FCC2
Abstract: hdlc mii to hdlc MSC8101 PA29 PA30 PA31 SC140 MC68302 MC68360
Text: Order Number AN1851/D: Rev. 1 5/22/2001 MOTOROLA Semiconductor Products Sector Application Note Functional Pin Differences Between the MSC8101 and MPC8260 Communications Processor Modules by Donald Simon The MSC8101 processor consists of three internal modules: the
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AN1851/D:
MSC8101
MPC8260
MPC8260
AN1851/D
FCC2
hdlc
mii to hdlc
PA29
PA30
PA31
SC140
MC68302
MC68360
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mii to hdlc
Abstract: FCC2 BRG10 FCC1 hdlc PA31 SC140 MC68302 MC68360 MPC8260
Text: Freescale Semiconductor Application Note AN1851 Rev. 3, 11/2005 Functional Pin Differences Between the MSC8101 and MPC8260 Communications Processor Modules By Donald Simon The MSC8101 processor consists of three internal modules: the communications processor module CPM , the system interface
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AN1851
MSC8101
MPC8260
SC140
MPC8260
mii to hdlc
FCC2
BRG10
FCC1
hdlc
PA31
MC68302
MC68360
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mii to hdlc
Abstract: FCC2 hdlc MC68302 MC68360 MPC8260 MPC860 MSC8101 PA29 PA30
Text: Freescale Semiconductor, Inc. Order Number AN1851/D: Rev. 1 5/22/2001 MOTOROLA Semiconductor Products Sector Application Note Functional Pin Differences Between the MSC8101 and MPC8260 Communications Processor Modules The MSC8101 processor consists of three internal modules: the
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AN1851/D:
MSC8101
MPC8260
MPC8260
AN1851/D
mii to hdlc
FCC2
hdlc
MC68302
MC68360
MPC860
PA29
PA30
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HRCW
Abstract: MCC1 MC68302 MC68360 MPC8260 MPC860 MSC8101 SC140
Text: Application Note AN2162/D Rev. 0, 12/2001 Comparing the MSC8101 and MPC8260 Donald Simon 1 CONTENTS Although the Motorola MSC8101 and MPC8260 support different types of applications, there is an overlap in functionality since both devices share a similar Communications Processor Module CPM
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AN2162/D
MSC8101
MPC8260
MPC8260
60x-compatible
MSC8101
SC140
HRCW
MCC1
MC68302
MC68360
MPC860
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AN2481
Abstract: MIC29372 MPC8260 MSC8101 MSC8101ADS MUR420 SC140
Text: Freescale Semiconductor Application Note AN2481 Rev. 2, 11/2004 MSC8101 Design Checklist By Iantha Scheiwe This application note provides a set of recommendations to assist you in a first-time design on the MSC8101 application development system MSC8101ADS board. This document
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AN2481
MSC8101
MSC8101ADS)
MSC8101
AN2481
MIC29372
MPC8260
MSC8101ADS
MUR420
SC140
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circle surround 2 IC
Abstract: Using Linvill Techniques LS12 MAX2320 MAX2720 MAX2721 SS11 app abstract
Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: lna, rf, rfic, amplifier, stability, power gain, transmission lines, rfics, theory, smith chart, rf ics, radio frequency, amplifiers, low noise amplifier, amps Jan 09, 2003 APPLICATION NOTE 1851 Low-Noise Amplifier Stability Concept to Practical Considerations,
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com/an1851
MAX2320:
MAX2720:
MAX2721:
AN1851,
APP1851,
Appnote1851,
circle surround 2 IC
Using Linvill Techniques
LS12
MAX2320
MAX2720
MAX2721
SS11
app abstract
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MIC29372
Abstract: MPC8260 MSC8103 SC140
Text: Freescale Semiconductor Application Note AN2977 Rev. 0, 4/2005 MSC8103 Design Checklist By Iantha Scheiwe This application note provides a set of recommendations to assist you in a first-time design on the MSC8103 application development system MSC8103ADS board. This document
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AN2977
MSC8103
MSC8103ADS)
MSC8103
MIC29372
MPC8260
SC140
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Untitled
Abstract: No abstract text available
Text: National Semiconductor Application Note 1851 Vannavong Philavanh June 20, 2008 General Description ended conversion Balun . The impedance seen by the differential amplifier = (R10 + R11 + RL*4), where RL is the impedance from pin 3 of the transformer to the load.
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LMH6553
LMH6553.
