The Datasheet Archive

SF Impression Pixel

Search Stock (6)

  You can filter table by choosing multiple options from dropdownShowing 6 results of 6
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
X-NUCLEO-OUT01A1 STMicroelectronics Avnet 5 €21.69 €21.19
X-NUCLEO-OUT01A1 STMicroelectronics Newark element14 5 $21.25 $21.25
X-NUCLEO-OUT01A1 STMicroelectronics RS Components 15 £17.13 £17.13
X-NUCLEO-OUT01A1 STMicroelectronics Chip1Stop 100 $49.20 $24.60
X-NUCLEO-OUT01A1 STMicroelectronics element14 Asia-Pacific 5 $28.62 $28.62
X-NUCLEO-OUT01A1 STMicroelectronics Farnell element14 7 £16.98 £16.98

No Results Found

OUT01 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
phoenix mcr-fl-c-ui-2ui-dci

Abstract: signal multiplier dip switch function 5I18 current transmitter 4.20 mA "ultrasonic transmitter"
Text: 13.3 mA OUT01 OUT01 = 0.20 mA OUT02 = 4.20 mA OUT03 = 0.10 V OUT04 = 2.10 V OUT05 = 0.5 V OUT06 = 1.5 V OUT16 = 0.10 mA Output Signal Output 1 OUT01 OUT01 = 0.20 mA , mA Output 2 OUT01 OUT01 OUT01 OUT03 Measuring range span 8.0 mA, i.e., can be


Original
PDF OUT01 OUT02 OUT03 OUT04 OUT05 OUT06 OUT16 phoenix mcr-fl-c-ui-2ui-dci signal multiplier dip switch function 5I18 current transmitter 4.20 mA "ultrasonic transmitter"
DPD72401

Abstract: SMC40 DPD60401 DPK72403 in08 SMC-40 PCL401 10 pin connector anaheim automation step motor control STEP MOTOR IC LB
Text: IN08 10 0VDC 11 +5VDC 12 CLAMP 13 OUT01 14 OUT02 15 OUT03 16 OUT04 17 0VDC 400 800 1,600 , IN01 IN02 IN03 IN04 0VDC IN05 IN06 IN07 IN08 0VDC +5VDC CLAMP OUT01 OUT02 OUT03 OUT04 , IN07 9 IN08 10 0VDC 11 +5VDC 12 CLAMP 13 OUT01 14 OUT02 15 OUT03 16 OUT04 17 0VDC MADE IN , IN02 IN03 IN04 0VDC IN05 IN06 IN07 IN08 0VDC +5VDC CLAMP OUT01 OUT02 OUT03 OUT04 0VDC , ISO +5V CLAMP OUT01 OUT02 OUT03 OUT04 ISO 0V OUT05 OUT06 OUT07 OUT08 ISO 0V 1 2 3 4 5


Original
PDF SMC40 RS232 RS422 SMC40M-24I SMC40M-TWS7 AA2M50 DPD72401 DPD60401 DPK72403 in08 SMC-40 PCL401 10 pin connector anaheim automation step motor control STEP MOTOR IC LB
2000 - PK2300

Abstract: DL128 RJ12 db9 Tip 31 C Equivalente RJ12 relay driver ic ULN2803 PK2500 pk230 introduction to uln2803 z80180 development board
Text: +DC K GND OUT-01 OUT-02 OUT-03 OUT-04/IN-16 OUT-05/IN-15 OUT-06/IN-14 OUT-07/IN-13 OUT-08/IN , 3 GND Ground (power supply) N/A 4 OUT-01 High-Current Output 1 N/A 5 OUT , : chanNum must range from 0 (for OUT-01 ) through 7 (for OUT-08). state is 0 if and only if the , // // 0 // // Use the PK2300 I/O library Assign OUTPUT1 highcurrent output OUT-01 Assign ON the , eioBrdDO(OUTPUT1,OFF); // Turn-off OUT-01 eioBrdDO(OUTPUT1,ON); // Turn-on OUT-01 eioBrdDO(OUTPUT1,OFF


Original
PDF PK2300 PK2300 PK2500 DL128 RJ12 db9 Tip 31 C Equivalente RJ12 relay driver ic ULN2803 PK2500 pk230 introduction to uln2803 z80180 development board
2004 - EQ50F100

Abstract: Teradyne
Text: EQ50F100 ASIC/ FPGA 100 Out+ Out0.1 µF ASIC/ FPGA VDD 50 0.1 µF 50 0.1 µF , . 50 Out0.1 µF In+ 100 In0.1 µF Product features s s Recovers 2.5 to 6.125 Gbps


