AN-3006
Abstract: 017d 000D 001C MAXQ10 MAXQ20 MAXQ2000 APP300
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: MAXQ, MAXQ20, MAXQ10, multiplier, hardware multiplier , maxq microcontroller, micro Jan 23, 2004 APPLICATION NOTE 3006 Using MAXQ's Multiplier Module Abstract: A MAXQ-based microcontroller can be equipped with a 16x16 hardware multiplier peripheral module. This
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MAXQ20,
MAXQ10,
16x16
com/an3006
MAXQ2000:
AN3006,
APP3006,
Appnote3006,
AN-3006
017d
000D
001C
MAXQ10
MAXQ20
MAXQ2000
APP300
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ir31
Abstract: 68HC05 AN1219 IR21 IR30 M6805 M68HC08 IR33 motorola application note 6805 motorola
Text: Order this document by AN1219/D Rev. 1.0 Motorola Semiconductor Application Note AN1219 M68HC08 Integer Math Routines By Mark Johnson CSIC Applications Engineering Austin, Texas Introduction This application note discusses six integer math subroutines 1 that take
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AN1219/D
AN1219
M68HC08
68HC08
68HC05
68HC05
ir31
AN1219
IR21
IR30
M6805
IR33
motorola application note
6805 motorola
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68HC05
Abstract: AN1219 M6805 M68HC08
Text: Order this document by AN1219/D MOTOROLA SEMICONDUCTOR APPLICATION NOTE AN1219 M68HC08 Integer Math Routines by Mark Johnson CSIC Applications INTRODUCTION The 68HC08 microcontroller unit MCU is a fully upward-compatible performance extension of the 68HC05 Family of MCUs. Users familiar with the 68HC05 should find little difficulty implementing the
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AN1219/D
AN1219
M68HC08
68HC08
68HC05
AN1219
M6805
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eprom 2416
Abstract: motorola 68hc05 IR31 68HC05 AN1219 IR21 IR30 M6805 M68HC08 motorola multiplier
Text: Freescale Semiconductor, Inc. Order this document by AN1219/D Rev. 1.0 Motorola Semiconductor Application Note AN1219 Freescale Semiconductor, Inc. M68HC08 Integer Math Routines By Mark Johnson CSIC Applications Engineering Austin, Texas Introduction This application note discusses six integer math subroutines 1 that take
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AN1219/D
AN1219
M68HC08
68HC08
68HC05
68HC05
eprom 2416
motorola 68hc05
IR31
AN1219
IR21
IR30
M6805
motorola multiplier
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IR21
Abstract: IR30 M6805 M68HC08 68HC05 AN1219
Text: Order this document by AN1219/D Rev. 1.0 Freescale Semiconductor AN1219 Freescale Semiconductor, Inc. M68HC08 Integer Math Routines By Mark Johnson CSIC Applications Engineering Austin, Texas Introduction This application note discusses six integer math subroutines 1 that take
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AN1219/D
AN1219
M68HC08
68HC08
68HC05
68HC05
IR21
IR30
M6805
AN1219
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C1ea 0042
Abstract: c17f C1ea 0041 C79F c26f c7aa C043 C557 DAYTON C203 ac 1084 0515
Text: Order this document by AN974/D Freescale Semiconductor Freescale Semiconductor, Inc. AN974 MC68HC11 Floating-Point Package Introduction The MC68HC11 is a very powerful and capable single-chip microcontroller. Its concise instruction set combined with six powerful
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AN974/D
AN974
MC68HC11
16-bit
MC68HC11,
C1ea 0042
c17f
C1ea 0041
C79F
c26f
c7aa
C043
C557
DAYTON C203
ac 1084 0515
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C1ea 0042
Abstract: C1ea 0041 C1EA- 0041 C79F c845 C5F3 transistor C839 c7aa motorola c858 C004 1102 0734
Text: Order this document by AN974/D Motorola Semiconductor Application Note AN974 MC68HC11 Floating-Point Package Introduction The MC68HC11 is a very powerful and capable single-chip microcontroller. Its concise instruction set combined with six powerful addressing modes, true bit manipulation, 16-bit arithmetic operations,
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AN974/D
AN974
MC68HC11
16-bit
MC68HC11,
C1ea 0042
C1ea 0041
C1EA- 0041
C79F
c845
C5F3
transistor C839
c7aa
motorola c858
C004 1102 0734
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C1ea 0042
Abstract: C1ea 0041 cq 0765 transistor C839 C79F C71A motorola c858 transistor c789 6A c829 transistor datasheet C737
Text: Freescale Semiconductor, Inc. Order this document by AN974/D Motorola Semiconductor Application Note Freescale Semiconductor, Inc. AN974 MC68HC11 Floating-Point Package Introduction The MC68HC11 is a very powerful and capable single-chip microcontroller. Its concise instruction set combined with six powerful
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AN974/D
AN974
MC68HC11
16-bit
MC68HC11,
C1ea 0042
C1ea 0041
cq 0765
transistor C839
C79F
C71A
motorola c858
transistor c789 6A
c829 transistor datasheet
C737
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types of multipliers
