XCF5102PV20A
Abstract: XCF5102PV25A MC68306 MCF5102 QEAQ9651 MCF51
Text: µ MOTOROLA Chip Errata MCF5102 Integrated ColdFire Processor December 19, 1996 Contents of this document are intended only for the internal use of Motorola customers designing with this product. The mask set for each part is encoded into the device topside markings - for example, the
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MCF5102
3F94E
XCF5102PV20A
3F94E
QEAQ9651
XCF5102PV25A
XCF5102PV20A
XCF5102PV25A
MC68306
QEAQ9651
MCF51
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MCF5102
Abstract: QEAQ9651 XCF5102PV20A
Text: Freescale Semiconductor, Inc. Order this document by M MCFf5102UMAD/AD Communications and Advanced Consumer Technologies Group MCF5102 Addendum to MCF5102 User Manual This addendum to the MCF5102 User’s Manual provided corrections to the original text as well as additional
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MCFf5102UMAD/AD
MCF5102
MCF5102
XCF5102PV20A
3F94E
QEAQ9651
3F94E
QEAQ9651
XCF5102PV20A
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XCF5206E
Abstract: XCF5307 xcf5206 XCF5206EFt ft66 XCF5307FT PCF5272VF66 motorola coldfire family of integrated processors CRC8 and crc16 motorola 68hc05
Text: SG186AD/D Microcontroller Selector Guide Addendum Quarter 2, 2001 ColdFire Family Device No. Package Pkg Description Speeds MHz Rev Device Name Temp Sample Product Description MCF5102 PV LQFP 144 20, 25, 33, 40 B Embedded 68K/ColdFire MPU N/A SPAK5102PVXXB
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SG186AD/D
MCF5102
68K/ColdFire
SPAK5102PVXXB
M680x0
MCF5202
CPU25
SPAK5202PUXXB
XCF5206E
XCF5307
xcf5206
XCF5206EFt
ft66
XCF5307FT
PCF5272VF66
motorola coldfire family of integrated processors
CRC8 and crc16
motorola 68hc05
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MCF5102
Abstract: PAL16L8
Text: SECTION 7 BUS OPERATION The MCF5102 bus interface supports synchronous data transfers between the processor and other devices in the system. This section provides a functional description of the bus, the signals that control the bus, and the bus cycles provided for data transfer operations.
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MCF5102
PAL16L8
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MCF5102
Abstract: 00000000-0FFFFFFF
Text: SECTION 3 ACCESS CONTROL UNITS The MCF5102 contains 2 independent access control units ACUs , one for instructions and one for data. Each ACU allows memory selections to be made requiring attributes particular to peripherals, shared memory, or other special memory requirements. The following
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MCF5102
MCF5102.
MCF5102,
00000000-0FFFFFFF
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Motorola AN-913
Abstract: 2791L M68000 MCF5102 9222L c2 sub
Text: SECTION 9 INSTRUCTION TIMINGS This section summarizes instruction timings for the MCF5102. Table 9-1 alphabetically lists instruction timings and their location in this section. Table 9-1. Instruction Timing Index Instruction Page Instruction Page Instruction
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MCF5102.
MCF5102
Motorola AN-913
2791L
M68000
9222L
c2 sub
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74xx373
Abstract: D31A0 XCF5102PV20A "LCK"
Text: µ MOTOROLA MCF5102 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
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MCF5102
74xx373
D31A0
XCF5102PV20A
"LCK"
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EQUIVALENT replacement for Tip 41C
Abstract: 74xx373 M68000 M68040 MCF5102 xcf5102pv20a 9222L 2375L
Text: µ MOTOROLA MCF5102 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
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MCF5102
EQUIVALENT replacement for Tip 41C
74xx373
M68000
M68040
xcf5102pv20a
9222L
2375L
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74xx373
Abstract: 74F02 74F373 74F377 MC68040 MCF5102 P22V10C SV4A
Text: APPENDIX A ADDRESS, TIP, AND LOCKE GENERATION The MCF5102 bus is similar to the MC68040 bus in multiplexed-bus mode. That bus definition includes TIP transfer in progress and LOCKE (locked-sequence ending) signals, which are useful in some applications. The MCF5102 bus, while similar in other respects,
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MCF5102
MC68040
74xx373
74F02
74F373
74F377
P22V10C
SV4A
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XCF5102PV20A
Abstract: XCF5102PV33A MCF5102 XCF5102PV16A XCF5102PV25A
Text: SECTION 11 ORDERING INFORMATION AND MECHANICAL DATA This section contains the ordering information, pin assignments, and package dimensions for the MCF5102. 11.1 ORDERING INFORMATION The following table provides ordering information pertaining to package types, frequencies,
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MCF5102.
