8 BIT SQUARE ROOT Search Results

0x00002a

Abstract: PIC17C arga 200B DK-2750 PIC18CXX2 RG41 TB040 0x000022 18C252
Contextual Info: TB040 Fast Integer Square Root Author: algorithm demonstrates how the single cycle multiplier is useful in calculating a square root and at the same time, save processor time. Ross M. Fosler Microchip Technology Inc. THE ALGORITHM INTRODUCTION Using the binary nature of the microcontroller, the

TMS320C67XX

Abstract: C67XX datasheet TMS320C67XX rts6701 notes on TMS320C67XX TMS320C67x tlu 011 of TMS320C67xx C67x FP 801
Contextual Info: Application Report SPRA516 TMS320C67xx Divide and Square Root Floating-Point Functions Syd Poland Technical Training Organization Abstract The purpose of these Floating Point FP functions is to provide the Texas Instruments (TIä) TMS320C67xx Digital Signal Processor (DSP) with fast divide and square root

001C

Abstract: 34001E
Contextual Info: APPLICATION NOTE H8/300H Tiny Series Square Root of a 32-Bit Binary Number SQRT Introduction Produces the square root of a 32-bit binary number as a 16-bit binary number. Target Device H8/300H Tiny Series Contents 1. Function . 2

8 bit square root

Abstract: XC4000E X8139
Contextual Info: Square Root March 16, 1998 Product Specification R Xilinx Inc. 2100 Logic Drive San Jose, CA 95124 Phone: +1 408-559-7778 Fax: +1 408-559-7114 E-mail: coregen@xilinx.com URL: www.xilinx.com DIN N bits wide CE Clock Enable DOUT Square Root M bits wide Clock

f602

Abstract: 001C Root
Contextual Info: APPLICATION NOTE H8/300L Series Square Root of a 32-Bit Binary Number SQRT Introduction 1. The software SQRT finds the square root of a 32-bit binary number and outputs the result as a 16-bit binary number. 2. All arguments used with the software SQRT are unsigned integers.

XC4000E

Contextual Info: dsp_sqroot.fm Page 127 Tuesday, July 14, 1998 8:03 AM Square Root July 17, 1998 Product Specification R DIN Xilinx Inc. 2100 Logic Drive San Jose, CA 95124 Phone: +1 408-559-7778 Fax: +1 408-559-7114 E-mail: coregen@xilinx.com URL: www.xilinx.com N bits wide

MCS-96

Abstract: intel 8096 instruction set AB-34 intel 8096 intel 8096 datasheet 8096 C9011 001C A40022
Contextual Info: AB-34 APPLICATION BRIEF Integer Square Root Routine for the 8096 LIONEL SMITH ECO APPLICATIONS ENGINEER April 1989 Order Number 270523-001 Information in this document is provided in connection with Intel products Intel assumes no liability whatsoever including infringement of any patent or copyright for sale and use of Intel products except as provided in

8051 16bit addition, subtraction

Abstract: verilog code for floating point division verilog code for single precision floating point multiplication vhdl code for cordic cosine and sine vhdl code for cordic verilog code for floating point multiplication program for 8051 16bit square root vhdl code for cordic multiplication test bench for 16 bit shifter verilog code for cordic
Contextual Info: Floating Point Mathematics Unit ver 1.30 OVERVIEW DFPMU uses the specialized CORDIC and standard algorithms to compute math functions. It supports addition, subtraction, multiplication, division, square root, comparison, absolute value, change sign of a number

test bench for 16 bit shifter

Abstract: processor control unit vhdl code download verilog code for floating point unit SUBTRACTION verilog code for 8051 verilog code for floating point multiplication microcontroller using vhdl 80C51 DR8051 vhdl code for 8 bit floating point processor
Contextual Info: Floating Point Arithmetic Unit ver 1.30 OVERVIEW DFPAU uses the specialized algorithms to compute arithmetic functions. It supports addition, subtraction, multiplication, division, square root, comparison, absolute value, and change sign of a number. The input numbers

Contextual Info: FUNCTIONAL BLOCK DIAGRAM FEATURES Dual-axis sensing, +70 g, +37 g 14-bit resolution Impact peak-level sample and hold Root sum square RSS output Programmable event recorder 400 Hz double-pole Bessel sensor response 12-bit digital temperature sensor output

Contextual Info: FUNCTIONAL BLOCK DIAGRAM FEATURES Dual-axis sensing, +70 g, +37 g 14-bit resolution Impact peak-level sample and hold Root sum square RSS output Programmable event recorder 400 Hz double-pole Bessel sensor response 12-bit digital temperature sensor output

Contextual Info: Programmable High-g Digital Accelerometer Impact/Shock Sensor ADIS16204 Preliminary Technical Data FUNCTIONAL BLOCK DIAGRAM FEATURES Dual-axis sensing, +70g, +37g 14-bit resolution Impact peak-level sample and hold Root sum square RSS output Programmable Event Recorder

