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Part Manufacturer Description Datasheet BUY
ADS8505IBDBG4 Texas Instruments 16-Bit 250kHz CMOS Analog-to-Digital Converter With Parallel Interface 2.5V Internal Reference 28-SSOP -40 to 85 visit Texas Instruments
ADS8505IBDBR Texas Instruments 16-Bit 250kHz CMOS Analog-to-Digital Converter With Parallel Interface 2.5V Internal Reference 28-SSOP -40 to 85 visit Texas Instruments
ADS8505IDW Texas Instruments 16-Bit 250kHz CMOS Analog-to-Digital Converter With Parallel Interface 2.5V Internal Reference 28-SOIC -40 to 85 visit Texas Instruments Buy
ADS8505IBDBRG4 Texas Instruments 16-Bit 250kHz CMOS Analog-to-Digital Converter With Parallel Interface 2.5V Internal Reference 28-SSOP -40 to 85 visit Texas Instruments
ADS8505IDWG4 Texas Instruments 16-Bit 250kHz CMOS Analog-to-Digital Converter With Parallel Interface 2.5V Internal Reference 28-SOIC -40 to 85 visit Texas Instruments
ADS8505IBDW Texas Instruments 16-Bit 250kHz CMOS Analog-to-Digital Converter With Parallel Interface 2.5V Internal Reference 28-SOIC -40 to 85 visit Texas Instruments Buy

via 8505

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CX22702

Abstract: CX23882 . Version 1.0 2007 PEX 8505 Features PEX 8505 General Features o 5-lane PCI Express , . o Typical Power: 0.8 Watts PEX 8505 Key Features o Standards Compliant - PCI Express Base , -Port ExpressLaneTM PCIe Switch The PEX 8505 device offers PCI Express switching capability conforming to the PCI , embedded-control products. The PEX 8505 can be used as a fan-out, or peer-to-peer switch, and is well-suited for , PEX 8505 offers five lanes and up to five ports supporting x1 and x2 lane widths. The PEX 8505
PLX Technology
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via 8505

Abstract: CX22702 Cable End Point PEX 8505 x1 x1 PCI Bus VIA 17242 Stereo CODEC Proprietary ASIC , cable connector. The connection between the PEX 8505 and the host is made via the x1 cable. The PEX , Version 1.2 2008 . PEX 8505 Features PEX 8505 General Features o 5-lane PCI Express switch , . o Typical Power: 0.8 Watts PEX 8505 Key Features o Standards Compliant - PCI Express Base , -Port ExpressLaneTM PCIe Switch The PEX 8505 device offers PCI Express switching capability conforming to the PCI
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GS4982-CKAE3

Abstract: video sync detector , GS4982 Video Sync Separators with 50% Sync Slicing Data Sheet 8505 - 2 November 2009 , . Updated to latest Gennum template and changed from document number 52161 to 8505. Contents Features , . 12 GS4882, GS4982 Video Sync Separators with 50% Sync Slicing Data Sheet 8505 - 2 November , GS4882, GS4982 Video Sync Separators with 50% Sync Slicing Data Sheet 8505 - 2 November 2009 3 of , , GS4982 Video Sync Separators with 50% Sync Slicing Data Sheet 8505 - 2 November 2009 4 of 13
GENNUM
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GS4982-CKAE3 video sync detector GB4571 GS4882-CDA GS4882-CKA GS4882-CKAE3

XA-A14-CS1P

Abstract: accelerometer sensor wireless Digi's XBee sensor adapter (via RJ-45 connector) for wireless ZigBee® connectivity · No external power supply required; draws power from XBee sensor adapter (via RJ-45 connector) · A´ la carte product , : 3.00 oz (85.05 g) Watchport/D · Length: 1.75 in (4.45 cm) · Width: 0.74 in (1.88 cm) · Height: 0.85 in (2.16 cm) · Weight: 3.00 oz (85.05 g) USABILITY REQUIREMENTS · Watchport Sensors for Drop-in
Digi International
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XA-A14-CS1P XA-B14-CS1R accelerometer sensor wireless zigbee temperature and humidity sensor XA-A14-CS1R XA-B14-CS1P B1/911

XBee

Abstract: x-bee Plug into Digi's XBee sensor adapter (via RJ-45 connector) for wireless ZigBee® connectivity · No external power supply required; draws power from XBee sensor adapter (via RJ-45 connector) · A´ la , in (3.02 cm) · Height: 0.69 in (1.75 cm) · Weight: 3.00 oz (85.05 g) USABILITY REQUIREMENTS · , oz (85.05 g) Watchport/D Distance/Proximity Sensor · Photo-electric sensor with hardware , network or via the web. With over 20 million ports shipped worldwide since 1985, Digi offers the highest
Digi International
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XBee x-bee XBee-PRO USB gravity sensor ph sensor water ph sensor 9-30VD RS-232 A2/1008

