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Direct from the Manufacturer

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1X Magnetoresistive Wheel-Speed Sensor Honeywell Sensing and Control 1X Magnetoresistive Wheel-Speed Sensor, 4.5 Vdc to 16 Vdc supply voltage, rise time (10 % - 90 %) of 1.5 µs max., 1 pulse per pole pair ri Buy
510VBKT Honeywell Sensing and Control 510V Series Vertical Mounting Bracket for use with 510E Series Encoder ri Buy
510HBKT Honeywell Sensing and Control 510H Series Horizontal Mounting Bracket for use with 510E Series Encoder ri Buy

Using WARP Speed Datasheet

Part Manufacturer Description PDF Type Ordering
Using WARP Speed International Rectifier Using WARP Speed IGBTs In Place Of Power MOSFETs at Over 100kHz Converter Applications
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3 pages,
18.53 Kb

Original Buy
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Using WARP Speed

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Abstract: Soldering SOIC-8 Overshoot Voltage Reduction Using IGBT Modules with Special Drivers Using WARP Speed IGBTs , Vehicles Single High Side Driver ICs Three-Phase Bridge Driver ICs WARP Speed IGBTs in Motor Drives & UPS , WARP SpeedTM IGBTs for PFC in Motor Drive & UPS Application Notes Design Tips Reference Designs , SC060 SC060_5 SC070 SC070_5 SC095 SC095_5 SC100 SC100_5 SC105 SC105_5 SC170 SC170_5 SC180 SC180_5 SC200 SC200_5 SC275S030 SC275S030 WARP SpeedTM IGBTS FOR PFC , Frequency Motor Drive HV Floating MOS-Gate Driver ICs Understanding and Using Power MOSFET Reliability Data ... Original
datasheet

22 pages,
603.28 Kb

IR2184 MOTOR CONTROL IR2171 scr driver dc motor speed control IRG41BC30W 1KW 3 phase ac motor AC motor driver ir2130 IR2181 application notes ac motor speed control circuit ir2130 IR2103 bldc driver igbt driver ir2130 circuit IR2184 application notes dc motor speed control using scr driver datasheet abstract
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Abstract: instant K. The link of the W.A.R.P. digital device with the analog system is realized by using proper A/D , W.A.R.P. Application Note FUZZY CONTROL OF A DC MOTOR The application has the aim to control the rotation speed of a small DC motor with permanent magnet having the following specs: · Nominal tension 12 V · No-load speed 3800 + 10% revolution per minute · No-load current < 1 A · Power output 37 W , voltage directly proportional to the angular speed of the motor which is compared with the reference one. ... Original
datasheet

14 pages,
267.05 Kb

Using WARP Speed M74HC374 M74HC157 M74HC154 M27C64A LM7805 circuit diagram, variable speed drives M74HC161 cmkm datasheet abstract
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Abstract: PRESS RELEASE CYPRESS ADDS SOURCE-LEVEL DEBUGGING TO Warp® SOFTWARE Includes ViewLogic WorkView , Semiconductor Corp. [NYSE:CY] today introduced Release 4.2 of its highly popular VHDL-based Warp programmable , online demo of Warp software (including downloadable files) on its website at http://www.cypress.com. , simulation and design verification using testbenches, interacting seamlessly with the ViewTraceTM waveform display. VHDL and Verilog models for timing simulation are automatically produced by the Warp compiler ... Original
datasheet

2 pages,
10 Kb

datasheet abstract
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Abstract: directory that is created using the FPGA Express netlist is the same directory used for the Warp project. , Try creating and compiling a project in Warp using your original VHDL or Verilog source code to see , functionality of your design using your choice of any supported VHDL or Verilog simulator. Programming Warp , basic FPGA Express software that is sold by Synopsys is all that is needed. Design Flow The Warp , Express; creating a project in Warp; and compiling, synthesizing, and fitting the design in Warp ... Original
datasheet

