Untitled
Abstract: No abstract text available
Text: CH7024 Chrontel CH7024 TV Encoder Features General Description • • • • The CH7024 is a TV encoder device targeting handheld, portable video applications such as digital still cameras and similar portable embedded systems. The device is able to encode the video signals and generate
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CH7024
CH7024
24-bit/18-bit/16-bit/15-bit/12-bit/8-bit
RGB565,
RGB666,
RGB888,
ITU656
Sup024B-DF-I
CH7024B-DF-TR
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HC12
Abstract: 68HC912D60 HC11 pwm
Text: MOTOROLA SEMICONDUCTOR TECHNICAL INFORMATION 68HC912D60MSE1 March 17, 2000 Mask Set Errata 1 M68HC912D60 Microcontroller Unit INTRODUCTION This mask-set errata provides information pertaining to the following 68HC912D60 MCU mask set devices: • 1F68K Some items do not report bugs but only contain customer information.
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68HC912D60MSE1
M68HC912D60
68HC912D60
1F68K
90-110ms
5-10ms.
HC12
68HC912D60
HC11 pwm
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HC08
Abstract: R110 R120 APA-308-G-A1 Y1 XTAL 16Mhz
Text: User’s Manual EML08QYUM/D Version 3.0 December 4, 2002 Motorola, Inc., 2002 Important Notice to Users While every effort has been made to ensure the accuracy of all information in this document, Motorola assumes no liability to any party for any loss or
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EML08QYUM/D
HC08
R110
R120
APA-308-G-A1
Y1 XTAL 16Mhz
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AR313
Abstract: AR323 MSCAN rev counter AR451 AR437 68HC912D60 68HC912D60MSE1 AR600 M68HC912D60
Text: MOTOROLA SEMICONDUCTOR TECHNICAL INFORMATION 68HC912D60MSE1 Rev 1 March 1, 2001 Mask Set Errata 1 M68HC912D60 Microcontroller Unit INTRODUCTION This mask-set errata provides information pertaining to the following 68HC912D60 MCU mask set devices: • 1F68K
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68HC912D60MSE1
M68HC912D60
68HC912D60
1F68K
0F74B.
68HC912D60MSE1
AR313
AR323
MSCAN
rev counter
AR451
AR437
68HC912D60
AR600
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DFC21R57P002HHA
Abstract: l4931a33 GRM18 Murata DFCB21G57LDJAB MURATA VCO Series NSVA352 SMV1405-079 STB5610 TQFP48 L4931ABD33
Text: STB5610 GPS RF FRONT-END IC PRELIMINARY DATA • ONE CHIP SYSTEM TO INTERFACE GPS ANTENNA TO GPS MICRO CONTROLLER • ABLE TO SUPPORT ACTIVE AND PASSIVE ANTENNA • MINIMUM EXTERNAL COMPONENTS • COMPATIBLE WITH GPS L1 SPS SIGNAL AND GALILEO FREQUENCIES • CMOS OUTPUT LEVELS
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STB5610
TQFP48
STB5610,
DFC21R57P002HHA
l4931a33
GRM18 Murata
DFCB21G57LDJAB
MURATA VCO Series
NSVA352
SMV1405-079
STB5610
TQFP48
L4931ABD33
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Y1 XTAL 16Mhz
Abstract: 7407 IC and 14 pin ic 8 pin IC IC 7407 7407 IC 7407 datasheet r2i diode 20-PIN MC68HC912B32
Text: 1 NOTES, 2 3 4 5 6 7 UNLESS OTHERWISE SPECIFIED 1. R E V I S I O N S EVB912B32 VCC PIN LOCATIONS : VCC I S APPLIED TO PIN 8 OF ALL 8-PIN IC's, PIN 14 OF ALL 14-PIN IC's, PIN 16 OF ALL 16-PIN IC's, PIN 20 OF ALL 20-PIN IC's, ETC. 2. 1 2 3 4 EVALUATION BOARD
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EVB912B32
14-PIN
16-PIN
20-PIN
16-PIN
MC68HC912B32
80QFP
rs-232
Y1 XTAL 16Mhz
7407 IC and
14 pin ic
8 pin IC
IC 7407
7407
IC 7407 datasheet
