D1714
Abstract: D-10 D-12 D-16 MC68F375 TPUPN04 D1711 1017A
Text: APPENDIX D TPU ROM FUNCTIONS The following pages provide brief descriptions of the pre-programmed functions in the TPU3. For detailed descriptions, refer to the programming note for the individual function. Motorola Programming Note TPUPN00/D, Using the TPU Function Library and
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MC68F375.
MC68F375
D1714
D-10
D-12
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MC68F375
TPUPN04
D1711
1017A
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4 channel pwm transmitter receiver
Abstract: D1711 soft start motor control diagram synchronizing circuit for spwm universal MOTOR speed control D-10 D-12 D-16 MPC555 TPUPN04
Text: APPENDIX D TPU ROM FUNCTIONS The following pages provide brief descriptions of the pre-programmed functions in the TPU3. For detailed descriptions, refer to the programming note for the individual function. Motorola Programming Note TPUPN00/D, Using the TPU Function Library and
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TPUPN00/D,
MPC555.
MPC555
4 channel pwm transmitter receiver
D1711
soft start motor control diagram
synchronizing circuit for spwm
universal MOTOR speed control
D-10
D-12
D-16
MPC555
TPUPN04
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M68300
Abstract: M68HC16 MC68334 MC68F333
Text: MOTOROLA Freescale Semiconductor, Inc. Order this document by TPUPN00/D SEMICONDUCTOR PROGRAMMING NOTE USING THE TPU FUNCTION LIBRARY AND TPU EMULATION MODE By Jeff Wright and Mike Pauwels Freescale Semiconductor, Inc. 1 Abstract The Motorola time processor unit TPU is an on-chip peripheral device used in the M68300 and
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TPUPN00/D
M68300
M68HC16
MC68334
MC68F333
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TPU MASK
Abstract: em reader module MC68334 M68300 M68HC16 MC68F333
Text: MOTOROLA Order this document by TPUPN00/D SEMICONDUCTOR PROGRAMMING NOTE USING THE TPU FUNCTION LIBRARY AND TPU EMULATION MODE By Jeff Wright and Mike Pauwels 1 Abstract The Motorola time processor unit TPU is an on-chip peripheral device used in the M68300 and
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TPUPN00/D
M68300
M68HC16
TPU MASK
em reader module
MC68334
MC68F333
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MC68334
Abstract: M68300 M68HC16 MC68F333
Text: MOTOROLA TPUPN00/D SEMICONDUCTOR PROGRAMMING NOTE Using The TPU Function Library And TPU Emulation Mode By Jeff Wright and Mike Pauwels MOTOROLA Order this document by TPUPN00/D SEMICONDUCTOR PROGRAMMING NOTE USING THE TPU FUNCTION LIBRARY AND TPU EMULATION MODE
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M68300
M68HC16
MC68334
MC68F333
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M68300
Abstract: M68HC16 MC68334 MC68F333
Text: Freescale Semiconductor, Inc. Freescale Semiconductor Order this document by TPUPN00/D USING THE TPU FUNCTION LIBRARY AND TPU EMULATION MODE By Jeff Wright and Mike Pauwels Freescale Semiconductor, Inc. 1 Abstract The Freescale time processor unit TPU is an on-chip peripheral device used in the M68300 and
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TPUPN00/D
M68300
M68HC16
MC68334
MC68F333
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M68300
Abstract: M68HC16 MC68334 MC68F333 1116au
Text: MOTOROLA Order this document by TPUPN00/D SEMICONDUCTOR PROGRAMMING NOTE USING THE TPU FUNCTION LIBRARY AND TPU EMULATION MODE By Jeff Wright and Mike Pauwels 1 Abstract The Motorola time processor unit TPU is an on-chip peripheral device used in the M68300 and
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M68300
M68HC16
MC68334
MC68F333
1116au
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em 329
Abstract: XC68F333CFT16 M68000 MC68F333 YFF700 YFF702 YFF706 YFF710 UPC 494 Application Note upc uninterrupted power supply circuit diagram
Text: MC68F333 USER’S MANUAL Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does Motorola assume any liability arising out of the application or use of any product or circuit, and specifically disclaims any and
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MC68F333
em 329
XC68F333CFT16
M68000
MC68F333
YFF700
YFF702
YFF706
YFF710
UPC 494 Application Note
upc uninterrupted power supply circuit diagram
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MC68HC16Z1CAG25
Abstract: MC68HC16Z1CFC25 MC68HC16Z1CPV25 MC68HC16Z1CEH16 MC68HC16Z1CFC20 MC68CK16Z1CPV16 M68HC16Z1 DTL Logic CX6816 68HC16Z
Text: Freescale Semiconductor, Inc. M68HC16Z Series MC68HC16Z1 MC68CK16Z1 MC68CM16Z1 MC68HC16Z2 MC68HC16Z3 MC68HC16Z4 MC68CK16Z4 User’s Manual For More Information On This Product, Go to: www.freescale.com R E Q U I R E D A G R E E M E N T HC16 N O N - D I S C L O S U R E
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MC68HC16ZUM/AD
M68HC16Z
MC68HC16Z1
MC68CK16Z1
MC68CM16Z1
MC68HC16Z2
