NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Sequence Phase 4 3 2 1 Step 1 Step 2 Step 3 Step 4 Step 1 1 2 + + + + + , control techniques. The basic motors are equipped with 12 pole rotors and stators and 4 phases to provide , 25:3 25:2 25:1 50:1 250:3 Steps per rev. at output 400 600 1200 2400 4000 Holding , torque (Ncm) 6.0 8.1 16.3 32.5 48.3 4 12 180 64 38 Step rate @ typical working torque ... | Original |
1 pages, |
stepper motor phases Mclennan BASIC step 1 415-8519 415-8532 datasheet abstract |
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| Abstract: Degrees per Step Steps per Revolution Phase 1 Phase 2 Phase 3 Phase 4 Common 1 2 Mitsumi 7.5 , BASIC Stamp 1 Application This program demonstrates basic full-step, high-torque control of a unipolar , outputs ' set step delay ' one revolution ' rotate clockwise ' wait 1/2 second ' one revolution ' , stpIdx + 1 // 4 GOTO Do_Step ' point to next step Step_Rev: stpIdx = stpIdx + 3 // 4 GOTO , 4 ' make P4.P7 outputs ' set step delay ' one revolution ' rotate clockwise ' wait 1/2 ... | Original |
7 pages, |
diagram stepping motor mitsumi basic stamp BS2 application note uln2803 ULN2803 steppers motor driver uln2003 application rev counter uln2003 motor control ULN2803 application uln2803 application note stepping motor howard stepper motor speed control circuits mitsumi stepper motor datasheet abstract |
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| Abstract: Degrees per Step Steps per Revolution Phase 1 Phase 2 Phase 3 Phase 4 Common 1 2 Mitsumi 7.5 , BASIC Stamp 1 Application This program demonstrates basic full-step, high-torque control of a unipolar , outputs ' set step delay ' one revolution ' rotate clockwise ' wait 1/2 second ' one revolution ' , stpIdx + 1 // 4 GOTO Do_Step ' point to next step Step_Rev: stpIdx = stpIdx + 3 // 4 GOTO , 4 ' make P4.P7 outputs ' set step delay ' one revolution ' rotate clockwise ' wait 1/2 ... | Original |
7 pages, |
data sheet uln2003 ULN2003 driver datasheet 3 volt DC motor stepping motor howard "application notes" ULN2803 datasheet ULN2803 4 phase stepper motor Unipolar motor control ULN2003 data sheet 4-Phase Stepping Motor Driver "Stepper Motor" uln2003 stepper motor datasheet datasheet abstract |
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| Abstract: the DC Power Analyzer (N6705B N6705B) INTERCONNECT Step #1 - Choose Your Mainframe Stock No. 70180258 , price. 1 TEST & MEASUREMENT Features Small Size Allows Four Outputs in 1U Rack Space (N6700B N6700B, N6701A N6701A , Modules 4 4 4 4 EACH ENCLOSURES 2483.00 2816.00 3717.00 7046.00 Step #2 - Choose Your Power Module , Type Basic Basic Basic Basic Basic Basic Basic Basic Basic Basic Basic Basic Basic Basic Basic Basic , CONTROL OPTOELECTRONICS Step #3 - Choose Your Accessories PASSIVE & ACTIVE Stock No. 70180207 70180425 ... | Original |
1 pages, |
N6774A N6761A N6754A N6700 N6700 abstract |
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| Abstract: Operating force in N Ag 45 +7 N Normally open contact (SPNO) double-pole assembled > 1 x PE connector (3 000 mm) / 1 x PE coupling (250 mm) 2 x 1005.1802 Changeover switch (SPDT momentary) first step / Normally closed contact (SPNC) second step 2410.0101 3 terminals M3 , 2410.0501 5 terminals M3 ... | Original |
3 pages, |
changeover switch datasheet abstract |
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| Abstract: name output Microcomponents Marketing 1. Step ELECTRONIC DEVICES EUROPE Softune Workbench , emulator system. Microcomponents Marketing 2. Step ELECTRONIC DEVICES EUROPE Softune Workbench - Start a Project 3. Step ) Edit the start.asm file to do the basic settings as: ) Define the , the following files: l l l l ) start.asm to do the basic settings vectors.c to define the , mb90595.asm header file of the series main.c to edit the own application Basic Settings for e.g. memory ... | Original |
12 pages, |
Softune Workbench electronic workbench datasheet abstract |
