AN2148
Abstract: A111 FFF106 FFF116 MC68VZ328
Text: Freescale Semiconductor, Inc. AN2148/D Rev. 1, 6/2002 Design Considerations for Interfacing SDRAM with MC68VZ328 Freescale Semiconductor, Inc. By Bryan C. Chan Contents 1 Introduction . . . . . . . . . . 1 2 Physical Interface Between SDRAM and MC68VZ328
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MC68VZ328
AN2148
A111
FFF106
FFF116
MC68VZ328
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AN2148
Abstract: ECD18 A111 FFF106 FFF116 MC68VZ328
Text: Freescale Semiconductor, Inc. Application Note AN2148/D Rev. 1, 6/2002 Design Considerations for Interfacing SDRAM with MC68VZ328 Freescale Semiconductor, Inc. By Bryan C. Chan Contents 1 Introduction . . . . . . . . . . 1 2 Physical Interface Between SDRAM and
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AN2148/D
MC68VZ328
AN2148
ECD18
A111
FFF106
FFF116
MC68VZ328
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CEA-936-A
Abstract: AN2148 STOTG04E CEA-2011 USB_OTG CEA-936A DSA003572
Text: AN2148 APPLICATION NOTE STOTG04 IN AUDIO CARKIT ENVIRONMENT 1 - INTRODUCTION This application note describes the application of the STOTG04 full-speed USB-OTG transceiver in an audio carkit environment. The paper also illustrates the carkit use and operation, connection between
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AN2148
STOTG04
CEA-936-A
AN2148
STOTG04E
CEA-2011
USB_OTG
CEA-936A
DSA003572
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AN2148
Abstract: sdram controller FFF106 FFF116 MC68VZ328
Text: Design Considerations for Interfacing SDRAM with MC68VZ328 Application Note by Bryan C. Chan PRELIMINARY AN2148/D Rev. 0, 5/2001 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
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MC68VZ328
AN2148/D
AN2148
sdram controller
FFF106
FFF116
MC68VZ328
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AN2148
Abstract: MC68VZ328 sdram controller A111 FFF106 FFF116
Text: AN2148/D Rev. 1, 6/2002 Design Considerations for Interfacing SDRAM with MC68VZ328 Freescale Semiconductor, Inc. By Bryan C. Chan Contents 1 Introduction . . . . . . . . . . 1 2 Physical Interface Between SDRAM and MC68VZ328 2 3 SDRAM Control Registers 4
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AN2148/D
MC68VZ328
MC68VZ328
AN2148
sdram controller
A111
FFF106
FFF116
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SMD ZENER DIODE 73a
Abstract: AN2148 ORing fet 48v 5a IC 2148 Diode d4 6091 Keystone an 2148 texas mosfet 2148 AN-2148
Text: Texas Instruments Application Note 2148 Donald P. Jones October 26, 2011 Introduction above 5A, so this should only be done with some degree of caution. The maximum input voltage is limited by the breakdown voltage rating of the two input protection diodes D1,D2 , and the
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LM5051
AN-2148
SMD ZENER DIODE 73a
AN2148
ORing fet 48v 5a
IC 2148
Diode d4
6091 Keystone
an 2148
texas mosfet
2148
AN-2148
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Untitled
Abstract: No abstract text available
Text: User's Guide SNVA483B – October 2011 – Revised May 2013 AN-2148 LM5051MAEVAL Evaluation Board 1 Introduction The LM5051 evaluation board is designed to demonstrate the capabilities of the LM5051 OR-ing diode controller. One low-side N-channel power MOSFET is used per channel. The LM5051 evaluation board
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SNVA483B
AN-2148
LM5051MAEVAL
LM5051
SNVS702)
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AN2148
Abstract: STOTG04E AN2484
Text: AN2484 Application note STOTG04 in power down mode Introduction A standard USB bus is based on a host-peripheral topology, where the host is typically a PC which manages the peripherals connected to the bus. The need to interconnect mobile devices is the purpose for the development of the "OTG
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STOTG04
STOTG04
AN2148
STOTG04E
AN2484
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intel 2114 static ram
Abstract: intel 2114 AN2148 2114 intel 2114L-3 91l24 2114A-4 a21l 2114AL-4 2114A-5
Text: - 4 K nMOS S t a t i c RAM ^1 0 2 4 x 4 n. ÌBJ&KB m % a « OC) TAAC max ns) TCAC max (ns) TOD max TOE TOH «in (ns) (ns) (ns) 10 100 TDH rain min TWR max V D D or V C C min win (ns) (ns) (ns) (ns) (ns) (V) 200 TWP TDS TWO 1 8 P I N I DD max (mA) 2114 A t) [*typ]
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18PIN
114A-4
An2148-35
Am2148-55
An2I48-70
Am2149-55
intel 2114 static ram
intel 2114
AN2148
2114 intel
2114L-3
91l24
2114A-4
a21l
2114AL-4
2114A-5
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