LMhH6553
LMH6553SDEVAL
LMH6553
AN-1851
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green hills compiler
Abstract: MPC603E 2K87M AN2162 MC68302 MPC8260 MSC8101 MSC8103 SC140
Text: Freescale Semiconductor Application Note AN2162 Rev. 2, 11/2005 Comparing the MSC8101 and MPC8260 By Donald Simon Although the Freescale MSC8101 and MPC8260 support different types of applications, there is an overlap in functionality since both devices share a similar communications
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AN2162
MSC8101
MPC8260
MPC8260
60x-compatible
SC140
green hills compiler
MPC603E
2K87M
AN2162
MC68302
MSC8103
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PDF
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green hills compiler
Abstract: MC68302 MC68360 MPC8260 MPC860 MSC8101 SC140 MCP8260
Text: Freescale Semiconductor, Inc. Application Note AN2162/D Rev. 0, 12/2001 Freescale Semiconductor, Inc. Comparing the MSC8101 and MPC8260 Donald Simon 1 CONTENTS Although the Motorola MSC8101 and MPC8260 support different types of applications, there is an
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AN2162/D
MSC8101
MPC8260
MPC8260
60x-compatible
MSC8101
SC140
green hills compiler
MC68302
MC68360
MPC860
MCP8260
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60x-bus-compatible
Abstract: AN2481 freescale JTAG header 14 mur420 equivalent pin configuration 1K variable resistor MIC29372 MPC8260 MSC8101 MSC8101ADS MUR420
Text: Freescale Semiconductor, Inc. Application Note AN2481/D Rev. 1, 6/2003 MSC8101 Design Checklist Freescale Semiconductor, Inc. by Iantha Scheiwe CONTENTS 1 Getting Started . 1 1.1 CPM and Bus Load . 1 1.2 Pin Assignments . 1 1.3 Reset Configuration
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AN2481/D
MSC8101
AN2481/D,
60x-bus-compatible
AN2481
freescale JTAG header 14
mur420 equivalent
pin configuration 1K variable resistor
MIC29372
MPC8260
MSC8101
MSC8101ADS
MUR420
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CAPACITOR F 2.2k 100V LD 100V
Abstract: No abstract text available
Text: 1.5A, Rad Hard, Positive, High Voltage LDO ISL75052SEH Features The ISL75052SEH is a radiation hardened, single output LDO specified for an output current of 1.5A. The device operates from an input voltage range of 4.0V to 13.2V and provides for output voltages of 0.6V to 12.7V. The output is adjustable based on a
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ISL75052SEH
ISL75052SEH
038mm)
FN8456
CAPACITOR F 2.2k 100V LD 100V
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5962R1322001VXC
Abstract: No abstract text available
Text: 1.5A, Rad Hard, Positive, High Voltage LDO ISL75052SEH Features The ISL75052SEH is a radiation hardened, single output LDO specified for an output current of 1.5A. The device operates from an input voltage range of 4.0V to 13.2V and provides for output voltages of 0.6V to 12.7V. The output is adjustable based on a
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ISL75052SEH
ISL75052SEH
038mm)
FN8456
5962R1322001VXC
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Untitled
Abstract: No abstract text available
Text: Application Note 1851 Single-Event Performance of the ISL75052SEH Introduction Part Description The intense proton and heavy ion environment encountered in space applications can cause a variety of Single-Event Effects SEE in electronic circuitry, including Single-Event Upset (SEU),
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ISL75052SEH
ISL75052SEH
AN1851
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Untitled
Abstract: No abstract text available
Text: User's Guide SNOA528A – June 2008 – Revised May 2013 AN-1851 LMH6553SDEVAL High Speed Differential Amplifier Evaluation Board 1 General Description The LMH6553SDEVAL evaluation board is designed to aid in the characterization of Texas Instruments LMH6553 fully differential amplifier with output limiting clamp in an 8-pin LLP package. The LMH6553 is
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SNOA528A
AN-1851
LMH6553SDEVAL
LMH6553
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504900
Abstract: No abstract text available
Text: 1.5A, Radiation Hardened, Positive, High Voltage LDO ISL75052SEH Features The ISL75052SEH is a radiation hardened, single output LDO specified for an output current of 1.5A. The device operates from an input voltage range of 4.0V to 13.2V and provides for
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ISL75052SEH
ISL75052SEH
038mm)
FN8456
504900
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PDF
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APP1851
Abstract: LS12 MAX2320 SS11 s11s
Text: Maxim > App Notes > Wireless and RF Keywords: lna, rf, rfic, amplifier, stability, power gain, transmission lines, rfics, theory, smith chart, rf ics, radio frequency, amplifiers, low noise amplifier, amps Jan 09, 2003 APPLICATION NOTE 1851 Low-Noise Amplifier Stability Concept to Practical Considerations,
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MAX2320:
com/an1851
AN1851,
APP1851,
Appnote1851,
APP1851
LS12
MAX2320
SS11
s11s
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PDF
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AN2481
Abstract: MIC29372 MPC8260 MSC8101 MSC8101ADS SC140 HRCW
Text: Freescale Semiconductor Application Note AN2481 Rev. 3, 4/2005 MSC8101 Design Checklist By Iantha Scheiwe This application note provides a set of recommendations to assist you in a first-time design on the MSC8101 application development system MSC8101ADS board. This document
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AN2481
MSC8101
MSC8101ADS)
MSC8101
AN2481
MIC29372
MPC8260
MSC8101ADS
SC140
HRCW
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