The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1217CS8 Linear Technology LT1217 - Low Power 10MHz Current Feedback Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1217CS8#TRPBF Linear Technology LT1217 - Low Power 10MHz Current Feedback Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1217CS8#PBF Linear Technology LT1217 - Low Power 10MHz Current Feedback Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1217CS8#TR Linear Technology LT1217 - Low Power 10MHz Current Feedback Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC6605IDJC-10#PBF Linear Technology LTC6605-10 - Dual Matched 10MHz Filter with Low Noise, Low Distortion Differential Amplifier; Package: DFN; Pins: 22; Temperature Range: -40°C to 85°C
LT6600CS8-10#PBF Linear Technology LT6600-10 - Very Low Noise, Differential Amplifier and 10MHz Lowpass Filter; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C

10mhz crystal oscillator Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
TW0280A

Abstract:
Text: TAI-SAW TECHNOLOGY CO., LTD. No. 3, Industrial 2nd Rd., Ping-Chen Industrial District, Taoyuan, 324, Taiwan, R.O.C. TEL: 886-3-4690038 FAX: 886-3-4697532 E-mail: tstsales@mail.taisaw.com Web: www.taisaw.com Approval Sheet For Product Specification Issued Date:11/6/2007 (REV. NO: 1) Product Name: SMD 5.0x3.2 10MHz Crystal Oscillator TST Parts No.: TW0280A Customer Parts No. : Company , 5.0x3.2 10MHz Crystal Oscillator MODEL NO.: TW0280A REV. NO: 1 Features: Surface Mount Seam Weld


Original
PDF 10MHz TW0280A FR-71S03-01 TW0280A 10mhz crystal oscillator tw028 WK31
2013 - TW0471A

Abstract:
Text: TAI-SAW TECHNOLOGY CO., LTD. SMD 7.0x5.0 10MHz Crystal Oscillator MODEL NO.: TW0471A REV. NO.: 1.0 Revise: Rev. Rev. Page Rev. Account Date 1 N/A Initial release 06/20/13’ N/A TAI-SAW TECHNOLOGY CO., LTD. Ref. No. Reviser Ginger Huang TST DCC Release , Web: www.taisaw.com SMD 7.0x5.0 10MHz Crystal Oscillator MODEL NO.: TW0471A REV. NO: 1.0 , output) Fundamental Crystal application Electrical Characteristics: TW0471A Specifications


Original
PDF 10MHz TW0471A D-4701 30min) 06kg/cm EIAJED-4701-3 B-123A TW0471A
2006 - 10mhz crystal oscillator

Abstract:
Text: PT8A310 Q-10B Hot Water Controller Features General Description · 2M~ 10MHz crystal oscillator The PT8A310 interface circuit is for gas water heater. · ASK modulation & demodulation capability It · On-chip D/A converter (4 Bits) modulation/demodulation technology in the · +5V single power supply communication interface circuit of the hot-water · On-Chip sine-wave output , family Block Diagram PSOUT OSCI PV CC PGND PSEN Oscillator Output Buffer FOUT


Original
PDF PT8A310 Q-10B 10MHz PT8A310 PT8A300 16-pin 10mhz crystal oscillator water heater block diagram
10mhz crystal oscillator

Abstract:
Text: PT8A300/301/303/304 Q-10 Hot Water Controller Description Features · · · · · · · 2M~ 10MHz crystal oscillator ASK Modulation & Demodulation Capability One On-Chip D/A Converter (4 Bits) (PT8A300) Two On-Chip D/A Converters (4 Bits) (PT8A301, PT8A303 and PT8A304) +5V Single Power Supply 1 On-Chip Analog Switch (PT8A300) or 2 On- Chip Analog Switches (PT8A301/PT8A303/304) Package: 16-pin SOIC Ordering Information Part Number PT8A300W/301W/303W/304W PT8A300WE/301WE/ 303WE