MC68HC16Z3
MC68HC16Z4
MC68CK16Z4
MC68HC16Z1MFC16
MC68HC16Z1CAG25
MC68HC16Z1CFC25
MC68HC16Z1CPV25
MC68HC16Z1CEH16
MC68HC16Z1CFC20
MC68CK16Z1CPV16
M68HC16Z1
DTL Logic
CX6816
68HC16Z
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MC68376BGMFT20
Abstract: mc68376bacft20 MC68376BAMFT20 SC68376BACAB25 SC68376 mc68376bavft20b1 motorola D102 manual mc68376bavft20 1134 ssw do 4106 contact arrangement
Text: MC68336/376UM/D MC68336/376 USER’S MANUAL TouCAN is a trademark of Motorola, Inc. Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability
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MC68336/376UM/D
MC68336/376
EAR99
MC68376BGMFT20
mc68376bacft20
MC68376BAMFT20
SC68376BACAB25
SC68376
mc68376bavft20b1
motorola D102 manual
mc68376bavft20
1134 ssw do
4106 contact arrangement
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Hall Sensor S41 830
Abstract: MC68376BGMFT20
Text: MC68336/376UM/D MC68336/376 USER’S MANUAL TouCAN is a trademark of Motorola, Inc. Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability
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MC68376BAMAB20
200KB)
250KB)
Hall Sensor S41 830
MC68376BGMFT20
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M111
Abstract: No abstract text available
Text: MOTOROLA SEMICONDUCTOR PROGRAMMING NOTE Quadrature Decode TPU Function QDEC By Jeff Wright TPUPN20/D Order this document by TPUPN20/D MOTOROLA SEMICONDUCTOR PROGRAMMING NOTE Quadrature Decode TPU Function (QDEC) by Jeff Wright 1 Functional Overview The quadrature decode function is a TPU input function that uses two channels to decode a pair of outof-phase signals in order to increment or decrement a (position) counter. It is particularly useful for decoding position and direction information from a slotted encoder in motion control systems, thus replacing expensive external solutions. Figure 1 shows a typical application.
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M111
Abstract: Fuchs
Text: MOTOROLA SEMICONDUCTOR PROGRAMMING NOTE Asynchronous Serial Interface TPU Function UART By Josef Fuchs and Charles Melear TPUPN07/D MOTOROLA Order this document by TPUPN07/D Rev. 1 SEMICONDUCTOR APPLICATION NOTE Asynchronous Serial Interface TPU Function
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TPUPN07/D
M111
Fuchs
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A800
Abstract: M111
Text: MOTOROLA Order this document by TPUPN12/D SEMICONDUCTOR PROGRAMMING NOTE Output Compare TPU Function OC By Sharon Darley 1 Functional Overview The output compare (OC) function can generate a single output transition, a single pulse, or a continuous 50% duty cycle pulse train upon receiving a link from another channel. The first two actions require
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M111
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D-10
Abstract: D-12 MPC555 MPC556 D1911 motorola TPU
Text: APPENDIX D TPU ROM FUNCTIONS The following pages provide brief descriptions of the pre-programmed functions in the TPU3. For detailed descriptions, refer to the programming note for the individual function. The Motorola TPU Literature Pack, TPULITPAK/D, provides a list of available
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MPC556.
MPC555
MPC556
D-10
D-12
MPC556
D1911
motorola TPU
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00FF
Abstract: M111 driver ignition coil
Text: MOTOROLA Order this document by TPUPN15A/D SEMICONDUCTOR PROGRAMMING NOTE PERIOD MEASUREMENT WITH ADDITIONAL TRANSITION DETECTION PMA by Sharon Darley 1 Functional Overview The PMA function detects additional transitions embedded in a series of input pulses by measuring
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23-bit
00FF
M111
driver ignition coil
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585 Prescaler
Abstract: NS0014 51811a 441C MPC555 400C 400E 401C 401E 440C
Text: SECTION 17 TIME PROCESSOR UNIT 3 The time processor unit 3 TPU3 , an enhanced version of the original TPU, is an intelligent, semi-autonomous microcontroller designed for timing control. Operating simultaneously with the CPU, the two TPU3 modules process microinstructions,
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MPC555
585 Prescaler
NS0014
51811a
441C
400C
400E
401C
401E
440C
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M111
Abstract: No abstract text available
Text: Order this document by TPUPN20/D MOTOROLA SEMICONDUCTOR PROGRAMMING NOTE Quadrature Decode TPU Function QDEC by Jeff Wright 1 Functional Overview The quadrature decode function is a TPU input function that uses two channels to decode a pair of outof-phase signals in order to increment or decrement a (position) counter. It is particularly useful for decoding position and direction information from a slotted encoder in motion control systems, thus replacing expensive external solutions. Figure 1 shows a typical application.
