CY2037 High Accuracy EPROM Programmable PLL Die for Crystal Oscillators Features Benefits • EPROM-programmable die for in-package programming of crystal oscillators Enables quick turnaround of custom oscillators Lowers inventory costs through stocking of blank parts

cmos cd4* counter

Abstract: crystal oscillator 1 MHz 4 pins 4 pin surface mount crystal oscillator 4.4 MHz crystal 40 MHZ OSCILLATOR transistor t1A transistor t1W Crystal 32 MHz 12 pF CY2037 CY2037WAF
Contextual Info: fax id: 3554 PRELIMINARY CY2037 High Accuracy EPROM Programmable PLL Die for Crystal Oscillators Features Benefits • EPROM-programmable die for in-package programming of crystal oscillators Enables quick turnaround of custom oscillators Lowers inventory costs through stocking of blank parts