Abstract: 4-input-XOR 4 INPUT XOR block diagram 8 bit booth multiplier Tx chain 32 bit adder 16-bit adder 16 bit adder AX500 A54SX32A
Text: Application Note AC163 Axcelerator Carry-Connect Macros I n tro du ct i on The C-cell features the following Figure 1 : The Axcelerator dedicated carry-chain logic offers a very compact solution for implementing arithmetic functions without sacrificing performance. The AX architecture, on
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AC163
types of multipliers
4-input-XOR
4 INPUT XOR
block diagram 8 bit booth multiplier
Tx chain
32 bit adder
16-bit adder
16 bit adder
AX500
A54SX32A
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SPRDE01A
Abstract: radix-2 DIT FFT C code SLAUE10B MACS32 MPYS32 Diode A3X MSP430 Family Architecture MSP430x33x Carry save Multiplier MSP430
Text: The MSP430 Hardware Multiplier Function and Applications Application Report April 1999 Mixed Signal Products SLAA042 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or to discontinue any product or service without notice, and advise customers to obtain the latest version of relevant information
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MSP430
SLAA042
0fa16h
00013h
16-bit
32-bit
SLAUE10B
SLAAE10B
SPRDE01A
radix-2 DIT FFT C code
SLAUE10B
MACS32
MPYS32
Diode A3X
MSP430 Family Architecture
MSP430x33x
Carry save Multiplier
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Motorola MPC556
Abstract: mpc556 MPC500 MPC555 MPC555/MPC556
Text: SECTION 3 CENTRAL PROCESSING UNIT The PowerPC-based RISC processor RCPU used in the MPC500 family of microcontrollers integrates five independent execution units: an integer unit (IU), a load/ store unit (LSU), and a branch processing unit (BPU), floating-point unit (FPU) and integer multiplier divider (IMD). The use of simple instructions with rapid execution times
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MPC500
MPC555
MPC556-based
MPC556
MPC556
Motorola MPC556
MPC555/MPC556
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MPC500
Abstract: MPC555 MPC556
Text: SECTION 3 CENTRAL PROCESSING UNIT The PowerPC-based RISC processor RCPU used in the MPC500 family of microcontrollers integrates five independent execution units: an integer unit (IU), a load/ store unit (LSU), and a branch processing unit (BPU), floating-point unit (FPU) and integer multiplier divider (IMD). The use of simple instructions with rapid execution times
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MPC500
MPC555
MPC556-based
MPC556
MPC556
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CR16B
Abstract: No abstract text available
Text: , , National Semiconductor TM 16-Bit COMPACTRISCTM Architecture Features Introduction CompactRISC processor cores are designed specifically for embedded applications. The CompactRISC architecture is available in a wide range of implementations, supported by a common set of software development
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16-Bit
64bit
CR16B
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BY256
Abstract: tda 7223 asm 1011 3D28 COS360 M32C M32C83 M37906 sine cosine phase quadrant look-up address fix Automotive Controllers mitsubishi
Text: To all our customers Regarding the change of names mentioned in the document, such as Mitsubishi Electric and Mitsubishi XX, to Renesas Technology Corp. The semiconductor operations of Hitachi and Mitsubishi Electric were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog
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SXM 08
Abstract: Architecture of TMS320C54X with diagram SPRU518 SPRU147 GSM modem M10 time division speech scrambler k875 block diagram of of TMS320C54X speech scrambler Viterbi Trellis Decoder texas
Text: TMS320C54x DSP Programmer’s Guide Literature Number: SPRU538 July 2001 Printed on Recycled Paper IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or to discontinue any product or service without notice, and advise customers to obtain the latest
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TMS320C54x
SPRU538
SPRU518)
SXM 08
Architecture of TMS320C54X with diagram
SPRU518
SPRU147
GSM modem M10
time division speech scrambler
k875
block diagram of of TMS320C54X
speech scrambler
Viterbi Trellis Decoder texas
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binary bcd conversion
Abstract: AN13 hex bcd conversion mul1616 IND5
Text: SX Arithmetic Routines Application Note 13 July 1999 1.0 Introduction The following program segment illustrates 32 bit binary addition. The 4-byte operand1 and the 4-byte operand2 are added together. The result is put back into operand2. This application note presents programming techniques
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SXL-AN13-01
binary bcd conversion
AN13
hex bcd conversion
mul1616
IND5