Contextual Info: Programmable High-g Digital Accelerometer Impact/Shock Sensor ADIS16204 Preliminary Technical Data FUNCTIONAL BLOCK DIAGRAM FEATURES Dual-axis sensing, +70g, +37g 14-bit resolution Impact peak-level sample and hold Root sum square RSS output Programmable Event Recorder

HAI 7203

Abstract: ACT8847 74ACT8847 SN74 multiplier
Contextual Info: TEXAS INSTR LOGIC SSE D 0^1723 GQÖS7G3 7 SN74ACT8847 64-Bit Floating Point Unit • Meets IEEE Standard for Single- and DoublePrecision Formats • Performs Floating Point and Integer Add, Subtract, Multiply, Divide, Square Root, and Compare • 64-Bit IEEE Divide in 11 Cycles, 64-Bit Square

SN74ACT8847

Abstract: ACT8847 ti 8847
Contextual Info: SN74ACT8847 64-Bit Floating Point Unit • Meets IEEE Standard for Single- and DoublePrecision Formats • Performs Floating Point and Integer Add, Subtract, Multiply, Divide, Square Root, and Compare • 64-Bit IEEE Divide in 11 Cycles, 64-Bit Square Root in 14 Cycles

CORDIC v4.0

Abstract: FIX16 CORDIC in xilinx CORDIC SPARTAN-3E IC BA 3812 DATASHEET CORDIC system generator xilinx cordic design for fixed angle rotation cordic design for fixed angle of rotation cordic algorithm in matlab
Contextual Info: CORDIC v4.0 DS249 April 24, 2009 Product Specification • Introduction The Xilinx LogiCORE IP CORDIC core implements a generalized coordinate rotational digital computer CORDIC algorithm. For use with Xilinx CORE Generator™ and Xilinx System Generator™ v11.1 or later.

32-ary

Contextual Info: HARRIS H S E M I C O N D U C T O R S P 5 2 1 PRELIMINARY Digital Costas Loop February 1995 Description Features Selectable Matched Filtering with Root Raised Cosine or Integrate and Dump Filter T h e Digital Costas Loop DC L performs many of the base­

82459

Abstract: SH-DSP 102 m x1 y1 74914 78540 FC32
Contextual Info: To all our customers Regarding the change of names mentioned in the document, such as Hitachi Electric and Hitachi XX, to Renesas Technology Corp. The semiconductor operations of Mitsubishi Electric and Hitachi were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog

74914

Abstract: 82459 H3C1 Hitachi DSA00757 102 m x1 y1 44961 78540 FC32 Hitachi DSA007575 Hitachi DSA0075
Contextual Info: SuperH RISC Engine SH-DSP Software Application Note ADE-502-069 Rev. 1.0 9/21/1999 Hitachi, Ltd. Cautions 1. Hitachi neither warrants nor grants licenses of any rights of Hitachi’s or any third party’s patent, copyright, trademark, or other intellectual property rights for information contained in

vhdl code for rotation cordic

Abstract: DS858 LogiCORE IP CORDIC CORDIC divider CORDIC in xilinx cordic design for fixed angle rotation CORDIC v5.0 CORDIC v4.0 XC7K325T CORDIC system generator xilinx
Contextual Info: LogiCORE IP CORDIC v5.0 DS858 October 19, 2011 Product Specification Introduction LogiCORE IP Facts Table The Xilinx LogiCORE IP v5.0 core implements a generalized coordinate rotational digital computer CORDIC algorithm. Features Core Specifics Supported

F602

Contextual Info: To all our customers Regarding the change of names mentioned in the document, such as Hitachi Electric and Hitachi XX, to Renesas Technology Corp. The semiconductor operations of Mitsubishi Electric and Hitachi were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog

voltage w1 6pin

Abstract: RA7 smd
Contextual Info: CY2XF23 High Performance LVDS Oscillator with Frequency Margining - I2C Control High Performance LVDS Oscillator with Frequency Margining - I2C Control Features Functional Description • Low jitter crystal oscillator XO ■ Less than 1 ps typical root mean square (RMS) phase jitter

Contextual Info: CY2XF23 High Performance LVDS Oscillator with Frequency Margining - I2C Control High Performance LVDS Oscillator with Frequency Margining - I2C Control Features Functional Description • Low jitter crystal oscillator XO ■ Less than 1 ps typical root mean square (RMS) phase jitter

Contextual Info: CY2XF24 High Performance LVPECL Oscillator with Frequency Margining – I2C Control Features Functional Description • Low jitter crystal oscillator XO ■ Less than 1 ps typical root mean square (RMS) phase jitter ■ Differential low-voltage positive emitter coupled logic