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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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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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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AKT01
Abstract: Decimal Integer Output Subroutines MSP430 General Purpose Subroutines MSP430 T001 T010 T011 T101 T110 CNV04
Text: Chapter 5 Software Applications Topic Page 5.1 Integer Calculation Subroutines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-2 5.2 Table Processing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-32
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16-bit,
32-bit,
40-bit
BIN16
16-bit
16-bit
08000h
07FFFh)
AKT01
Decimal Integer Output Subroutines
MSP430 General Purpose Subroutines
MSP430
T001
T010
T011
T101
T110
CNV04
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306667
Abstract: MSP430 msp430 RS232
Text: The USART Module 6.9.3 Software Routines The following sections show proven software routines, subroutines, and software MACROs for the UART mode of the USART. NOTES The program sequence for the initialization of the UART is important. As long as the SWRST bit
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25xVCC
306667
MSP430
msp430 RS232
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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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AVR200:
16-bit
16-bit
dres16s"
drem16s"
div16s"
drem16sL"
drem16sH
dd16sL"
dres16sL"
MPY16S
AVR200
avr200b
avr200.asm
0936B
MPY16U
DIV16S
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16F84 sample programs pic basic
Abstract: 16F84 LED ON OFF pic16f84 tutorial 16F84 LED ON OFF code pic 16f84 FLASHING OF 8 LEDs using 16F84 pic basic examples PIC16F84 example codes pic program 16F84
Text: PIC16F84 tutorial Contents 1.Good Programming Techniques. 2. The Registers. 3. Writing To the Ports. 4. Delay Loops. 5. Subroutines 6. Reading from the I/O ports. 7. Efficient memory usage 8. Logical And Arithmetic Operators 9. BIT Operations 10. Data Tables
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PIC16F84
16F84 sample programs pic basic
16F84 LED ON OFF
pic16f84 tutorial
16F84 LED ON OFF code
pic 16f84
FLASHING OF 8 LEDs using 16F84
pic basic examples
PIC16F84 example codes
pic program
16F84
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ADMC331
Abstract: ADSP-2100 ADSP-2171 AN331-03 8 bit square root
Text: a Basic Mathematical Subroutines for the ADMC331 AN331-09 a Basic Mathematical Subroutines for the ADMC331 AN331-09 Analog Devices Inc., January 2000 Page 1 of 16 a Basic Mathematical Subroutines for the ADMC331 AN331-09 Table of Contents SUMMARY. 3
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ADMC331
AN331-09
DMC331
Log10(
ADMC331
ADSP-2100
ADSP-2171
AN331-03
8 bit square root
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Untitled
Abstract: No abstract text available
Text: Locating Subroutines in Program Memory Bank3 in the HT56R26 Locating Subroutines in Program Memory Bank3 in the HT56R26 D/N：HA0218E Introduction The HT56R26 includes 32K x 16 bits of OTP Program Memory, divided into four Banks labeled Bank0, Bank1, Bank2 and Bank3. The following depicts the way to execute
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HT56R26
D/NHA0218E
HT56R26
32Kx16
0000H
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200B
Abstract: AN581 PIC16C54 PIC16C55 PIC16C56 PIC16C57 PIC16C5X
Text: Implementing Long Calls AN581 Implementing Long Calls Since A8 is forced to 0 by CALL instructions, the start address of subroutines must be in the first 256 words of each program memory page. Depending on the size and number of called subroutines, this limitation may become a burden to the software developer. The implementation of a “long call” eases this, by allowing the
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AN581
PIC16C5X
200B
AN581
PIC16C54
PIC16C55
PIC16C56
PIC16C57