Original
PDF EQ50F100 EQ50F100 data10B Teradyne
2010 - phoenix mcr-fl-c-ui-2ui-dci

Abstract: DCI circuit diagram OUT03 H500 signal multiplier mcr-fl-c-ui-2ui-dci
Text: ] Voltage [U] 0.20 mA [ OUT01 ] 4.20 mA [OUT02] 0.10 V [OUT03] 2.10 V [OUT04] 0.5 V [OUT05] 1.5 V , /treeViewClick.do?UID=2814854 Output signal output 2 0.20 mA [ OUT01 ] 4.20 mA [OUT02] 0.10 V [OUT03] 2.10 V


Original
PDF IF-2009) phoenix mcr-fl-c-ui-2ui-dci DCI circuit diagram OUT03 H500 signal multiplier mcr-fl-c-ui-2ui-dci
LVDS 30 pin hirose LVDS

Abstract: LVDS 30 pin hirose connector LVDS LVDS 30 pin hirose connector df14 LVDS 26 pin hirose LVDS OUT03 lvds 26 pin LVDS connector 30 pin 4164702-10 VLCD12 DF14-20P-1
Text: 4164702-10 LVDS Add On Board The LVDS add-on board of P/N : 4164702-10 designs for single pixel LVDS panel. Mechanical drawing 4164702-10 Connector pin assignment : CN5 ­ Panel connector: HIROSE DF14-20P-1.25 PIN SYMBOL 1 VLCD 2 VLCD 3 GND 4 GND 5 /OUT00 6 OUT00 7 GND 8 / OUT01 9 OUT01 10 GND 11 /OUT02 12 OUT02 13 GND 14 /CLKOUT0 15 CLKOUT0 16 GND 17 /OUT03 18 OUT03 19 GND 20 NC CN2 ­ Panel connector: HIROSE DF11-28DS-2DSA PIN SYMBOL 1 GND 2 GND 3 ER2 4 OR2 5 ER3 6 OR3 7 ER4 8 OR4 9 ER5 10 OR5 11


Original
PDF DF14-20P-1 /OUT00 OUT00 /OUT01 OUT01 /OUT02 OUT02 /OUT03 OUT03 DF11-28DS-2DSA LVDS 30 pin hirose LVDS LVDS 30 pin hirose connector LVDS LVDS 30 pin hirose connector df14 LVDS 26 pin hirose LVDS lvds 26 pin LVDS connector 30 pin 4164702-10 VLCD12
2002 - LM7805 voltage regulator packages

Abstract: EIGHT MOSFET ARRAY circuit diagram of moving LED message display computer schematic power supply circuit diagram circuit diagram of moving message display Application Notes on LM7805 cable rs232 to idc 10 pin LM7805 DATASHEET 090-0128 Programming Cable Schematic 28 pin DOT MATRIX led
Text: C3 +5 V DS 4 GND TxB RxB RxC +5 V S4 J2 IN01 C1 OUT01 OUT00 485 , RS485 +K OUT10 OUT09 OUT08 OUT07 OUT06 OUT05 OUT04 OUT03 OUT02 OUT01 OUT00 J7 Demonstration , IN00 OUT06 U2 +RAW OUT04 OUT01 C7 R6 C2 C8 C9 C10 C6 R3 R2 , OUT06 OUT05 OUT04 OUT03 OUT02 U1 OUT09 OUT07 OUT01 GND OUT00 TxB RxB , OUT01 OUT02 C3 OUT00 R5 RP9 D9 ACT RxB C6 C2 R8 D7 GND EGND


Original
PDF OP6800) com/documentation/schemat/090-0134 RCM2200 com/documentation/schemat/090-0120 RCM2300 com/documentation/schemat/090-0119 OP6800 com/documentation/schemat/090-0140 LM7805 voltage regulator packages EIGHT MOSFET ARRAY circuit diagram of moving LED message display computer schematic power supply circuit diagram circuit diagram of moving message display Application Notes on LM7805 cable rs232 to idc 10 pin LM7805 DATASHEET 090-0128 Programming Cable Schematic 28 pin DOT MATRIX led
2006 - mcr-s-10-50-ui-dci

