SENSOR KD 11 Search Results

Contextual Info: Sensing Device GYRO SENSOR Digital Output Product number (please contact us) XV4001BC: X2A000201xxxx00 XV4001BD: X2A000161xxxx00 XV4001KC: X2A000211xxxx00 XV4001KD: X2A000171xxxx00 FOR AUTOMOTIVE XV4001BC / BD XV4001KC / KD 2 •SPI or I C serial interface

Contextual Info: Sensing Device GYRO SENSOR Digital Output Product number (please contact us) XV4001BC: X2A000201xxxx00 XV4001BD: X2A000161xxxx00 XV4001KC: X2A000211xxxx00 XV4001KD: X2A000171xxxx00 FOR AUTOMOTIVE XV4001BC / BD XV4001KC / KD ө CW(+) 2 •SPI or I C serial interface

T60404-M4645-X010

Abstract: 4645-X010 4645X010 T60404-M4645-X
Contextual Info: DATENBLATT / Specification VAC UU M SCH M ELZE K-Nr.: K-no.: 21934 Sach Nr.: T60404-M4645-X010 Item no.: Datum: 4.40 A -Stromsensor-Modul / Current Sensor Module 15.04.2014 Date: Kunde: Kd. Sach Nr.: Seite Customer Customers part no.: Page 1 von 8 of Maßbild siehe Blatt 2

Contextual Info: Pressure sensors Pressure transmitters for PCB mounting voltage output Series/Type: Ordering code: AC-T series Date: Version: 2009-08-03 3 Content of header bars 1 and 2 of data sheet will be automatically entered in headers and footers! Please fill in the

acr 6000

Abstract: sensor kd 11 air pressure sensor tube MEMS pressure sensor
Contextual Info: Pressure sensors Pressure transmitters for PCB mounting voltage output Series/Type: Ordering code: AC-T series Date: Version: 2009-08-03 3 Content of header bars 1 and 2 of data sheet will be automatically entered in headers and footers! Please fill in the

AVR194

Abstract: AVR194: Brushless DC Motor Control using ATmega32M1 Motor Control Application Notes PID dc motor control with avr bldc motor control using atmega32 MC310 schematic PID code for avr ATmega32M1 8138A
Contextual Info: AVR194: Brushless DC Motor Control using ATmega32M1 Features • BLDC Motor Basics • Hardware Implementation • Code Example 8-bit Microcontroller Application Note References [1] ATmega32/64/M1/C1 data sheet [2] AVR138: ATmega32M1 family PSC Cookbook [3] AVR430: MC300 Hardware User Guide

KD 502

Contextual Info: ar y n i im prel iC-LO TRIANGULATION SENSOR Rev A1, Page 1/21 FEATURES APPLICATIONS ♦ Specially formed line image sensor comprising 129 elements ♦ High ambient light suppression of up to 100 kLux with filter glass ♦ Dynamic range of 100 dB ♦ 2 antivalent switching outputs

S41 sensor Magnetic

Abstract: Elan SRB sensor s42 Schmersal sliding Door control circuit S43-S44 s41 sensor Schmersal IEC 60947-5-1
Contextual Info: Operating instructions Safety-monitoring module SRB 202CS / SRB 202CS/T / SRB 202CA/T / SRB 202CA/QT / SRB 202CA / SRB 202CA/Q 1 About this document 1.1 Function This operating instructions manual provides all the information you need for the mounting, set-up and commissioning to ensure the safe

CLI870

Abstract: CLI840 CLI850 CLI860 J25W CL1860 diode 913 IR emitter sensor
Contextual Info: CLAIREX ELECTRONICS DIV 11E D • 51457^ T 0000354 3 - H b 7 3 CLI840 CLI850 CLI860 CLI870 Optical Switches ,125 DIA TY fi GENERAL DESCRIPTIONS — T his optical sw itch se­ ries couples a gallium arsenide infrared em itting diode an d a silicon darlington p h o totransistor, for high sensor

AVR492

Abstract: PID dc motor control with avr STK500C dali avr schematic pid controller ac motor avr AT90PWM3 psc Atmel AVR492 ac motor AVR c source code VIR2101 dali schematic
Contextual Info: AVR492: Brushless DC Motor Control using AT90PWM3/3B Features • • • • BLDC Motor Basics PSC use Hardware Implementation Code Example AVR Microcontrollers Application Note Introduction This application note describes how to implement a brushless DC motor control in

Telemecanique xsp

Abstract: Telemecanique XS1 telemecanique xs4 XS6 telemecanique WORKING PRINCIPLE OF proximity sensor symbol inductive proximity sensor XS5 telemecanique schneider overload relay WIRING DIAGRAM xsp telemecanique symbol inductive proximity sensor circuit diagram
Contextual Info: Inductive proximity sensors General Recommendations The sensors described in this catalogue are designed to be used in standard industrial presence detection applications. These sensors do not have a redundant electrical circuit as would be needed to allow them to