3 pages,
168.59 Kb

E604 datasheet abstract
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Abstract: status by using the OE pin (see W.A.R.P.2.0 data sheet). The results of fuzzy calculus, performed by , on the output connector in order to drive an extern system directly by using W.A.R.P.2.0 outputs . , ST62E65 ST62E65 because of the difference in elaboration speed between ST62E65 ST62E65 and W.A.R.P.2.0. The FPB electric , necessary to use the READY signal because of W.A.R.P.2.0 speed and the exchange of information speed between , ld dra,a ;Due to the difference in speed between ST62E65 ST62E65 and W.A.R.P.2.0, the last ;READ isgnal is ... Original
datasheet

18 pages,
332.26 Kb

FUZZYSTUDIO 3.0 ST62E65 AN875/0297 ST62E65 abstract
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Abstract: on bus, W.A.R.P.2.0 output port must be set in HIGH impedance status by using the OE pin (see , order to drive an extern system directly by using W.A.R.P.2.0 outputs . The PB port is used to manage , in elaboration speed between ST62E65 ST62E65 and W.A.R.P.2.0. The FPB electric circuit contains 4 logic , not necessary to use the READY signal because of W.A.R.P.2.0 speed and the exchange of information speed between W.A.R.P.2.0 and ST62E65 ST62E65. The delay between the READ (RD) signal and the READY signal is ... Original
datasheet

18 pages,
325.23 Kb

ST62E65 PLCC68 M74HC00 FUZZYSTUDIO 3.0 fuzzy temperature controller C code fuzzy logic code assembler 74HC00 T62T25 code for FUZZY MICROCONTROLLER AN875/0297 ST62E65 abstract
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Abstract: accessed using Cypress's WarpTM, Warp ProfessionalTM, or Warp EnterpriseTM design software. Warp provides , (CY7C34XB CY7C34XB) · Multiple Array MatriX architecture optimized for speed, density, and straightforward design , speed. The MAX architecture makes it ideal for replacing large amounts of TTL SSI and MSI logic. For , integration, density and system clock speed than the largest of previous generation EPLDs. The CY7C34XB CY7C34XB devices are 0.65-micron shrinks of the original 0.8-micron family. The CY7C34XBs offer faster speed bins ... Original
datasheet

6 pages,
84.37 Kb

FLASH370 programmer EPLD cypress FLASH370 device CY7C346 CY7C344 CY7C343 CY7C342B CY7C341B CY7C340 PALC22V10B 5032DM 22V10-10C function of 74151 C3403 CY7C340 abstract
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Abstract: for Cypress, stated, "The tremendous success of our Warp software is a testament to the growing movement towards VHDL as the standard language for CPLD and FPGA design. Warp tools are an essential part , Warp software Warp2TM and Warp3TM. Both versions support all of Cypress's programmable logic , technology that uses module generation for user-selectable optimization for both speed and area. It , the devices using industry-standard third-party software. Warp2 also includes an interactive ... Original
datasheet

2 pages,
6.95 Kb

FLASH370 MAX340 MAX340 abstract
datasheet frame
Abstract: , California 90245 Phone: 310-726-8622 Fax: 310-252-7167 Design Tip Using WARP SpeedTM IGBTs In Place Of , turn-off is important when considering EMI. Compared with a typical 600V power MOSFET, the WARP Speed IGBT , running parallel etc. Conclusion The WARP Speed IGBT can be used to generate same amount of output , industry with optimized power switches - the WARP SpeedTM IGBTs. They have switching characteristics that , MOSFETs and Bipolars at up to 75Khz for several years. Now, with the advent of higher-frequency WARP ... Original
datasheet