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binary bcd conversion
Abstract: BCD DIVISION bcd arithmetic bcd binary conversion application note binary bcd conversion application note binary numbers multiplication M1616 AN13 0A09 Ubicom Semiconductor
Text: SX Arithmetic Routines Application Note 13 November 2000 1.0 Introduction The following program segment illustrates 32 bit binary addition. The 4-byte operand1 and the 4-byte operand2 are added together. The result is put back into operand2. This application note presents programming techniques
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AN13-02
binary bcd conversion
BCD DIVISION
bcd arithmetic
bcd binary conversion application note
binary bcd conversion application note
binary numbers multiplication
M1616
AN13
0A09
Ubicom Semiconductor
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MTP23PO6
Abstract: PID control pwm KD 2107 WHAT IS BY 028F LMT100 028F P16C56 United Detector Technology 020D lm358 sum pid dc motor microchip an
Text: Intelligent Remote Positioner AN531 Intelligent Remote Positioner Motor Control Author: Steven Frank - Vesta Technology Inc. The commanded positions are presented to the PIC16C5X via a microwire type protocol at bit-rates of up to 50kb/s for the 4 MHz part. As currently implemented
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AN531
PIC16C5X
50kb/s
MTP23PO6
PID control pwm
KD 2107
WHAT IS BY 028F
LMT100
028F
P16C56
United Detector Technology 020D
lm358 sum
pid dc motor microchip an
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ALL TYPE IC DATA AND manual substitution BOOK
Abstract: MPY16 tesla 516 68HC908LJ12 908LJ12 DRM040 IEC61036 M68HC08 MON08 C07F
Text: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. Single Phase Digital Power Meter Reference Design Designer Reference Manual M68HC08 Microcontrollers DRM040/D Rev. 0, 4/2003 MOTOROLA.COM/SEMICONDUCTORS For More Information On This Product, Go to: www.freescale.com
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M68HC08
DRM040/D
DRM040
ALL TYPE IC DATA AND manual substitution BOOK
MPY16
tesla 516
68HC908LJ12
908LJ12
IEC61036
M68HC08
MON08
C07F
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ADSP-2100
Abstract: integer division 4 bits by 2 bits division algorithm LSHI
Text: Fixed-Point Arithmetic 2.1 2 OVERVIEW Binary number representations usually include a sign and a radix point, as well as a magnitude. The sign shows whether the number is positive or negative. The radix point separates the integer and fractional parts of the
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ADSP-2100,
ADSP-2100
integer division 4 bits by 2 bits
division algorithm
LSHI
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a939
Abstract: 73B5 ms 7254 ver 1.1 6A33 6E2d 7931 la 7830 A82E AN542 IDT71256
Text: AN542 Implementation of Fast Fourier Transforms Amar Palacherla Microchip Technology Inc. INTRODUCTION Fourier transforms are one of the fundamental operations in signal processing. In digital computations, Discrete Fourier Transforms DFT are used to describe, represent, and analyze discrete-time signals.
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AN542
PIC17C42.
DS00542C-page
a939
73B5
ms 7254 ver 1.1
6A33
6E2d
7931
la 7830
A82E
AN542
IDT71256
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C1ea 0042
Abstract: EB1305 c17f mps 0924 MPS 0743 C35E c17c MPS 0729 C43E mps 0548
Text: Order this document by AN974/D MOTOROLA •a SEMICONDUCTOR APPLICATION NOTE AN974 MC68HC11 Floating-Point Package INTRODUCTION The MC68HC11 is a very powerful and capable single chip microcomputer. Its concise instruction set combined with six powerful addressing modes, true bit manipula
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AN974/D
AN974
MC68HC11
16-bit
MC68HC11,
C1ea 0042
EB1305
c17f
mps 0924
MPS 0743
C35E
c17c
MPS 0729
C43E
mps 0548
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carry save adder
Abstract: F384 74F384 N74F384D N74F384N
Text: FAST 74F384 Signetics Multiplier 8-Bit Serial/Parallel Two's Complement Multiplier Preliminary Specification FAST Products FEATURES DESCRIPTION The 'F384 is an 8-bit sequential logic element that multiplies two numbers rep resented In Two's Complement notation.
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74F384
500ns
carry save adder
F384
74F384
N74F384D
N74F384N
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Untitled
Abstract: No abstract text available
Text: FAST 74F384 Signetics M ultiplier 8-Bit Serial/Parallel Two's Complement Multiplier Preliminary Specification FAST Products FEATURES DESCRIPTION The 'F384 is an 8-bit sequential logic element that multiplies two numbers rep resented in Two's Complement notation.
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74F384
100MHz
16-Pin
500ns
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