500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
74LVC1GX04DCKTG4 Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments
LMK02000EVAL-1 Texas Instruments LMK02000 Evaluation board with 245.76 VCXO visit Texas Instruments
LMK02000EVAL-2 Texas Instruments LMK02000 Evaluation board without VCXO visit Texas Instruments
SN74LVC1GX04DCKR Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments Buy
SN74LVC1GX04DCKT Texas Instruments Crystal Oscillator Driver 6-SC70 -40 to 125 visit Texas Instruments

5mhz crystal oscillator

Catalog Datasheet MFG & Type PDF Document Tags

applications of microprocessor in printer

Abstract: 5mhz crystal oscillator popular Z80, Z180 and HD 64180 instruction sets. Driven by a 5Mhz crystal oscillator and Phased Locked , Mode allowing a lower speed external ROM to be used. The AB180-20, running with the crystal oscillator, will execute code with 3 times the speed of a 33MHz 64180 MPU, and more than 50 times faster
AB Semicon
Original
applications of microprocessor in printer 5mhz crystal oscillator z80 microprocessor applications PRINTER CONTROLLER RH15

ttl crystal oscillator 32khz

Abstract: 5mhz crystal oscillator cell Large drive non-inverting open-source output cell OSCILLATOR CELLS * Cell Description NPOSC1 1 to 5MHz Crystal Oscillator NPOSC2 5 to 20MHz Crystal Oscillator NPOSC4 15 to 40MHz Crystal Oscillator NPLPOSC Low Power 32KHz Crystal Oscillator NPOSC1ENB 1 to 5MHz Crystal Oscillator with Pwr Down NPOSC2ENB 5 to 20MHz Crystal Oscillator with Pwr Down NPOSC3ENB 32KHz to 1MHz Crystal Osc. with Pwr Down NPOSC4ENB 15 to 40MHz Crystal Osc. with Pwr Down * In development, please confirm
Zarlink Semiconductor
Original
DS3697 ttl crystal oscillator 32khz FQFP100 TQFP100 MQFP-120 CLR70000 CLA70000

5mhz crystal oscillator

Abstract: FQFP100 cell Large drive non-inverting open-source output cell OSCILLATOR CELLS * Cell Description NPOSC1 1 to 5MHz Crystal Oscillator NPOSC2 5 to 20MHz Crystal Oscillator NPOSC4 15 to 40MHz Crystal Oscillator NPLPOSC Low Power 32KHz Crystal Oscillator NPOSC1ENB 1 to 5MHz Crystal Oscillator with Pwr Down NPOSC2ENB 5 to 20MHz Crystal Oscillator with Pwr Down NPOSC3ENB 32KHz to 1MHz Crystal Osc. with Pwr Down NPOSC4ENB 15 to 40MHz Crystal Osc. with Pwr Down * In development, please confirm
Zarlink Semiconductor
Original
zarlink CLA
Abstract: Input cell with no pull up or down resistors NPOSC1 1 to 5MHz Crystal Oscillator NPIPR1P Input cell with iKO hm pull up resistor NPOSC2 5 to 20MHz Crystal Oscillator NPIPR1M Input cell with 1KOhm pull down resistor NPOSC4 15 to 40MHz Crystal Oscillator NPIPR2P Input cell with 2KOhm pull up resistor NPLPOSC Low Power 32KHz Crystal Oscillator NPIPR2M Input cell with 2KOhm pull down resistor NPOSC1ENB 1 to 5MHz Crystal Oscillator with Pwr Down NPIPR3P -
OCR Scan
DS3697-2
Abstract: pull down resistor OSCILLATOR CELLS * Cell Description NPOSC1 1 to 5MHz Crystal Oscillator NPOSC2 5 to 20MHz Crystal Oscillator NPOSC4 15 to 40MHz Crystal Oscillator NPLPOSC Low Power 32KHz Crystal Oscillator NPOSC1ENB 1 to 5MHz Crystal Oscillator with Pwr Down NPOSC2ENB 5 to 20MHz Crystal Oscillator with Pwr Down NPOSC3ENB 32KHz to 1MHz Crystal Osc. with Pwr Down NPOSC4ENB 15 to 40MHz Crystal Osc. with Zarlink Semiconductor
Original