3 pages,
15.14 Kb

Parallel operation mosfet detail of IGBT IGBT parallel IRG4BC30W 12v igbt MTP6N60 parallel mosfet comparison of IGBT and MOSFET MTP6N60 equivalent mosfet equivalent book all mosfet equivalent book datasheet abstract
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Abstract: entry. At the lowest level, designs can be described using gate-level descriptions. Warp Enterprise , project using Warp Enterprise for Cypress CPLDs and convert to high volume ASICs using the same Verilog , following code shows how this design can be described in Warp Enterprise using structural Verilog. MODULE , file. The flexibility and power of Verilog allow users of Warp Enterprise to describe designs using , using Warp Enterprise. Although implementation is with a single command, compilation is actually a ... Original
datasheet

6 pages,
74.42 Kb

20V8 circuit diagram of half adder CY3138 CY3138R62 CY37256V CY39100V parallel adder using VERILOG 16V8 vending machine schematic diagram vending machine verilog HDL file verilog code for adder vhdl code for soda vending machine parallel to serial conversion verilog CY3138 abstract
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Datasheet Content (non pdf)

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Over 1.1 million files (1986-2014): 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.
 
: Estimated Tj of Power MOSFETs. ( PDF ) DesignTip 99-1: Overshoot Voltage Reduction Using IGBT Modules With Special Drivers. ( PDF ) Design Tip Warp: Using WARP Speed IGBTs In Place Of Power MOSFETs : Using IR2171/IR2172 IR2171/IR2172 IR2171/IR2172 IR2171/IR2172 within DSP-controlled AC Drives. ( PDF ) Design Tip 99-7: Allieviating ) DesignTip 98-1: Variable Frequency Drive using IR215x Self-Oscillating IC's. ( PDF ) Design Tip 97-3 Using the IR51 Half-Bridge Sips. ( PDF
www.datasheetarchive.com/files/international-rectifier/technical-info/documents.htm
International Rectifier 24/07/2000 9.72 Kb HTM documents.htm
file format Design Tip Using WARP Speed TM IGBTs In Place Of Power MOSFETs at Over converter industry with optimized power switches - the WARP Speed TM IGBTs. They have switching advent of higher-frequency WARP Speed IGBTs, which improves their Eoff (turn-off switching loss) by more considering EMI. Compared with a typical 600V power MOSFET, the WARP Speed IGBT turn-off waveform has made Conclusion The WARP Speed IGBT can be used to generate same amount of output power as a much larger
www.datasheetarchive.com/files/international-rectifier/docs/wcd00002/wcd0020c-v1.htm
International Rectifier 20/08/1999 8.96 Kb HTM wcd0020c-v1.htm
file format Design Tip Using WARP Speed TM IGBTs In Place Of Power MOSFETs at Over converter industry with optimized power switches - the WARP Speed TM IGBTs. They have switching advent of higher-frequency WARP Speed IGBTs, which improves their Eoff (turn-off switching loss) by more considering EMI. Compared with a typical 600V power MOSFET, the WARP Speed IGBT turn-off waveform has made Conclusion The WARP Speed IGBT can be used to generate same amount of output power as a much larger
www.datasheetarchive.com/files/international-rectifier/docs/wcd00001/wcd0017a.htm
International Rectifier 06/10/1998 9.09 Kb HTM wcd0017a.htm
W.A.R.P. 1.1 - High speed, fuzzy controller for cost-sensitive applications SGS-THOMSON Microelectronics has introduced a reduced cost version of its W.A.R.P. (Weight Associative Rule Processor) fuzzy logic controller. Housed in a PLCC84 PLCC84 PLCC84 PLCC84 package, W.A.R.P. 1.1 (STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL) includes input fuzzification and output defuzzification stages, a high speed inferencing unit , W.A.R.P. 1.1 has the processing power to manage complex fuzzy logic systems in areas such as
www.datasheetarchive.com/files/stmicroelectronics/stonline/news/497pf.htm
STMicroelectronics 15/11/1996 3.56 Kb HTM 497pf.htm