Original
PDF PT8A300/301/303/304 10MHz PT8A300) PT8A301, PT8A303 PT8A304) PT8A301/PT8A303/304) 16-pin PT8A300W/301W/303W/304W 10mhz crystal oscillator PT8A300 hot water unit heater
1995 - 587-024

Abstract:
Text: the chip will reset itself to enable the on-chip oscillator . (The RS 10MHz crystal oscillator is , implementing the timebase oscillator is to use a 10MHz crystal (307-799) and associated circuitry as shown in , connecting the 1MHz enable control circuitry. An external oscillator , eg. the RS 10MHz crystal oscillator , 10MHz crystal q Internally generates multiplex timing with inter-digit blanking, leading zero blanking , with a typical supply current of 1.5mA with a 10MHz crystal and no measurements are made. In addition


Original
PDF 10MHz 587-024 7216A rs8629 10mhz crystal oscillator IC 74LS90 FEATURES pin diagram of ic 74ls90 74LS90 .39" 10 pin seven segment display 10Mhz crystal 7226A
1997 - 587-024

Abstract:
Text: Display Off the oscillator continues to run with a typical supply current of 1.5mA with a 10MHz crystal , oscillator (The RS 10MHz crystal oscillator is ideally suited as an external oscillator ). of Time , connecting the 1MHz enable control circuitry. An external oscillator , eg. the RS 10MHz Crystal Oscillator , counter. The counter normally uses a 10MHz quartz crystal timebase (but a 1MHz quartz crystal timebase , 1MHz or 10MHz crystal q Internally generated multiplex timing with interdigit blanking, leading zero


Original
PDF RS7216A 10MHz 50MHz 74LS90 dec484 587-024 rs8629 IC 74LS90 FEATURES Digital Pulse Counter - Single Digit 7216A of IC 74LS90 74LS90 divide by two counter RS Components 434-548 RS7216
1995 - 587-024

Abstract:
Text: Display Off the oscillator continues to run with a typical supply current of 1.5mA with a 10MHz crystal , oscillator (The RS 10MHz crystal oscillator is ideally suited as an external oscillator ). of Time , connecting the 1MHz enable control circuitry. An external oscillator , eg. the RS 10MHz Crystal Oscillator , counter. The counter normally uses a 10MHz quartz crystal timebase (but a 1MHz quartz crystal timebase , 1MHz or 10MHz crystal q Internally generated multiplex timing with interdigit blanking, leading zero


Original
PDF RS7216A 10MHz 50MHz 74LS90 deca434-432 587-024 IC 74LS90 FEATURES 7216A IC 74LS90 RS flip flop IC 74LS90 divide by two counter rs8629 RS7216 pin DIAGRAM OF IC 74ls90
1997 - 587-024

Abstract:
Text: the chip will reset itself to enable the on-chip oscillator . (The RS 10MHz crystal oscillator is , implementing the timebase oscillator is to use a 10MHz crystal (307-799) and associated circuitry as shown in , connecting the 1MHz enable control circuitry. An external oscillator , eg. the RS 10MHz crystal oscillator , 10MHz crystal q Internally generates multiplex timing with inter-digit blanking, leading zero blanking , with a typical supply current of 1.5mA with a 10MHz crystal and no measurements are made. In addition


Original
PDF 10MHz 587-024 10Mhz crystal 74LS90 divide by two counter Digital Pulse Counter - Single Digit 7216A 74LS90 of IC 74LS90 IC 74LS90 FEATURES D104 D100
2013 - Not Available

Abstract:
Text: Standard 80-pin TQFP card with PIC18F8520 MCU EasyPIC PRO v7 What's on Card 1 2 10MHz crystal oscillator . We carefully chose the most convenient crystal value that provides clock frequency which can be used directly, or with the PLL multipliers and dividers to create higher MCU clock value. 3 VCAP jumper. Some PIC18FK and all PIC18FJ microcontrollers have cores that work on , OSC2 OSC1 GND RJ4 RC6 RC1 RA5 22pF RA1 RA3 X1 10MHz RB7 RC5 RC4 RC3 RC2 RJ7