Abstract: hall current transducer 5A MCR-S-10-50-UI-SW-DCI 2814728 55-0114 MCR-S-10-50-UI-SW-DCI-NC OUT04 TRANSISTOR SUBSTITUTION MCR-S10-50-UI-SW-DCI-NC sw dip-10
Text: Value 2814634 / 0.00 / 5.00 Output Signal / OUT01 0 A . 7.5 A 0.2 A . 11 A OUT01 = 0 mA . 20 mA 0.00 = 0 A MCR-S-1-5-UI-DCI 5.00 = 5 A OUT02 = 4 mA . 20 , Output Signal / OUT01 0 A . 7.5 A 0.2 A . 11 A OUT01 = 0 mA . 20 mA 0.00 = 0 A , Signal / OUT01 0 A . 37.5 A 9.5 A . 55 A OUT01 = 0 mA . 20 mA 0.0 = 0 A MCR-S , Threshold Value Output Signal / OUT01 0 A . 37.5 A 9.5 A . 55 A OUT01 = 0 mA . 20


Original
PDF MCR-S-10-50-UI-DCI hall current transducer 5A MCR-S-10-50-UI-SW-DCI 2814728 55-0114 MCR-S-10-50-UI-SW-DCI-NC OUT04 TRANSISTOR SUBSTITUTION MCR-S10-50-UI-SW-DCI-NC sw dip-10
2005 - EQ50F100

Abstract: Signal Integrity
Text: EQ50F100 ASIC/ FPGA 50 50 Out0.1 µF 2G FC, 4G FC storage backplanes I ATCA backplanes I Next-generation 2.5 to 6.5 Gbps backplanes I Legacy backplanes at 2.5 Gbps Out0.1 µF


Original
PDF EBQE50F100 EQ50F100 EQ50F100 8B/10B Signal Integrity
2002 - OP6800

Abstract: RP5C16 c20 c19 OP6810 BL2100 RCM2200 J12021 free RabbitCore dynamic c code control LCD rabbit example C13 GASKET
Text: Screwdriver. S2 GND +K OUT09 OUT03 OUT01 OUT02 · Universal AC adapter, 12 V DC, 1 A , OUT06 OUT05 OUT04 OUT03 OUT02 OUT01 OUT00 J7 Step 1 - Install Dynamic C® Before doing any , IN02 OUT08 OUT01 R5 Q5 R11 JP1 C3 IN00 OUT06 U2 +RAW OUT04 C7 , Appendix C. 1 R6 JP1 KP1 LCD1 R30 J1 R2 TxC TxB OUT01 OUT02 OUT03 OUT04 , OUT06 OUT05 OUT04 OUT03 OUT02 U1 OUT09 OUT07 OUT01 GND OUT00 TxB RxB


Original
PDF OP6800) OP6800 com/documentation/schemat/090-0134 RCM2200 com/documentation/schemat/090-0120 RCM2300 com/documentation/schemat/090-0119 RP5C16 c20 c19 OP6810 BL2100 J12021 free RabbitCore dynamic c code control LCD rabbit example C13 GASKET
2005 - 13001 HF

Abstract: mini din 9 1200C 7000_en_00 60584
Text: / / 28 64 44 8 J / 0 / 1000 / OUT01 / A NONE / (see "OrdeLength (see Range (see page 5) ring Data") of step page 5) J = Type J 0 0.300 10 K OUT01 A NONE = without WKZ K = Type K , ) Output: Output OUT01 OUT02 OUT03 OUT05 OUT06 OUT07 OUT08 OUT09 Output signal 0.20 mA


Original
PDF com/general/7000 13001 HF mini din 9 1200C 7000_en_00 60584
2001 - HD6 series

Abstract: in26 socket FM1 74HC14 MAX4358 MAX4358ECE MAX4358EVKIT CE109
Text: VCC OUT00 VEE OUT01 VCC OUT02 VEE OUT03 VCC OUT04 VEE OUT05 VCC OUT06 VEE OUT07 VCC , OUT00 J8 R5 C2 R27 27 OUT01 J9 R6 C3 R28 27 OUT02 J10 R7 C4 R29 27 OUT03 J11 , -1 WR J3-1 R35 J1-3 J1-4 OUT01 J2-2 ADDR/DATAOSD J3-2 HD0 R36 J1-5 J1


Original
PDF MAX4358 MAX4358 HD6 series in26 socket FM1 74HC14 MAX4358ECE MAX4358EVKIT CE109
2001 - IN00I

Abstract: 144 j122
Text: AGND IN26 AVCC U1 MAX4358 AGND AGND VCC OUT00 VEE OUT01 VCC OUT02 VEE OUT03 VCC OUT04 VEE OUT05 , 27 OUT01 J9 R6 R28 27 OUT02 J10 R7 R29 27 OUT03 J11 R8 R30 OUT04 C2 C3 C4 C5 C6 R31 , -12 J1-14 J1-16 OUT00 OUT01 OUT02 OUT03 OUT04 OUT05 OUT06 OUT07 J2-1 J2-2 J2-3 J2-4 J2-5 J2-6 J2-7 J2