MC366-S1-C02M12-A

Contextual Info: SAFETY PROXIMITY SENSORS Overview With RFID safety transponders as well as magnetically coded sensors and the corresponding MSI-MC3x safety relays, Leuze electronic provides special safety systems with closed design and high-strength plastic housing for challenging application cases or for guards. This is possible because neither

Contextual Info: SK15GD12T4ET  ' * +&    # , Absolute Maximum Ratings Symbol Conditions IGBT $%- . ' )* +  . ' 02* + 34 # 0)11 $ )2   ' 21 + )0  *  7 )1 $ . ' 0*1 + 01 <  ' )* + )0   ' 21 + 02  *  =1  34' 5 6  $ ' 811 $9 $% : 0* $9

Contextual Info: SK10GD12T4ET  ' * +&    # , Absolute Maximum Ratings Symbol Conditions IGBT $%- . ' )* +  . ' 02* + 34 # 0)11 $ 02   ' 21 + 0*  )  7 )1 $ . ' 0*1 + 01 <  ' )* + 0*   ' 21 + 0)  )  34' 5 6  $ ' 811 $9 $% : 0* $9

Contextual Info: SK15GD12T4ET  ' * +&    # , Absolute Maximum Ratings Symbol Conditions IGBT $%- . ' )* +  . ' 02* + 34 # 0)11 $ )2   ' 21 + )0  *  7 )1 $ . ' 0*1 + 01 <  ' )* + )0   ' 21 + 02  *  =1  34' 5 6  $ ' 811 $9 $% : 0* $9

BTS110

Contextual Info: SIEMENS TEMPFET BTS110 Features • • • • N channel Enhancement mode Temperature sensor with thyristor characteristic The drain pin is electrically shorted to the tab Pin Type BTS 110 100 V 1 2 3 G D S ID ^DS or Package Ordering Code 10 A 0.2 £2

10K80A

Abstract: DN100 PN16 NE43 PN40 JIS-10K-100A JIS-10K-80A CISPR-16 FCX dp cell difference between 304, 316 and 316L
Contextual Info: REMOTE SEAL TYPE DIFFERENTIAL PRESSURE TRANSMITTER FKD.4 DATA SHEET The FCX – A2 differential pressure transmitter accurately measures differential pressure, liquid level or gauge pressure and transmits a proportional 4 to 20mA signal. The transmitter utilizes a unique micromachined capacitance silicon

Contextual Info: SK10GD12T4ET  ' * +&    # , Absolute Maximum Ratings Symbol Conditions IGBT $%- . ' )* +  . ' 02* + 34 # 0)11 $ 02   ' 21 + 0*  )  7 )1 $ . ' 0*1 + 01 <  ' )* + 0*   ' 21 + 0)  )  34' 5 6  $ ' 811 $9 $% : 0* $9

Contextual Info: SHORT FORM PRODUCT GUIDE DDR2, DDR3, SRAM, SSD 00101010101100001110100001 010 011001000 01 01010 010101 1 1100100 00001010001010011010100 00 10001011101010101101010101 101 011010110000110101011

Contextual Info: SK15GD12T4ET  ' * +&    # , Absolute Maximum Ratings Symbol Conditions IGBT $%- . ' )* +  . ' 02* + 34 # 0)11 $ )2   ' 21 + )0  *  7 )1 $ . ' 0*1 + 01 <  ' )* + )0   ' 21 + 02  *  =1  34' 5 6  $ ' 811 $9 $% : 0* $9

Contextual Info: SKiiP 24AC12T4V1  2 30    "  Absolute Maximum Ratings Symbol Conditions IGBT ,%6 8 2 )( 3  8 2 .>( 3 ? .): , ()   2 >: 3 '  .:(  @): , 8 2 .(: 3 .: D  2 )( 3   2 >: 3 '(  .:(  .&(  .:  ; :$$$<.>( 3 ; :$$$<.)(

Contextual Info: SK15GD12T4ET  ' * +&    # , Absolute Maximum Ratings Symbol Conditions IGBT $%- . ' )* +  . ' 02* + 34 # 0)11 $ )2   ' 21 + )0  *  7 )1 $ . ' 0*1 + 01 <  ' )* + )0   ' 21 + 02  *  =1  34' 5 6  $ ' 811 $9 $% : 0* $9

Contextual Info: SK10GD12T4ET  ' * +&    # , Absolute Maximum Ratings Symbol Conditions IGBT $%- . ' )* +  . ' 02* + 34 # 0)11 $ 02   ' 21 + 0*  )  7 )1 $ . ' 0*1 + 01 <  ' )* + 0*   ' 21 + 0)  )  34' 5 6  $ ' 811 $9 $% : 0* $9

24AC12T4V1

Abstract: 24AC12T
Contextual Info: SKiiP 24AC12T4V1  2 30    "  Absolute Maximum Ratings Symbol Conditions IGBT ,%6 8 2 )( 3  8 2 .>( 3 ? .): , ()   2 >: 3 '  .:(  @): , 8 2 .(: 3 .: D  2 )( 3   2 >: 3 '(  .:(  .&(  .:  ; :$$$<.>( 3 ; :$$$<.)(