Original
PDF 80-pin PIC18F8520 10MHz PIC18FK PIC18FJ
NJ88C30

Abstract:
Text: 5kHz when using a 10MHz crystal oscillator , the reference divider ratio will need to be 2000 (seeTable , . Supply current 8 4 7 mA Crystal Oscillator Frequency 6, 7 10 15 MHz , DESCRIPTION Crystal Oscillator and Reference Divider The Refers nee oscillator consists of a Pierce type oscillator intended for use with a parallel resonant fundamental crystal . Typical gain and phase , , by direct connection to CRYSTAL IN. The reference oscillator drives a +100 prescaler followed by a


OCR Scan
PDF NJ88C30 S328M NJ88C30 12-bit 10MHz, 10MHz.
Not Available

Abstract:
Text: VCO input at 200MHz and fxTAL = 10MHz Crystal oscillator Frequency 6,7 10 15 MHz 1 , Programming For a channel spacing (comparison frequency) of 5kHz when using a crystal oscillator of 10MHz , reference oscillator inverter CIRCUIT DESCRIPTION Crystal Oscillator and Reference Divider The , ratios and the comparison frequencies if a 10MHz crystal is used are shown in Flg.7. DR2 DR1 DRO , trimming the crystal , an open drain output at one hundredth of the reference oscillator frequency is


OCR Scan
PDF NJ88C30 NJ88C30 12-bit
2013 - Not Available

Abstract:
Text: Standard 80-pin TQFP card with PIC18F8722 MCU EasyPIC PRO v7 What's on Card 1 2 10MHz crystal oscillator . We carefully chose the most convenient crystal value that provides clock frequency which can be used directly, or with the PLL multipliers and dividers to create higher MCU clock value. 3 VCAP jumper. Some PIC18FK and all PIC18FJ microcontrollers have cores that work on , GND RJ4 RC6 RC1 RA5 22pF RA1 RA3 X1 10MHz RB7 RC5 RC4 RC3 RC2 RJ7 RJ6 C2


Original
PDF 80-pin PIC18F8722 10MHz PIC18FK PIC18FJ
M54466L

Abstract:
Text: input A 10MHz crystal oscillator is used. 12 X-in 13 PSC Pulse swallow control output Controls , -Vr, 751 _ 55?PULSE SWALLOW 13J -» PSCCONTBOL OUTPUT lu*- x-in | CRYSTAL Zl OSCILLATOR hj-x-out i |nputs To] —Test TEST INPUT ])] GND Outline 16P4 BLOCK DIAGRAM CRYSTAL OSCILLATOR X-,N (g x-ouifn , Crystal type Des dd6 l l 1024 10kHz 10.24MHz h l 1000 10kHz_ 10MHz l h 100 100kHz 10MHz h h 20 , Reference frequency 10 MHz CRYSTAL OSCILLATOR CIRCUIT Note 12 : Specifications of crystal oscillator


OCR Scan
PDF M54929P M54929P 300MHz M54466L 30MHz 15MHz 30MHz, M58497P) m54466 M58497P M58497 block diagram for amateur radio Pulse Divider ICs phase detector 10khz 10mhz crystal oscillator trimmer frequency set 30pF
female PCB connector 9pin d-sub

Abstract:
Text: operation. · Will accommodate all standard oscillator options (Can, Crystal , Ceramic Resonator, RC, or External Clock). Comes configured with 10MHz crystal oscillator . · Data-book compliant RESET circuit , comes configured for 10MHz Crystal Oscillator mode. Only one option at a time is allowable. 1. RC , . Crystal /Ceramic Resonator Mode: In this mode, C9, C10, X1, and R2 form the oscillator network. X1 can be , CRYSTAL OSCILLATOR X1 25 1 N/R NSC COBALT V2.00 PCB PCB1 (See errata below) *26 4 1902CK