Microcontroller AT89C2051 pin diagram

Abstract: delta plc crystal and/or a higher frequency 5 to 10 MHz crystal (8 MHz nominal). Two independent PLL multipliers. 5MHz crystal oscillator generates 25MHz CPU clock with low jitter. Low cost 32kHz watch crystal can , noise. 4. If an external clock source is used instead of the 32.768 kHz quartz crystal oscillator , MHz quartz crystal oscillator, then the High_XTAL_Out pin is not connected and the external clock , 25MHz from watch crystal Port L Port K Port J Port I Port H Port G
Cyan Technology
Original
Microcontroller AT89C2051 pin diagram delta plc FIPS-160 24 BIT adc spi pin diagram of Dual core cpu plc timer 2002/95/EC

pcb diagram of mini ups system

Abstract: RJ45 CONNECTOR fastjack with transformer Component Description eZ80F915005MOD eZ80F91 Mini Enet Module Product Specification 11 5MHz Clock The eZ80F91 Mini Enet Module contains a 5MHz crystal oscillator (Y2) that is multiplied by the , -pin mini-headers · · · PS023602-0804 Factory-default 5 MHz crystal oscillator input, 50MHz maximum , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 5MHz , on-chip 32KHz oscillator, selectable 50/60Hz input, and separate VDD pin for battery backup · · · ·
ZiLOG
Original
pcb diagram of mini ups system RJ45 CONNECTOR fastjack with transformer KS8721BL 16 mhz 18pf HC49US A102 ZHX1810 Z80F915005MOD Z80F91

CDP1805ACD

Abstract: CDP1805ACE OSCILLATOR Pin numbers refer to 40 pin DIP. FIGURE 8. TYPICAL 5MHz CRYSTAL OSCILLATOR CONTROL MODES , 16 x 16 Matrix of On-Board Registers · On-Chip Crystal or RC Controlled Oscillator · 8-Bit Counter , in the oscillator section allows operation with an RC or crystal. DMA Action - Finish executing , Connection to be used with clock input terminal, for an external crystal, if the on-chip oscillator is , external crystal or an RC network. A typical crystal oscillator circuit is shown in Figure 8. The
Intersil
Original
CDP1805AC CDP1806AC CDP1802 CDP1805ACD CDP1805ACE CDP1806ACE df RN transistor 64K-B ISO9000

str 6565

Abstract: BUS0-15 pin DIP. FIGURE 8. TYPICAL 5MHz CRYSTAL OSCILLATOR FIGURE 10. NOMINAL COMPONENT VALUES AS A , of On-Board Registers · On-Chip Crystal or RC Controlled Oscillator · 8-Bit Counter/Timer The , signal transitions. A Schmitt Trigger in the oscillator section allows operation with an RC or crystal , an RC network. A typical crystal oscillator circuit is shown in Figure 8. The crystal is connected , Instruction Time (Note 1) (fCL = 5MHz) 5 3.2 - µs Maximum DMA Transfer Rate 5 - 0.625
Intersil
Original
str 6565 BUS0-15 CDP1806ACQ CDP1805ACDX CDP1805ACQ CDP1806ACEX

CDP1805ACE

Abstract: 6808 cpu '"(m)xTAL t CIN. 15pF ' -1 â¡ I- XTAL 5MHz PARALLEL RESONANT CRYSTAL CouT 27pF fPin numbers refer to 40 pin DIP. FIGURE 8. TYPICAL 5MHz CRYSTAL OSCILLATOR a DC 10M 1M 100K 10K VDD = 5 V AT , of On-Board Registers On-Chip Crystal or RC Controlled Oscillator 8-Bit Counter/Timer Description , to be used with clock input terminal, for an external crystal, if the on-chip oscillator is utilized , use either an external crystal or an RC network. A typical crystal oscillator circuit is shown in
-
OCR Scan
6808 cpu FME termination 688N CDP1802 MICROPROCESSOR CDP1806ACD

CDP1805ACD

Abstract: CDP1805ACDX pin DIP. FIGURE 8. TYPICAL 5MHz CRYSTAL OSCILLATOR FIGURE 10. NOMINAL COMPONENT VALUES AS A , signal transitions. A Schmitt Trigger in the oscillator section allows operation with an RC or crystal , an RC network. A typical crystal oscillator circuit is shown in Figure 8. The crystal is connected , Bytes of On-Chip RAM · 16 x 16 Matrix of On-Board Registers · On-Chip Crystal or RC Controlled Oscillator · 8-Bit Counter/Timer The CDP1805AC hardware enhancements include a 64byte RAM and an 8
Harris Semiconductor
Original
GEC 44 3A CDP1806

7d transistor

Abstract: 1802 harris in the oscillator section allows operation with an RC or crystal. The C D P 1802 Series LOAD mode is , may use either an external crystal or an RC network. A typical crystal oscillator circuit is shown in , 100 1K 10K 100K 1M tPin numbers refer to 40 pin DIP. FIGURE 8. TYPICAL 5MHz CRYSTAL , 64 Bytes of On-Chip RAMt 1 6 x 1 6 Matrix of On-Board Registers On-Chip Crystal or RC Controlled Oscillator 8-Bit Counter/Tim er Ordering information CDP1805AC CDP1805ACE CDP1805ACQ CDP1805ACD
-
OCR Scan
7d transistor 1802 harris cdp 1802 CDP1851