IEC61000-2-2

Abstract: EN62040-1-1 850 SDU 500-5 SDU 850-5 Volts, Frequency In/Out 120 Vac, 50/60 Hz Certifications and Compliances , ) 11.9 (5.40) SDU 500 500/300 SDU 850 850/510 0.6 SDU 500-5 500/300 SDU 850-5 850/510 2 UPS , standard ISTA 2A. To be mounted on DIN TS35/7.5 or TS35/15 rail system. Chassis mounting permissible via
SOLA / Hevi-Duty
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E179213 IEC60801-2 IEC60801-3 IEC61000-2-2 EN62040-1-1 IEC-60801 RS232 E137632 CUL/CSA-C22 234-M90 EN50091-2

colour tv kit circuit diagram

Abstract: IT 8517 pin 4 instead, via a resistor, as shown in Fig.5. The device exhibits signal inversion. Delay mode Incoming signals are applied to the terminal Vi via a coupling capacitor (Fig.4).The injected signal is , , or may be taken via a suitable buffer circuit if a lower output impedance is required. Analogue , \R.f\f\RI\L SAMPLE & HOLD CLOCK BREAKTHROUGH Mean uncascaded delay 850.5 T Delay of N cascaded lines 850.5 7" - (N - 1 )851 T Crossover points of clocks nominally 50%: exact timing relationship is
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MS1002 MS1002-1 MS1002-3 colour tv kit circuit diagram IT 8517 1-in-100

colour tv kit circuit diagram

Abstract: MS1002 to pin 4 instead, via a resistor, as shown in Fig.5. The device exhibits signal inversion. Delay mode Incoming signals are applied to the terminal Vi via a coupling capacitor (Fig.4).The injected , from the device, or may be taken via a suitable buffer circuit if a lower output impedance is required , T fmrjuxfuini SAMPLE & HOLD CLOCK BREAKTHROUGH Mean uncascaded delay 850.5 T Delay of N cascaded lines = 850.5 T + (N - 1)851 T Crossover points of clocks nominally 50%; exact timing relationship is
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mj 13007

Abstract: mj 13005 ,4 Viîïâ'" 2N 6674 300 450 10 0,5 2N 6675 400 650 10 0,5 2N 6676 300 450 15 0,5 2N 6677 350 , 1200 5 2 MJ 8505 800 1400 5 2 24
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mj 13007 mj 13005 13005 A mj 13009 13005a 13009 BUW35
Abstract: applied to the terminal Vi via a coupling capacitor (Fig.4).The injected signal is proportional to the , taken via a suitable buffer circuit if a lower output impedance is required. Analogue information , input biassing, the wiper of Rv should be connected to pin 4 instead, via a resistor, as shown in Fig , providing: Mean uncascaded delay 850.5 T Delay of N cascaded lines = 850.5 T + (N - 1)851 T Minimum -
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16-LEAD

circuit for piezoelectric sensor

Abstract: piezoelectric pressure sensor radiant plate. When the ultrasonic gets to the receiver via the transmit of air, it is collected by the , =9.5±0.5 D=6.2±0.5 E=8.5±0.5 Fig.1 (Unit: mm) Fig.2 FC: Frequency Counter VFO: Voice TW: TW
Shanghai Nicera Sensor
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ZT40-12 circuit for piezoelectric sensor piezoelectric pressure sensor automotive "Ultrasonic Sensor" Ultrasonic amplifier sound impact Sensor ZR40-12
Abstract: Delay mode ~ Incoming signals are applied to the terminal Vi via a coupling capacitor (Fig.4).The , available directly from the device, or may be taken via a suitable buffer circuit if a lower output , of Rv should be connected to pin 4 instead, via a resistor, as shown in Fig.5. The device exhibits , ; exact timing relationship is non-critical providing: Mean uncascaded delay 850.5 T Delay of N cascaded lines = 850.5 T + (N -1)851 T Fig.3 Timing diagram Minimum time, tg, when < 1 is low and -
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001SA22