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| Abstract: TDA5230 TDA5230 Extension-Board is installed! Step 1  Download and install TDA523x IAF Configuration Tool: Go , TDA523x_config.txt) Step 2 - Download and install TDA523x Basic Application SW package: Go to www.infineon.com , above you find a description (Chapter 3) how to convert the TDA523x configuration saved during Step 1 , Extension-Board UWLink TDA5230 TDA5230 Extension-Board UWLink Mainboard 1 antenna, ¼ lambda - reduced size Legal , SW UWLink Mainboard test SW TDA523x IAF Configuration Tool TDA523x Basic Application SW package ... | Original |
2 pages, |
XC886 TDA5225 TDA5235 RF MODULE 434Mhz TDA5255 TDA7255V TDA5150 TDA5240 TDA5230 TDA523x TDA5230 abstract |
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| Abstract: ORDERING INFORMATION Â CODE NUMBERING SYSTEM Specify Complete Connector By Following Steps 1 Through 9 Insert "0" When Step Is Not Used STEP 1 2 3 4 5 6 7 8 RD 15 M 12 0 H 0 0 9 STEP 1 - Basic Series STEP 9 - Special Options RD Series Consult Sales Department. STEP 2 - RD Series Connector Variants STEP 8 - Shell Options 9, 15, 25, 29 , Contacts 0 1 12 14 - *STEP 7 - Locking and Polarizing Systems Ordered Without Contacts. Crimp ... | Original |
1 pages, |
jackscrew Positronic datasheet abstract |
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| Abstract: 6 9 7 8 1. DIR 2. STEP 3. HSM 4. RESET 5. Ct 6. SGND 7. PGND 8. MO 9. ACD 10. , -1- NP7380 NP7380 BLOCK DIAGLAM VDD POR PA STEP Dis1 DIR HSM RESET Phase Logic & ACD , basic step angle. In half step mode, two pulses are required to turn the motor at the basic step angle. , winding energizing sequence every angle that is a multiple of four of the basic step. The phase logic , Fig.5-2 Full-step mode,reverse 4-step sequence 2 H HSM STEP 1 ON POR DIR HSM STEP ... | Original |
7 pages, |
EMP14 disa NP3775 step motor NP7380 NP7380 abstract |
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| Abstract: 1 14 2 13 3 12 4 11 5 10 6 9 7 8 1. DIR 2. STEP 3. HSM , Fig. 1Pin Configurations -1- NJU7380 NJU7380 s BLOCK DIAGLAM VDD POR P1 STEP Dis1 DIR HSM , s PIN DESCRIPTION Pin 1 2 Pin name DIR STEP 3 HSM 4 5 6 RESET MO Ct 7 8 , stepping motor at the basic step angle. In half step mode, two pulses are required to turn the motor at the basic step angle. The DIR (direction) signal and HSM (half/full mode) are latched to the STEP ... | Original |
7 pages, |
step motor EMP14 NJM3775 NJM3777 NJU7380E NJU7380 NJM3700 disa 3 phase motor circuit diagram NJM2672 NJU7380 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| right choice Simply stated, there are three basic steps- (1) Selecting the mixer level required in details. The most important step requires understanding your specific needs; so it is strongly recommended 7 to 27. Referring to Fig. 2, and the discussion on 1 dB compression point to follow, select the repeatable (unit to unit) high performing mixers. 1dB compression point key to choosing mixer level What does the 1dB compression point signify? As RF input level is increased, IF output should follow in www.datasheetarchive.com/files/mini-circuits/html/mixer1-5a.htm |
Mini-Circuits | 18/02/2002 | 29.85 Kb | HTM | mixer1-5a.htm |
| can monitor and test the results of the transfer. The loop consists of the following basic steps: 1 -Up Setting up the DMA receive engine involves three main steps: 1. Selecting the mode for HDI16 HDI16 HDI16 HDI16 DMA signals following steps: 1. Configure the host memory controller to enable mapping of the HDI16 HDI16 HDI16 HDI16 registers in memory as a continuous loop composed of the following steps, all performed by the host MSC8101 MSC8101 MSC8101 MSC8101: 1. Wait for Application Note AN2244/D AN2244/D AN2244/D AN2244/D Rev 1, 2/2002 Interconnecting Two MSC8101ADS MSC8101ADS MSC8101ADS MSC8101ADS Board Across a 60x www.datasheetarchive.com/download/42843992-484160ZC/an2244sw.zip (AN2244.pdf) |
Motorola | 12/06/2002 | 620.67 Kb | ZIP | an2244sw.zip |