W.A.R.P. 1.1 - High speed, fuzzy controller for cost-sensitive applications SGS-THOMSON Microelectronics has introduced a reduced cost version of its W.A.R.P. (Weight Associative Rule Processor) fuzzy logic controller. Housed in a PLCC84 PLCC84 PLCC84 PLCC84 package, W.A.R.P. 1.1 (STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL) includes input fuzzification and output defuzzification stages, a high speed inferencing unit W.A.R.P. 1.1 architecture is that Membership Functions can be defined with complete freedom using a
www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/497pf-v3.htm
STMicroelectronics 24/02/2000 3.46 Kb HTM 497pf-v3.htm
W.A.R.P. 1.1 - High speed, fuzzy controller for cost-sensitive applications SGS-THOMSON Microelectronics has introduced a reduced cost version of its W.A.R.P. (Weight Associative Rule Processor) fuzzy logic controller. Housed in a PLCC84 PLCC84 PLCC84 PLCC84 package, W.A.R.P. 1.1 (STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL) includes input fuzzification and output defuzzification stages, a high speed inferencing unit W.A.R.P. 1.1 architecture is that Membership Functions can be defined with complete freedom using a
www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/497pf-v1.htm
STMicroelectronics 24/02/2000 3.46 Kb HTM 497pf-v1.htm
W.A.R.P. 1.1 - High speed, fuzzy controller for cost-sensitive applications SGS-THOMSON Microelectronics has introduced a reduced cost version of its W.A.R.P. (Weight Associative Rule Processor) fuzzy logic controller. Housed in a PLCC84 PLCC84 PLCC84 PLCC84 package, W.A.R.P. 1.1 (STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL) includes input fuzzification and output defuzzification stages, a high speed inferencing unit, memory banks for storing rules ability to handle up to 16 inputs, 16 outputs and 256 rules, W.A.R.P. 1.1 has the processing power to
www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/497pf.htm
STMicroelectronics 06/02/1998 3.36 Kb HTM 497pf.htm
W.A.R.P. 1.1 - High speed, fuzzy controller for cost-sensitive applications SGS-THOMSON Microelectronics has introduced a reduced cost version of its W.A.R.P. (Weight Associative Rule Processor) fuzzy logic controller. Housed in a PLCC84 PLCC84 PLCC84 PLCC84 package, W.A.R.P. 1.1 (STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL) includes input fuzzification and output defuzzification stages, a high speed inferencing unit, memory banks for storing rules ability to handle up to 16 inputs, 16 outputs and 256 rules, W.A.R.P. 1.1 has the processing power to
www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/year1995/497pf.htm
STMicroelectronics 31/05/2000 3.38 Kb HTM 497pf.htm
W.A.R.P. 1.1 - High speed, fuzzy controller for cost-sensitive applications SGS-THOMSON Microelectronics has introduced a reduced cost version of its W.A.R.P. (Weight Associative Rule Processor) fuzzy logic controller. Housed in a PLCC84 PLCC84 PLCC84 PLCC84 package, W.A.R.P. 1.1 (STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL STFLWARP11/PL) includes input fuzzification and output defuzzification stages, a high speed inferencing unit, memory banks for storing rules ability to handle up to 16 inputs, 16 outputs and 256 rules, W.A.R.P. 1.1 has the processing power to
www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/497pf-v2.htm
STMicroelectronics 14/06/1999 3.35 Kb HTM 497pf-v2.htm
High speed, fuzzy co-processor to implement high-level control in co-processor, called W.A.R.P.2.0 (Weight Associative Rule Processor) that allows designers to exploit the MCU or DSP. The world's first 8-bit dedicated fuzzy controller, W.A.R.P. 2.0 (STFLWARP20/PL STFLWARP20/PL STFLWARP20/PL STFLWARP20/PL) includes input fuzzification and output defuzzification stages, a high speed inferencing unit, memory banks unit. With a 40MHz clock and the ability to handle up to 8 inputs, 4 outputs and 256 rules, W.A.R.P
www.datasheetarchive.com/files/stmicroelectronics/stonline/press/news/year1996/553pf.htm
STMicroelectronics 31/05/2000 2.78 Kb HTM 553pf.htm