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BCRH
Abstract: HD64F2215 FFB000 FFF800 D0700 BCRL
Text: APPLICATION NOTE H8S/2200 Series Bus Controller Introduction This application note provides subroutines that makes settings relating to bus controller modes, along with some examples of their usage. Target Device H8S/2215 Contents 1. Overview . 2
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H8S/2200
H8S/2215
REJ06B0345-0100Z/Rev
BCRH
HD64F2215
FFB000
FFF800
D0700
BCRL
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binary to bcd msp430
Abstract: using the msp430 as a real-time clock MSP430 General Purpose Subroutines MSP430
Text: MSP430 Family General Purpose Subroutines TOPICS 5 General Purpose Subroutines 5-3 5.1 Saving Power Consumption 5-3 5.2 Calculated Branch 5-4 5.3 Binary to BCD 5-6 5.4 BCD to Binary 5-7 5.5 Bubble Sort 5-8 5.6 Table Search 5.7 Parity 5-10 5.8 Realtime Clock with 8 bit Timer
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MSP430
binary to bcd msp430
using the msp430 as a real-time clock
MSP430 General Purpose Subroutines
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Trigonometric
Abstract: precision Sine Wave Generator core i5 registers ADMC331 ADSP-2100 ADSP-2171 AN331-03 arctangent
Text: a Basic trigonometric subroutines for the ADMC331 AN331-10 a Basic trigonometric subroutines for the ADMC331 AN331-10 Analog Devices Inc., January 2000 Page 1 of 11 a Basic trigonometric subroutines for the ADMC331 AN331-10 Table of Contents SUMMARY. 3
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ADMC331
AN331-10
ADMC331,
Trigonometric
precision Sine Wave Generator
core i5 registers
ADMC331
ADSP-2100
ADSP-2171
AN331-03
arctangent
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ADMC300
Abstract: ADSP-2100 ADSP-2171 AN300-03 AN300-10
Text: a Basic Mathematical Subroutines for the ADMC300 AN300-09 a Basic Mathematical Subroutines for the ADMC300 AN300-09 Analog Devices Inc., January 2000 Page 1 of 16 a Basic Mathematical Subroutines for the ADMC300 AN300-09 Table of Contents SUMMARY. 3
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ADMC300
AN300-09
DMC300
Log10(
ADMC300
ADSP-2100
ADSP-2171
AN300-03
AN300-10
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Mul16
Abstract: AN958 APP958 MAX7651 MAX7652 SUB32 8051 microcontroller application
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: RAM, Internal memory, MCU, Microcontroller, microprocessor, uC, binary arithmetic, binary math, booth's algorithm, multiply, divide, ASCII Feb 04, 2002 APPLICATION NOTE 958 A Collection of Extended Math Subroutines for the MAX7651
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MAX7651
32-bit
16x16
8051-compatible
MAX7651
MAX7652.
12-bit
com/an958
Mul16
AN958
APP958
MAX7652
SUB32
8051 microcontroller application
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dm 136
Abstract: sonar beamforming DM 024 IQ vector generator MHZ ci 555 speech scrambler NE 555 datasheet Delay linear sweep generator using IC 555 adaptive delta modulation demodulation LMS adaptive filter
Text: 2 Modems 2.5 ADAPTIVE EQUALIZATION This section presents subroutines for an ADSP-2100 family implementation of an adaptive channel equalizer for a high speed modem. The CCITT’s V.32 recommendation for a 9600 bps modem specifies the use of this type of equalizer in the receiver section.
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ADSP-2100
COM-24,
COM-36,
COM-25,
dm 136
sonar beamforming
DM 024
IQ vector generator MHZ
ci 555
speech scrambler
NE 555 datasheet
Delay linear sweep generator using IC 555
adaptive delta modulation demodulation
LMS adaptive filter
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HT56R678
Abstract: emfi
Text: HT56R6x/6xx How to Write the Multi-Function Interrupt Service Routine HT56R6x/6xx How to Write the Multi-Function Interrupt Service Routine D/N：HA0186E Introduction The HT56R6x/6xx TinyPower series MCUs include Multi-Function Interrupts. The following will show the way to write Multi-Function subroutines.