Original
PDF 100uF DS14C232 NM93C06/46/56/66/86 LM7805CT female PCB connector 9pin d-sub LM340CT-5 9pin d type Female PCB connector 1210PHCT-ND lm340ct CP-002A-ND 10mhz crystal oscillator 1N4148CT-ND a2100-nd COP8SGE740N8
1992 - DF15

Abstract:
Text: . Supply current Crystal Oscillator Frequency External input level High level Low level VCO Input , Fig. 5 Gain and phase characteristics of reference oscillator inverter CIRCUIT DESCRIPTION Crystal , to CRYSTAL IN. The reference oscillator drives a 4100 prescaler followed by a reference divider to , ) if a 10MHz crystal is used are shown in Table 1. DR2 DR1 0 0 0 0 1 1 1 1 0 0 1 1 0 , , an open drain output at one hundredth of the reference oscillator frequency is provided on CRYSTAL


Original
PDF NJ88C30 NJ88C30 DS3281-1 12-bit DF15 MP14
1992 - 2 pin 10mhz crystal oscillator

Abstract:
Text: . Supply current Crystal Oscillator Frequency External input level High level Low level VCO Input , Fig. 5 Gain and phase characteristics of reference oscillator inverter CIRCUIT DESCRIPTION Crystal , to CRYSTAL IN. The reference oscillator drives a 4100 prescaler followed by a reference divider to , ) if a 10MHz crystal is used are shown in Table 1. DR2 DR1 0 0 0 0 1 1 1 1 0 0 1 1 0 , , an open drain output at one hundredth of the reference oscillator frequency is provided on CRYSTAL


Original
PDF NJ88C30 NJ88C30 DS3281-1 12-bit 2 pin 10mhz crystal oscillator DF15-3.2-30DP-0.65V 10mhz crystal oscillator DF15 MHz crystal oscillator MP14
1992 - CRYSTAL OSCILLATOR 10MHZ 5 pin

Abstract:
Text: . Supply current Crystal Oscillator Frequency External input level High level Low level VCO Input , Fig. 5 Gain and phase characteristics of reference oscillator inverter CIRCUIT DESCRIPTION Crystal , to CRYSTAL IN. The reference oscillator drives a 4100 prescaler followed by a reference divider to , ) if a 10MHz crystal is used are shown in Table 1. DR2 DR1 0 0 0 0 1 1 1 1 0 0 1 1 0 , , an open drain output at one hundredth of the reference oscillator frequency is provided on CRYSTAL


Original
PDF NJ88C30 NJ88C30 DS3281-1 12-bit CRYSTAL OSCILLATOR 10MHZ 5 pin DF15 MP14
1992 - Not Available

Abstract:
Text: using a 10MHz crystal oscillator , the reference divider ratio will need to be 2000 (seeTable 1) This is , current Crystal Oscillator Frequency External input level High level Low level VCO Input Input sensitivity , Conditions 1VRMS VCO input at 200MHz and fXTAL = 10MHz Parallel resonant, fundamental crystal AC coupled DC , CIRCUIT DESCRIPTION Crystal Oscillator and Reference Divider The Reference oscillator consists of a Pierce type oscillator intended for use with a parallel resonant fundamental crystal . Typical gain and


Original
PDF NJ88C30 NJ88C30 DS3281-1 12-bit
1992 - DS3281-1

Abstract:
Text: . Supply current Crystal Oscillator Frequency External input level High level Low level VCO Input , Fig. 5 Gain and phase characteristics of reference oscillator inverter CIRCUIT DESCRIPTION Crystal , to CRYSTAL IN. The reference oscillator drives a 4100 prescaler followed by a reference divider to , ) if a 10MHz crystal is used are shown in Table 1. DR2 DR1 0 0 0 0 1 1 1 1 0 0 1 1 0 , , an open drain output at one hundredth of the reference oscillator frequency is provided on CRYSTAL


Original
PDF NJ88C30 NJ88C30 DS3281-1 12-bit CMOS divider 10 100 1000 DF15 MP14
1992 - DF15