Z80 instruction set

Abstract: hitachi hd64180 user guide . 71 Crystal Oscillator , Control Figure 1 Chip Structure 8 bit processor core The processor is driven by a 5MHz crystal oscillator and phase locked loop (PLL) which generates the on chip 40MHz clock. The address bus is , common applications. Clock Generator: The clock generator consists of a 5 MHz crystal oscillator , runs at 4 times the crystal speed. This internal clock is available on an output pin. Due to this
AB Semicon
Original
AB181E-20 HD64180 Z80 instruction set hitachi hd64180 user guide AB181E20 UFO 128 hd64180 microprocessor memory organisation AB181E-20TM

AB180-20

Abstract: hd64180 microprocessor memory organisation Chip Structure 8 bit processor core The processor is driven by a 5MHz crystal oscillator and phase , . 64 Crystal Oscillator , Generator: The clock generator consists of a 5 MHz crystal oscillator and Phased locked loop (PLL) which , internal clock cycle. The internal clock runs at 4 times the crystal speed. This internal clock is , ) which is 8 times the crystal frequency. rev 2.6 - 10 - Device Details Package Information
AB Semicon
Original
AB180-20TM La 7676 data sheet La 7676 datasheet MO-112 Z180

arcom

Abstract: eco59 HA7210 S E M I C O N D U C T O R Low Power Crystal Oscillator December 1993 Features , crystal oscillator waveform on pin 3 is squared up through a series of inverters to the output drive , Diagram shows the Crystal attached to pins 2 and 3, the Oscillator input and output. The crystal drive , )(5MHz)(30pF) = 825µA Measured IDD = 809µA 13-6 HA7210 Crystal Selection For general purpose , frequency (see Crystal Pullability). For best oscillator performance, two conditions must be met: the
Arcom Control Systems
Original
arcom eco59 3M Touch Systems PCPIC J230

Eaton S3 700

Abstract: Frequency Generator 10kHz HA7210, HA7211 S E M I C O N D U C T O R 10kHz to 10MHz, Low Power Crystal Oscillator , the crystal pins. 8-105 HA7210, HA7211 Test Circuit 0.1µF 1VP-P oscillator section , Crystal attached to pins 2 and 3, (HA7210) the Oscillator input and output. The crystal drive circuitry , crystal pins 2 and 3 on the HA7210 to compensate the oscillator in the 10kHz to 100kHz frequency range , . The two fixed capacitors, C1 and C2 , provide the optimum load to the oscillator and crystal. C3
Harris Semiconductor
Original
HA7210IP HA7210Y HA7210IB Eaton S3 700 Frequency Generator 10kHz ican-6086 EPSON Crystals 1MHz ICAN6086 C-001R32 768K-A MX-38

v5807

Abstract: ICAN-6086 HIGH PERFORMANCE GENERAL PURPOSE OSCILLATOR IC ABX1027 1.8V-3.3V, 5MHz to 60MHz XO IC CRYSTAL , HIGH PERFORMANCE GENERAL PURPOSE OSCILLATOR IC ABX1027 1.8V-3.3V, 5MHz to 60MHz XO IC FEATURES DESCRIPTION · Wide frequency oscillator design. · Single IC to cover up to 60MHz output frequency. · Input Frequency: o Fundamental Crystal: 5MHz to 60MHz o Reference Clock: 5MHz to 60MHz · , OSCILLATOR IC ABX1027 1.8V-3.3V, 5MHz to 60MHz XO IC ELECTRICAL SPECIFICATIONS ABSOLUTE MAXIMUM
Harris Semiconductor
Original
HA7211IB AN9334 v5807 h7210 mx-38 ndk LM 8105 H7210I H7211I

MARKING E27 sot23-6

Abstract: ABX10 HA7210 ® Data Sheet May 2002 10kHz to 10MHz, Low Power Crystal Oscillator Features , pins 2 and 3, the Oscillator input and output. The crystal drive circuitry is detailed showing the , 75µA + (5V)(5MHz)(30pF) = 825µA Measured IDD = 809µA HA7210 Crystal Selection For general , independently. The two fixed capacitors, C1 and C2 , provide the optimum load to the oscillator and crystal. C3 , crystal loading capacitors are connected between the oscillator and V DD ; do not use V SS as an AC
Abracon
Original
MARKING E27 sot23-6 ABX10 Marking e27 E27 sot23-6 oscillator 60mhz PL610 ABX1027- ABX1027GC-R ABX1027TC-R

ICAN-6086

Abstract: HA7210IP CDP6872 Low Power Crystal Oscillator January 1996 Features Description · Single Supply , pins 2 and 3, the Oscillator input and output. The crystal drive circuitry is detailed showing the , the negative supply rail for the oscillator 4 CDP6872 Crystal Selection Frequency Fine , optimum load to the oscillator and crystal. C3 adjusts the frequency at which the circuit oscillates , for the HA7210 Low Power Crystal Oscillator". Intersil Application Note AN9334. VDD S. S
Intersil
Original
Frequency Generator 1MHz epson 32.768KHZ CRYSTALS h721 4Mhz crystal two terminals datasheet AN9317 Frequency Generator to 10MHz square FN3389
Showing first 20 results.