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HT56R6x/6xx
D/NHA0186E
HT56R678
emfi
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zener spice model
Abstract: Intusoft spice
Text: t eArHaDcLt B i va see dS oPnI C NI n ew ‘ CE’ Introduction Intusoft, makers of the ISSPICE simulator, have found a new way to extend the capabilities of SPICE by allowing engineers to easily add user defined models based on C code subroutines. SPICE based simulators have progressed towards a viable AHDL dramatically
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Untitled
Abstract: No abstract text available
Text: Integrated Device Technology, Inc. 12-BIT CMOS MICROPROGRAM SEQUENCER FEATURES: • Low-power CMOS — Icc max. Military: 90mA Commercial: 75mA • Fast — IDT39C10B matches 2910A speeds — IDT39C10C 30% speed upgrade • 33-Deep stack — Accom modates highly nested loops and subroutines
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12-BIT
IDT39C10B
IDT39C10C
33-Deep
40-pin
44-pin
MIL-STD-883,
IDT39C10
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Intel 8008
Abstract: 8008 intel microprocessor pin diagram intel 8008 cpu 8008-1 MCS-8 8008 Intel 8008 CPU
Text: in te l 8008/8008-1 8-BIT MICROPROCESSOR • Instruction Qycle Time — 1.25 ^s with 8008-1 or^ 6 [is with 8008 ■ 48 Instructions, Data Oriented ■ Address Stack Contains 8 14-Bit Registers including Program Counter Which Permit Nesting of Subroutines
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14-Bit
Intel 8008
8008 intel microprocessor pin diagram
intel 8008 cpu
8008-1
MCS-8
8008 Intel
8008 CPU
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9406A
Abstract: No abstract text available
Text: 9406 PROGRAM STACK FAIRCHILD TTL MACROLOGIC DESCRIPTIO N — The 9406 is a 16-word by 4 -b it "push-down po p-up" Program Stack. It is designed to im plem ent Program C ounter PC and return address storage fo r nested subroutines in programmable digital systems. The 9406 executes 4 instructions: Return,
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16-word
9406A
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SN74154
Abstract: SN7442 SN54154 SN5442 SN5488A SN7448A SN7488A L 9236 truth table for 4 to 16 decoder SN5488
Text: TTL MSI CIRCUIT TYPES SN5488A. SN7488A 256-BIT READ-ONLY MEMORIES N D U A L -IN -L IN E PA CK AG E TOP V IE W 3 oo n mC -o r - 5 !" 1 -2 BINARY SELECT Applications in Computer Subroutines ENABLE/ G Useful in Display Systems and Readouts 16 15 >m Ç OUTPUT
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SN5488A,
SN7488A
256-BIT
256-bit,
SN74154
SN7442
SN54154
SN5442
SN5488A
SN7448A
L 9236
truth table for 4 to 16 decoder
SN5488
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ScansUX1004
Abstract: No abstract text available
Text: 9406 PROGRAM STACK F A IR C H IL D TTL MACROLOGIC DESC R IPTIO N — The 9406 is a 16-word by 4 -b it "push-dow n po p -u p " Program Stack. It is designed to im plem ent Program C ounter PC and return address storage fo r nested subroutines in programmable digital systems. The 9406 executes 4 instructions: Return,
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16-word
ScansUX1004
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Fairchild 958 counter
Abstract: ScansUX1003
Text: 4706/4706B PROGRAM STACK FAIRCHILD CMOS MACROLOGIC D E S C R IP T IO N — Th e 4 7 0 6 is a 16-w ord by 4 -b it "push-down p o p-up" Program Stack. It is designed to im plem ent Program C oun ter PC and return address storage fo r nested subroutines in program m able digital systems. Th e 4 7 0 6 executes 4 instructions: R eturn,
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4706/4706B
16-word
Fairchild 958 counter
ScansUX1003
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