MPY16U
Abstract: 8 bit multiplier with shift register mpy16s MPY16 m16u2 MC8U
Text: Multiply and Divide Routines Features Introduction • • • • • This application note lists subroutines for multiplication and division of 8- and 16bit signed and unsigned numbers. A listing of all implementations with key performance specifications is given in
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16bit
16-bit
11/00/xM
MPY16U
8 bit multiplier with shift register
mpy16s
MPY16
m16u2
MC8U
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AVR401
Abstract: low cost capacitor 0.1 mf transistor equivalent table variable timer circuit AT90S1200 BC558A AVR 200 transistor 2
Text: AVR401: 8-Bit Precision A/D Converter Features Introduction • Very Low Cost • High Precision • Auto-calibration Eliminates Component This application note describes how to perform a kind of dual slope A/D conversion with an AVR microcontroller. The converter is very low cost, requiring only
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AVR401:
AT90S1200
AVR401
AT90S1200
AVR401
low cost capacitor 0.1 mf
transistor equivalent table
variable timer circuit
BC558A
AVR 200
transistor 2
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AVR200
Abstract: avr200b div16u MPY16U 0936a
Text: AVR200: Multiply and Divide Routines Features Introduction • • • • • This application note lists subroutines for multiplication and division of 8 and 16-bit signed and unsigned numbers. A listing of all implementations with key performance specifications is given in Table 1.
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AVR200:
16-bit
16-bit
dres16s"
drem16s"
div16s"
drem16sL"
drem16sH
dd16sL"
dres16sL"
AVR200
avr200b
div16u
MPY16U
0936a
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AVR200: Multiply and Divide Routines
Abstract: AVR200 avr200b MPY16U m16u2 div16u m16s1 MC8U
Text: AVR200: Multiply and Divide Routines Features • • • • • • • 8-bit Microcontrollers 8 and 16-bit Implementations Signed & Unsigned Routines Speed & Code Size Optimized Routines Runable Example Programs Speed is Comparable with HW Multiplicators/Dividers
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AVR200:
16-bit
16-bit
0936D-AVR-09/09
AVR200: Multiply and Divide Routines
AVR200
avr200b
MPY16U
m16u2
div16u
m16s1
MC8U
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MPY16S
Abstract: AVR200 avr200b avr200.asm 0936B MPY16U DIV16S
Text: AVR200: Multiply and Divide Routines Features Introduction • • • • • This application note lists subroutines for multiplication and division of 8 and 16-bit signed and unsigned numbers. A listing of all implementations with key performance specifications is given in Table 1.
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Original
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PDF
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AVR200:
16-bit
16-bit
dres16s"
drem16s"
div16s"
drem16sL"
drem16sH
dd16sL"
dres16sL"
MPY16S
AVR200
avr200b
avr200.asm
0936B
MPY16U
DIV16S
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AVR401
Abstract: AT90S1200 BC558A
Text: AVR401: 8-bit Precision A/D Converter 8-bit Microcontroller Features • • • • • Very Low Cost High Precision Auto-calibration Eliminates Component Inaccuracy Measures Voltages for 0 to VCC Maximum Conversion Time: 1.1 ms Application Note Introduction
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AVR401:
AT90S1200
AT90S1200
0953C
AVR401
BC558A
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AVR200
Abstract: booth multiplier avr200b 0936-C MPY16U avr200.asm div16u
Text: AVR200: Multiply and Divide Routines Features • • • • • • • 8-bit Microcontrollers 8 and 16-bit Implementations Signed & Unsigned Routines Speed & Code Size Optimized Routines Runable Example Programs Speed is Comparable with HW Multiplicators/Dividers
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PDF
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AVR200:
16-bit
16-bit
0936C-AVR-05/06
AVR200
booth multiplier
avr200b
0936-C
MPY16U
avr200.asm
div16u
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div16u
Abstract: 4 bit right left shift register ics division algorithm AT94K AT94S
Text: Divide Routines Features • • • • • • 8- and 16-bit Implementations Signed and Unsigned Routines Speed and Code-size Optimized Routines Runable Example Programs Speed is Comparable with Hardware Dividers Extremely Compact Code Programmable SLI AT94K/AT94S
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16-bit
AT94K/AT94S
AT94K
AT94S
1973B
11/01/xM
div16u
4 bit right left shift register ics
division algorithm
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Application Note 34
Abstract: DAI 0034A ARM coprocessor ARM7100 0034A _rt_udiv arm processor 300D ARM710
Text: Application Note 34 Writing Efficient C for ARM Document number: ARM DAI 0034A Issued: January 1998 Copyright Advanced RISC Machines Ltd ARM 1998 ENGLAND GERMANY Advanced RISC Machines Limited Fulbourn Road Cherry Hinton Cambridge CB1 4JN UK Telephone: +44 1223 400400
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AVR401
Abstract: AT90S1200 BC558A div17u
Text: AVR401: 8-bit Precision A/D Converter 8-bit Microcontroller Features • • • • • Very Low Cost High Precision Auto-calibration Eliminates Component Inaccuracy Measures Voltages for 0 to VCC Maximum Conversion Time: 1.1 ms Application Note Introduction
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Original
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PDF
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AVR401:
AT90S1200
AT90S1200
0953C
AVR401
BC558A
div17u
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AVR401
Abstract: AT90S1200 BC558A div16u
Text: AVR401: 8-bit Precision A/D Converter Features Introduction • Very Low Cost • High Precision • Auto-calibration Eliminates Component This application note describes how to perform a kind of dual slope A/D conversion with an AVR microcontroller. The converter is very low cost, requiring only
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Original
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PDF
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AVR401:
AT90S1200
AVR401
AT90S1200
0953B08/00/xM
AVR401
BC558A
div16u
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