Abstract:
Text: . Supply current Crystal Oscillator Frequency External input level High level Low level VCO Input , Fig. 5 Gain and phase characteristics of reference oscillator inverter CIRCUIT DESCRIPTION Crystal , to CRYSTAL IN. The reference oscillator drives a 4100 prescaler followed by a reference divider to , ) if a 10MHz crystal is used are shown in Table 1. DR2 DR1 0 0 0 0 1 1 1 1 0 0 1 1 0 , , an open drain output at one hundredth of the reference oscillator frequency is provided on CRYSTAL


Original
PDF NJ88C30 NJ88C30 DS3281-1 12-bit DF15 MP14
1992 - Not Available

Abstract:
Text: . Supply current Crystal Oscillator Frequency External input level High level Low level VCO Input , Fig. 5 Gain and phase characteristics of reference oscillator inverter CIRCUIT DESCRIPTION Crystal , to CRYSTAL IN. The reference oscillator drives a 4100 prescaler followed by a reference divider to , ) if a 10MHz crystal is used are shown in Table 1. DR2 DR1 0 0 0 0 1 1 1 1 0 0 1 1 0 , , an open drain output at one hundredth of the reference oscillator frequency is provided on CRYSTAL


Original
PDF NJ88C30 NJ88C30 DS3281-1 12-bit
2002 - 10mhz crystal oscillator

Abstract:
Text: LM96XXCamera Head Board is clocked with an on board 10MHz crystal oscillator . This clock can be disabled and


Original
PDF LM9630 LM96XXCamera 10MHz 10mhz crystal oscillator LM9630HEADBOARD LCC32 LM9630 HEADBOARD SCHEMATIC camera on board XC224
2001 - MOTHERBOARD Chip Level MANUAL

Abstract:
Text: Chip, re-programmable 64Kbyte flash memory, 32Kbyte RAM, 10MHz crystal oscillator , and connectors for , applications M Built-in Microprocessor Interface Program (MIP) M 10MHz input clock M Modular connectors


Original
PDF LTM-10A 65100R-200, 65120R 64Kbyte 32Kbyte 10MHz 003-0329-01B MOTHERBOARD Chip Level MANUAL LTM 4620 65100R200 65100R-200 78010R ECHELON echelon 3120 LTM10A LZR ELECTRONICS
1984 - 587-024

Abstract:
Text: , time Stable high frequency oscillator , uses either A B 1MHz or 10MHz crystal interval counter or as a totalising counter. The l counter normally uses a 10MHz quartz crystal Internally generated multiplex timing , oscillator (The RS 10MHz crystal Reference Counter oscillator is ideally suited as an external oscillator ). , circuitry. An external oscillator , e.g. the RS 10MHz Crystal Oscillator may be used by connecting the , Frequency of 1.5mA with a 10MHz crystal and no measurements Range Input ·01 sec/1 hertz D10 0 are made. In


Original
PDF H3368 RS7216A 5-65p 587-024 7216A rs8629 RS Components 434-548 seven segment display chip 74LS90 divide by two counter 10mhz crystal oscillator Digital Pulse Counter - Single Digit IC counter 3 digit LED
2001 - MOTHERBOARD Chip Level MANUAL

Abstract:
Text: containing a Neuron 3150 Chip, re-programmable 32Kbyte flash memory, 32Kbyte RAM, 10MHz crystal oscillator , LTM-10 LonTalk Module and Motherboard Models 65100-100 and 65120 M 32Kbyte flash memory provides non-volatile application memory that can be reprogrammed in the field M 32Kbyte RAM provides protocol buffer space for applications that receive large bursts of network traffic M 2 memory maps allow the developer to maximize flash or RAM space M Built-in Microprocessor Interface Program (MIP) M 10MHz input


Original
PDF LTM-10 32Kbyte 10MHz 03-0329-01A MOTHERBOARD Chip Level MANUAL LTM 4620 motherboard service guide Echelon ltm-10 HP-114A molex 8981-4p SSW-106-01-T-S hp motherboard 8981-4P
Supplyframe Tracking Pixel