25MHZ
33MHZ
XCF5102PV16A
XCF5102PV20A
XCF5102PV25A
XCF5102PV33A
MCF5102
XCF5102PV20A
XCF5102PV33A
XCF5102PV16A
XCF5102PV25A
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LA12
Abstract: MC68040 MCF5102 PA08 PA31 V11-SNOOP
Text: SECTION 4 INSTRUCTION AND DATA CACHES The MCF5102 contains two independent on-chip caches located in the physical address space. Accessing instruction words and data simultaneously through separate caches increases instruction throughput. The MCF5102 caches improve system performance by
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MCF5102
acces10
LA12
MC68040
PA08
PA31
V11-SNOOP
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MCF5102
Abstract: M68EC040 M68000 M68040 MC68EC040 A31-A0 BG39
Text: APPENDIX B MCF5102 EVALUATION MODULE The MCF5102 evaluation module is designed as a drop-in replacement for a MC68EC040 running at 20/25 MHz for evaluation of the MCF5102 in specific applications. Designers may plug the evaluation module directly into a existing MC68EC040 PGA socket of a target
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MCF5102
MC68EC040
MC68EC040
M68EC040,
MCF5102,
M68EC040
M68000
M68040
A31-A0
BG39
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74xx373
Abstract: EQUIVALENT replacement for Tip 41C motorola databook 476 16q motorola cmos databook tea 1010 USPA AC M68000 M68040 MCF5102
Text: µ MOTOROLA MCF5102 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
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MCF5102
74xx373
EQUIVALENT replacement for Tip 41C
motorola databook
476 16q
motorola cmos databook
tea 1010
USPA AC
M68000
M68040
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XCF5102PV20A
Abstract: MCF5102 QEAQ9651
Text: Order this document by M MCFf5102UMAD/AD Communications and Advanced Consumer Technologies Group MCF5102 Addendum to MCF5102 User Manual December 19, 1996 This addendum to the MCF5102 User’s Manual provided corrections to the original text as well as additional
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MCFf5102UMAD/AD
MCF5102
MCF5102
XCF5102PV20A
3F94E
QEAQ9651
3F94E
XCF5102PV20A
QEAQ9651
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M68000
Abstract: MCF5102
Text: SECTION 2 EXECUTION PIPELINES This section describes the organization of the MCF5102 instruction and operand execution pipelines and a brief description of the associated registers. 2.1 PIPELINES The MCF5102 is comprised of two tightly coupled execution pipelines. The Instruction Fetch
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MCF5102
M68000
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M68000
Abstract: MCF5102 M68EC040 idp m5102 stream register cache coherency
Text: Order this document by MCF5102/D REV 1.0 Communications and Advanced Consumer Technologies Group MCF5102 Product Brief MCF5102 ColdFire Integrated Microprocessor ColdFire represents a revolutionary new microprocessor architecture that has been optimized for embedded
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MCF5102/D
MCF5102
MCF5102
32-bit
M68000
M68EC040 idp
m5102
stream register cache coherency
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BG39
Abstract: 27W2 MCF5102 41 bb
Text: SECTION 10 ELECTRICAL AND THERMAL CHARACTERISTICS The following paragraphs provide information on the maximum rating for the MCF5102. 10.1 MAXIMUM RATINGS Rating Symbol Value Unit Supply Voltage VCC –0.3 to +4.0 V Maximum Operating Voltage VCC +3.6 V V 3.0
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MCF5102.