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M111
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M111
Abstract: No abstract text available
Text: Order this document by TPUPN10/D MOTOROLA SEMICONDUCTOR PROGRAMMING NOTE Hall Effect Decode TPU Function HALLD by Jeff Wright 1 Functional Overview The Hall effect decode function is a TPU input function that uses two or three channels to decode signals from Hall effect sensors into a state number. The function is designed primarily for use with the
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KDS crystal 20.000
Abstract: KDS 4.000 Crystal SPWM Inverter circuit M68EVK332 331_2ini.zip ICD32 debugging GPTMR/AD M68ICD32 M68MEVB1632 Nippon capacitors
Text: MOTOROLA Freescale Semiconductor, Inc.Order this document by M68331/332TUT/D SEMICONDUCTOR DEVICE TUTORIAL An Introduction to the MC68331 and MC68332 By Sharon Darley, Mark Maiolani, and Charles Melear Freescale Semiconductor, Inc. 1 INTRODUCTION Use of microcontrollers MCUs presents new challenges as clock speeds increase and bus structures become more complex. In particular, designing a system with Motorola’s 32-bit MC68331 or MC68332 can be
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MC68331
MC68332
32-bit
MC68332
16bit
KDS crystal 20.000
KDS 4.000 Crystal
SPWM Inverter circuit
M68EVK332
331_2ini.zip
ICD32 debugging
GPTMR/AD
M68ICD32
M68MEVB1632
Nippon capacitors
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MPC5676R
Abstract: bosch edc 17 MPC5676RRM st5027 MAC MTA E200 ssy 1920 8 pin bosch edc 17 calibration maps Power Diode 818 bosch injector driver SAE J2602-1
Text: MPC5676R Microcontroller Reference Manual Devices Supported: MPC5676R MPC5676RRM Rev. 3.1 13 October 2011 Preliminary—Subject to Change Without Notice How to Reach Us: Home Page: www.freescale.com Web Support: http://www.freescale.com/support USA/Europe or Locations Not Listed:
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MPC5676R
MPC5676R
MPC5676RRM
EL516
eMIOS200,
bosch edc 17
st5027
MAC MTA E200
ssy 1920 8 pin
bosch edc 17 calibration maps
Power Diode 818
bosch injector driver
SAE J2602-1
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QPI A034
Abstract: LW - 6052 Clock Display LED MCR 22-B 409 transistor equivalent d2012 A3121 8 pin MPC5667 circuit 17961 MPC565 reference manual cd 1619 CP fm radio cd 4136
Text: MPC565 Reference Manual Additional Devices Supported: MPC566 MPC565RM REV 2.2 11/2005 How to Reach Us: Home Page: www.freescale.com E-mail: support@freescale.com USA/Europe or Locations Not Listed: Freescale Semiconductor Technical Information Center, CH370
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MPC565
MPC566
MPC565RM
CH370
SPC565MZP56DR2
17-Feb-2012
QPI A034
LW - 6052 Clock Display LED
MCR 22-B 409
transistor equivalent d2012
A3121 8 pin
MPC5667
circuit 17961
MPC565 reference manual
cd 1619 CP fm radio
cd 4136
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MC68334GCFC20
Abstract: mc68334gcfc16 MC68334 rslt3
Text: MOTOROLA Order this document by MC68334TS/D REV. 1 SEMICONDUCTOR TECHNICAL DATA MC68334 Technical Summary 32-Bit Modular Microcontroller 1 Introduction The MC68334, a highly-integrated 32-bit microcontroller, combines high-performance data manipulation capabilities with powerful peripheral subsystems. The MCU is built up from standard modules that
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32-Bit
MC68334,
CPU32)
8/10-bit
MC68334TS/D
MC68334GCFC20
mc68334gcfc16
MC68334
rslt3
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M68332EVS
Abstract: TPUPN15B M111
Text: MOTOROLA Order this document by TPUPN16/D SEMICONDUCTOR PROGRAMMING NOTE Input Capture/Input Transition Counter TPU Function ITC by Sharon Darley 1 Functional Overview The ITC function can detect rising or falling input transitions. When a transition is detected, the current
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