| Xilinx CPLD Design Flow Xilinx CPLD Design Flow Â"Basic CPLD Design FlowÂ" figure shows the basic design flow for creating CPLD designs. Each step is described in the following design example. Figure 1.1 Basic CPLD Design Flow www.datasheetarchive.com/files/xilinx/docs/wcd00049/wcd049bc.htm |
Xilinx | 16/02/1999 | 1.49 Kb | HTM | wcd049bc.htm |
| Steps to Building an Embedded PC What is an Embedded PC? Embedded PC Components Steps to Building an Embedded PC The basic input/output system (BIOS) on the embedded PC is responsible for configuration of the processor and chipset, peripheral devices and any specialized resident software basic configurations at boot time. An array of vendors are available to provide support for this basic building block of www.datasheetarchive.com/files/intel/design/platform/embedpc/step_5-v1.htm |
Intel | 06/08/1998 | 7.66 Kb | HTM | step_5-v1.htm |
| - To install the MCK240 MCK240 MCK240 MCK240 software, please follow the procedure bellow: Step 1. Insert the first version 1.0 and a brushless Escap motor. Save this configuration as default. Step 5. Follow the setup program instructions. Step 6. Plug in the MCK 240 board into the desired serial port (COM1 WELCOME TO MCK240 MCK240 MCK240 MCK240 Ver. 1 major sections: 1. Installation of MCWIN Ver 1.1 2. Improved module for serial communication For www.datasheetarchive.com/files/texas-instruments/mck240/readme.txt |
Texas Instruments | 21/10/1997 | 2.66 Kb | TXT | readme.txt |
| N64 Programming Manual Introductory Manual 1. N64 Architecture Overview 2. Intro to N64 Programming 3. N64 3D Graphics 3.1 Basic 3D Concepts 3.1.1 Basic 3D Visual Effects 3.1.2 General 3D Graphics Process 3.2 3D Drawing Specifications 3.3 3D Co-ordinate Systems 3.4 Vectors and Matrices 3.5 Matrix Calculations 3.6 Geomtric Transformations 3 www.datasheetarchive.com/download/20780921-595889ZC/n64 introductory manual.zip (contents1.html) |
Nintendo | 12/10/2012 | 2502.9 Kb | ZIP | n64 introductory manual.zip |
| ){ direction=0; AIN4-=5.0/step; } else { direction=1; AIN4+=5.0/step -=5.0/step; } else { direction=1; AIN6+=5.0/step; } break; case 0x24 ; } else { direction=1; AIN5-=5.0/step; } break; case 0x18: AIN4=5; AIN6=0; if(hallstate=4){ direction=0; AIN5-=5.0/step; } else { direction=1 ){ direction=0; AIN6+=5.0/step; } else { direction=1; AIN6-=5.0/step www.datasheetarchive.com/download/77530521-30261ZC/xc800_bldc.zip (hallpattern.ini) |
ARM | 06/02/2006 | 1464.16 Kb | ZIP | xc800_bldc.zip |
| :Base basic_tut.HLP 1 Getting Started 2 Basic FPGA Design Tutorial 2 Design Preparation=Design_Preparation 1 Project Manager 2 Opening A Project=Opening_A_Project 2 The Project Manager Console=The_Project_Manager_Console 1 Viewing Macros 2 Viewing the CNT60 CNT60 CNT60 CNT60 =Script_File_Method_of_Simulation 1 The Final Step 2 Downloading the Design=Downloading_the_Design =Viewing_Design_Modules_Xilinx_Unified_Libraries 1 Design Entry 2 Design Entry Methods=Design_Entry 2 Schematic-based Design 3 WATCH Schematic www.datasheetarchive.com/download/40578932-987444ZC/wcd0305c.zip (basic_tut.cnt) |
Xilinx | 12/02/1999 | 3968.99 Kb | ZIP | wcd0305c.zip |
| N64 Programming Manual Introductory Manual 1. N64 Architecture Overview 2. Intro to N64 Programming 3. N64 3D Graphics 3.1 Basic 3D Concepts 3.2 3D Drawing Specifications 3.3 3D Co-ordinate Systems 3.4 Vectors and Matrices 3.4.1 Basic Vector 3.4.2 Vector Addition 3.4.3 Vector Subtraction 3.4.4 Normal Vector 3.5 Matrix www.datasheetarchive.com/download/20780921-595889ZC/n64 introductory manual.zip (contents4.html) |
Nintendo | 12/10/2012 | 2502.9 Kb | ZIP | n64 introductory manual.zip |
| N64 Programming Manual Introductory Manual 1. N64 Architecture Overview 1.1 Introduction to the N64 1.1.1 N64 Game Machine Architecture 1.1.2 N64 Control Deck Architecture 1.1.3 N64 Hardware and System Features 1.1.4 Memory 1.1.5 Graphics 1.1.6 Audio 1.1.7 Basic Terminology 1.2 N64 Hardware Architecture 2. Intro to N64 Programming 3. N64 3D Graphics www.datasheetarchive.com/download/20780921-595889ZC/n64 introductory manual.zip (contents1.html) |
Nintendo | 12/10/2012 | 2502.9 Kb | ZIP | n64 introductory manual.zip |