A31-A0
D15-D0
MCF5102
BG39
27W2
41 bb
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M5102
Abstract: m68ec040 stream register cache coherency M5102EVM M68000 MCF5102 M68EC040 idp
Text: Order this document by MCF5102/D REV 1.0 Communications and Advanced Consumer Technologies Group MCF5102 Product Brief MCF5102 ColdFire Integrated Microprocessor ColdFire represents a revolutionary new microprocessor architecture that has been optimized for embedded
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MCF5102/D
MCF5102
MCF5102
32-bit
M5102
m68ec040
stream register cache coherency
M5102EVM
M68000
M68EC040 idp
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MC68B21CP
Abstract: xcm916x1cth16 transistor marking code 12W SOT-23 sg379 MC68B54P XC68HC805P18CDW mc68b50cp MC2830 NE555N CHN NE555N
Text: SG379/D REV 7 Semiconductor Products Sector NORTH AMERICA SALES AND DISTRIBUTION PRICE LIST THIS BOOK IS IN COMPUTER SORT PRODUCT CLASSIFICATION – Please see General Information Section 1.3 EFFECTIVE DATE: JANUARY 10, 1998 General Information 1 Cross References
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SG379/D
1N965BRL
ZEN15V
1N751AS
1N967BRL
ZEN18V
1N751ASRL
1N968BRL
ZEN20V
MC68B21CP
xcm916x1cth16
transistor marking code 12W SOT-23
sg379
MC68B54P
XC68HC805P18CDW
mc68b50cp
MC2830
NE555N
CHN NE555N
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xcf5206
Abstract: xc68307 xc68040 XPC821 XC68HC901FN XC68EC060 lcd interface with 8051 MC68901 xc68lc060 motorola ZP fu
Text: 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
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order--SPAKEC040VFEXX,
SPAKEC040VRCXX
CRC16
CFN16
SG167/D
xcf5206
xc68307
xc68040
XPC821
XC68HC901FN
XC68EC060
lcd interface with 8051
MC68901
xc68lc060
motorola ZP fu
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Untitled
Abstract: No abstract text available
Text: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. MCF5307 ColdFire Integrated Microprocessor User’s Manual MCF5307UM/D Rev. 2.0, 08/2000 For More Information On This Product, Go to: www.freescale.com Freescale Semiconductor, Inc. ColdFire is a registered trademark and DigitalDNA is a trademark of Motorola, Inc.
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MCF5307
MCF5307UM/D
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MCF5206
Abstract: Motorola ColdFire 5202 verilog code 8 bit LFSR MC68000 MC68060 MCF5102 MCF5202 MCF5204 metal scaffold verilog code 16 bit processor
Text: Design, Verification, and Test of the ColdFireTM Embedded Microprocessors Al Crouch Jeff Freeman Motorola, Inc. 6501 William Cannon Drive West Austin, Texas 78735-8598 1997 Symposium ColdFire is a trademark of Motorola, Inc. Design, Verification, and Test of the ColdFire Embedded
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Untitled
Abstract: No abstract text available
Text: SECTION 10 ELECTRICAL AND THERMAL CHARACTERISTICS The following paragraphs provide information on the maximum rating for the MCF5102. 10.1 MAXIMUM RATINGS Rating Value Unit v cc -0.3 to +4.0 V Maximum Operating Voltage v cc +3.6 Input Voltage Vin -0.5 to'Vcc +4
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MCF5102.
MCF5102
SI21-SI20
A31-A0
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74xx373
Abstract: RV 731 equivalent MC5102 MCF5102
Text: Introduction Execution Pipelines Access Control Units Instruction and Data Caches Signal Description IEEE 1149.1 Test Access Port JTAG Bus Operations Exception Processing Instruction Timings MC5102 Electrical and Thermal Characteristics Ordering Information and Mechanical Data
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MC5102
MCF5102
MCF5102
74xx373
RV 731 equivalent
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