A1265

Abstract: ultrasonic sensor circuit plate. When the ultrasonic gets to the receiver via the transmit of air, it is collected by the , =9.2±0.5 C=6.1±0.5 D=8.5±0.5 A=12.6±0.5 Fig.1 (Unit: mm) B=9.2±0.5 Fig.2 FC: FC
Shanghai Nicera Sensor
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ZT40-12P ZR40-12P A1265 ultrasonic sensor circuit ultrasonic sensor 40khz 40KHz Ultrasonic receiver 40KHZ ULTRASONIC TRANSMITTER AND RECEIVER impact Sensor

circuit for piezoelectric sensor

Abstract: A1265 plate. When the ultrasonic gets to the receiver via the transmit of air, it is collected by the , =9.2±0.5 C=6.1±0.5 D=8.5±0.5 A=12.6±0.5 Fig.1 (Unit: mm) B=9.2±0.5 Fig.2 FC: FC
Shanghai Nicera Sensor
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40khz ultrasonic receiver and transmitter distance measurement ultrasonic sensor Ultrasonic Distance sensor ultrasonic sensor performance Ultrasonic transmitter receiver Ultrasonic transmitter receiver zr40

"Ultrasonic Sensor"

Abstract: ultrasonic sensor circuit radiant plate. When the ultrasonic gets to the receiver via the transmit of air, it is collected by the , =9.5±0.5 D=6.2±0.5 E=8.5±0.5 Fig.1 (Unit: mm) Fig.2 FC: Frequency Counter TW: TW a foot: 1
Shanghai Nicera Sensor
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piezoelectric ultrasonic 50khz ultrasonic transmitter ultrasonic receiver ultrasonic sensor datasheet Ultrasonic transmitter

PEX8624

Abstract: PEX8604 - 5 2 Yes 1.6 19x19 r1.1 / 1.0a PEX 8505 5 5 138 - - - , Hot-Plug control via I2C; Gen 2 devices are fully backwards compatible to r1.1/1.0a and recommended for all
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PEX8624 PEX8604 PEX 8696 27X27 OxPCIe200 PLX 8604 RS232/ RS422/ RS485

TMM-108

Abstract: 10UF tantalum A a clean, well-regulated power source. 4.1 Reference Voltage control via W4 The ADS78/8505 is , Optional connection via W4. Provides external AFE circuitry with REFOUT bias voltage. J1.1- J1.19 (odd , configured for 3.3 or 5.0V systems by providing the device with the appropriate IO voltage via W3 (see EVM , www.ti.com Digital Interface 3.1 Digital Control via J5, U4 and U6 J5 provides the parallel data , operation, power sources can be applied via various test points located on the EVM (VANA to TP2 and VDIG to
Texas Instruments
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TMM-108 10UF tantalum A slau145 1-800-SAMTEC-9 ADS7804 ADS7805 SLAU145 ADS78/8505EVM

EFB7513

Abstract: thomson ms 250 4 bits identifying the frequency pair to be generated may be supplied via either 5 connections , existing standards. The 4 bits identifying the frequency pair to be generated may be supplied via either 5 , circuit by the microprocessor via 2 connections A and H (see typical application diagram). Pre-emphasis , 1 D5 1 2 8505 6 11/12 THOMSON SEMICONDUCTEURS 399 EFG7189 CASES EFG7189 TO-116 (CB-2) P
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EFB7513 EFG71891 thomson ms 250 CB-98

BTS 3900

Abstract: AN 15525 127.34 112.63 97.06 85.05 72.88 62.58 51.97 39.29 24.51 10.94 -2.65 -15.50 -27.09 -44.28 , fasten the board to a heatsink. Ensure that the ground / thermal via region contacts the heatsink. 4
WJ Communications
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WJA1005 A1005 JESD22-A114 BTS 3900 AN 15525 BTS 4100 bts 2140 bts 2140 1b data sheet transistor a1005 JESD22-C101 1-800-WJ1-4401

frequency scanner radio circuit

Abstract: HBSW-8300 ¥ho% HEWLETT m L 'fimPACKARD H P P ro g ra m m a b le M etal an d P o ly c a r b o n a te Sm artW and B ar C ode R ea d er (w ith G ood R ead LED In d icator) Technical Data Polycarbonate HBSW-8000 h b s w - 82oo HBSW-8400 Metal HBSW-8100 h b s w -s s o o HBSW-8500 Features · Automatically Decodes 8 Bar Code Symbologies · Programmable Either by Bar Code Labels or Via Escape Sequences · Program , -8105* HBSW-8505* Kit with HBSW-8100 Low Resolution Wand Kit with HBSW-8500 Low Resolution Wand Item s O rd
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HBSW-8300 frequency scanner radio circuit lem 714 HBSW-8200 HBSW-8991 HBCS-A990 HBSW-8305 HBSW-8105
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