Original
PDF MAX4358 MAX4358 IN00I 144 j122
2000 - AD8113

Abstract: AD81
Text: AVCC0 0 OUT00 AVCC 15 OUT15 AVEE14/15 OUT14 AVEE00/01 25 51 26 OUT01 50 1 9 , AGND IN00 AGND AVEE AVCC AVCC00 OUT00 AVEE00/01 OUT01 AD8113 16 x 16 100 LQFP (14mm x


Original
PDF 60MHz AD8113 20kHz 10MHz AD8113 AVCC00 OUT00 AVEE00/01 OUT01 AD81
2006 - AD8106

Abstract: AD8107 ST-801
Text: programmed to drive OUT01. The input to IN07 is terminated to ground (via 50 or 75 ) and no signal is , a distribution amplifier) with all other outputs disabled, except OUT01. Because grounded IN07 is programmed to drive OUT01 , no signal should be present. If any signal is present, it can be attributed to , 40 AGND01 39 OUT01 38 AVCC01/02 37 AGND02 36 OUT02 35 AVEE02/03 34 AGND03 33 , given output are programmed to connect to IN00. OUT01 is programmed to connect to IN15, which is far


Original
PDF AD8106/AD8107 25-BIT AD8106: AD8107: AD8110/AD8111, AD8114/AD8115 AD8110/AD8111 MS-026-BDD 80-Lead AD8106 AD8107 ST-801
2005 - Not Available

Abstract: No abstract text available
Text: Manufacturer's Calibration Certificate WKZ Output / OUT01 OUT01 OUT02 OUT03 OUT04 OUT05 OUT06


Original
PDF
2006 - 74HC14

Abstract: MAX4358 MAX4358ECE MAX4358EVKIT MAX4455EVKIT 144 j122 CE109 j325
Text: VCC OUT00 VEE OUT01 VCC OUT02 VEE OUT03 VCC OUT04 VEE OUT05 VCC OUT06 VEE OUT07 VCC , OUT00 R5 C2 OUT01 R6 C3 J8 R27 27 OUT02 R7 C4 J9 R28 27 J10 R29 , -1 WR J3-1 R35 J1-3 J1-4 OUT01 J2-2 ADDR/DATAOSD J3-2 HD0 R36 J1-5 J1


Original
PDF MAX4358 MAX4358 74HC14 MAX4358ECE MAX4358EVKIT MAX4455EVKIT 144 j122 CE109 j325
2000 - DIP18

Abstract: SSOP20 1dp130 VIH24 RW-06
Text: FLAG2) -03ALARM OUT-01-02INTERRUPT OUT "L","OPEN""L""1" OPEN"1" CDD1 (MASK2)"0"A-S1A-WA-ENABLE , 0 MASK 1 0 *1 IRQ FLAG1-031PERIODIC OUT-01 /-021 *2 INTERRUPT OUT -01/-021OR *3 , *1 IRQ FLAG2-033ALARM OUT-01 /-021 INTERRUPT OUT *2 -01/-021()OR MASK1"1" *3 *4 IC , /PLS11 MASK1 0 *2 CEREAD *3 CPU *1 IRQ FLAG1-031PERIODIC OUT-01 /-021 INTERRUPT OUT *2 , *1 IRQ FLAG2-033ALARM OUT-01 /-021 *2 INTERRUPT OUT -01/-021()OR *3 MASK1"1" *4


Original
PDF J2W0013-27-X3 MSM6542-01/-02/-03 MSM6542-01/-02/-03 MSM6542 30STOP/STARTRAM CMOS32 768kHz 18DIP DIP18-P-300-2 DIP18 SSOP20 1dp130 VIH24 RW-06
2006 - Not Available

Abstract: No abstract text available
Text: , a given input channel, such as IN07 in the middle, can be programmed to drive OUT01. The input to , ) with all other outputs disabled, except OUT01. Because grounded IN07 is programmed to drive OUT01 , no , AVEE00/01 40 AGND01 39 OUT01 38 AVCC01/02 37 AGND02 36 OUT02 35 AVEE02/03 34 AGND03 , connect to IN00. OUT01 is programmed to connect to IN15, which is far away from IN00, and is terminated to ground. As a result, OUT01 should not have a signal present because it is listening for a quiet


Original
PDF AD8106/AD8107 25-BIT AD8106: AD8107: AD8110/AD8111, AD8114/AD8115 AD8110/AD8111 MS-026-BDD 80-Lead
2000 - B7AT6C1

Abstract: B7A-R6A52 B7A-R6A57 B7AT6C6 B7AS-T6B1 C200H-B7A22 B7AT6B1 B7A-R6F31 B7A-T6D2 B7AS-R6B36
Text: OUT01 OUT00 24 23 22 21 20 19 18 17 16 15 14 13 IN10 IN11 IN12 IN13 IN14 IN15 NC NC NC SIG NC + -NC , OUT12 OUT13 OUT14 OUT15 ERR N/P H/L SIG NC + -NC OUT09 OUT08 OUT07 OUT06 OUT05 OUT04 OUT03 OUT02 OUT01 , OUT05 OUT04 OUT03 OUT02 OUT01 OUT00 1 2 3 4 5 6 7 8 9 10 11 12 -NC OUT09 OUT08 OUT07 OUT06 OUT05 OUT04 OUT03 OUT02 OUT01 OUT00 -NC IN09 IN08 IN07 IN06 IN05 IN04 IN03 IN02 IN01 IN00 1 2 3 4 5 6 7 8 9 , OUT04 OUT03 OUT02 OUT01 OUT00 OUTPP OUTPP Note: 1. Do not short-circuit any output terminal


Original
PDF 16-point 1-800-55-OMRON B7AT6C1 B7A-R6A52 B7A-R6A57 B7AT6C6 B7AS-T6B1 C200H-B7A22 B7AT6B1 B7A-R6F31 B7A-T6D2 B7AS-R6B36
TA 7818 S voltage regulator

Abstract: 7818 CT lm 7809 to-92
Text: ssT js 1 2 5 t : , Cln=0.33p. F, C out=0.1 ^ F; u n le ss o th erw ise sp ecified.) Item Sym bol , =500m A , On «Tj=s 125 out=0.1 ^ F; u n le ss otherw ise sp ecified .) Item , in=0.33n F, C out=0.1 n F; u n le ss otherw ise specified.) Item Sym bol Output Voltage


OCR Scan
PDF LM7800 LM78XX 20mA- TA 7818 S voltage regulator 7818 CT lm 7809 to-92
DIP18

Abstract: SSOP20 1dp130
Text: FLAG2) -03ALARM OUT-01-02INTERRUPT OUT "L","OPEN""L""1" OPEN"1" CDD1 (MASK2)"0"A-S1A-WA-ENABLE , 0 MASK 1 0 *1 IRQ FLAG1-031PERIODIC OUT-01 /-021 *2 INTERRUPT OUT -01/-021OR *3 , *1 IRQ FLAG2-033ALARM OUT-01 /-021 INTERRUPT OUT *2 -01/-021()OR MASK1"1" *3 *4 IC , /PLS11 MASK1 0 *2 CEREAD *3 CPU *1 IRQ FLAG1-031PERIODIC OUT-01 /-021 INTERRUPT OUT *2 , *1 IRQ FLAG2-033ALARM OUT-01 /-021 *2 INTERRUPT OUT -01/-021()OR *3 MASK1"1" *4


Original
PDF J2W0013-27-X3 MSM6542-01/-02/-03 MSM6542-01/-02/-03 MSM6542 30STOP/STARTRAM CMOS32 768kHz 18DIP DIP18-P-300-2 DIP18 SSOP20 1dp130
2002 - dot matrix printer circuit diagram datasheet

Abstract: AD8152
Text: 2.5V, VOL = 2.1V, AC-coupled IS FROM BIAS TEES, PROGRAMMING: IN01 TO OUT02, IN02 TO OUT01. Figure , SPEED SAMPLING OSCILLOSCOPE AD8152 N N P ­6dB ­6dB 50 OUT01 P ­6dB 50


Original
PDF AD8152 EVAL-AD8152EB C03282 dot matrix printer circuit diagram datasheet
2001 - SE1100

Abstract: BL1700 relay driver circuit using microprocessor z80 microprocessor Z80 LCD MENU Z180 ttl relay driver r15 relay cmos manual about the dc relay
Text: 1 RET 1 OUT-01 2 REL0 OUT-02 3 REL1 OUT-03 4 REL2 OUT-04 . . . , J3 GND 1 RET 1 OUT-01 2 REL0 OUT-02 3 REL1 OUT-03 4 REL2 OUT


Original
PDF SE1100 10621A SE1100 10621-A 17SE1100 BL1700 relay driver circuit using microprocessor z80 microprocessor Z80 LCD MENU Z180 ttl relay driver r15 relay cmos manual about the dc relay
2005 - Not Available

Abstract: No abstract text available
Text: 3 / IN03 / OUT01 / NONE 28 64 71 0 / (see "Ordering Data") IN01 = 0.20 mA OUT01 =


Original
PDF com/general/7000
Supplyframe Tracking Pixel