r2i diode
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l1 l2 gps antenna schematic
Abstract: MURATA VCO Series GPS SAW filter active antenna LQW18 smart chip skyworks SMV1405-079 murata SAW l4931a33 RAKON XTAL DFc21r57
Text: STB5610 GPS RF FRONT-END IC PRELIMINARY DATA • ONE CHIP SYSTEM TO INTERFACE GPS ANTENNA TO GPS MICRO CONTROLLER • ABLE TO SUPPORT ACTIVE AND PASSIVE ANTENNA • MINIMUM EXTERNAL COMPONENTS • COMPATIBLE WITH GPS L1 SPS SIGNAL AND GALILEO FREQUENCIES • CMOS OUTPUT LEVELS
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STB5610
STB5610,
STB5610E
STB5610
STB5610ETR
l1 l2 gps antenna schematic
MURATA VCO Series
GPS SAW filter active antenna
LQW18
smart chip
skyworks SMV1405-079
murata SAW
l4931a33
RAKON XTAL
DFc21r57
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M68HC912DG128
Abstract: MC68HC912D60 82c250 motorola ph6 drawing 82c250 PH7 AD MC68HC912DG128 dg128 Y1 XTAL 16Mhz PH3 52 10
Text: 1 2 3 4 5 6 7 8 R E V I S I O N S MC68HC912DG128 EVALUATION BOARD POWER SERIAL I/F CANRX CANTX PCAN2 PCAN3 PCAN4 PCAN5 CANRX CANTX PCAN2 PCAN3 PCAN4 PCAN5 A U4 EVB/PGMR SELECT P8 EVBRESET* 1 2 PROGRESET* 3 EVBMODA 4 5 PROGMODA 6 EVBMODB 7 8 PROGMODB 9 EVBBKGD
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MC68HC912DG128
P5407
82C250
M68HC912DG128
RS232
MC68HC912D60
82c250 motorola
ph6 drawing
82c250
PH7 AD
MC68HC912DG128
dg128
Y1 XTAL 16Mhz
PH3 52 10
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MC68HC908EY8
Abstract: HC08 MC68HC908EY16
Text: User’s Manual EML08EYUM/D Version 1.0 May 2, 2002 M68EML08EY Emulation Module User’s Manual Motorola, Inc., 2002 Important Notice to Users While every effort has been made to ensure the accuracy of all information in this document, Motorola assumes no liability to any party for any loss or
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EML08EYUM/D
M68EML08EY
MC68HC908EY8
HC08
MC68HC908EY16
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working and block diagram of ups
Abstract: MPC947FA MOTOROLA 34c08 datasheet Motorola MPC942CFA mpc980 block diagram of diode operation LC030 MPC930FA MPC9600FA power selector guide
Text: SG392/D REV 0 Advanced Clock Drivers Selector Guide Advanced Clock Drivers Selector Guide Motorola provides a one stop shop for your high performance clocking needs. Our broad portfolio of devices support voltage levels from 2.5 V to 5.0 V in both CMOS I/O and various differential I/O technologies. With one of the widest
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SG392/D
working and block diagram of ups
MPC947FA MOTOROLA
34c08 datasheet
Motorola MPC942CFA
mpc980
block diagram of diode operation
LC030
MPC930FA
MPC9600FA
power selector guide
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DFC21R57P002HHA
Abstract: DFc21r57 l4931a33 DFC21R IF2G TCXO rakon dfc21 DFCB21G57LDJAB-TT1 GPS antenna DFCB21G57LDJAB
Text: STB5610 GPS RF front-end IC Not For New Design Features • One chip system to interface GPS antenna to GPS microcontroller ■ Able to support active and passive antenna ■ Minimum external components ■ Compatible with GPS L1 SPS signal and Galileo frequencies
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STB5610
LQFP48
STB5610,
DFC21R57P002HHA
DFc21r57
l4931a33
DFC21R
IF2G
TCXO rakon
dfc21
DFCB21G57LDJAB-TT1
GPS antenna
DFCB21G57LDJAB
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Y1 XTAL 16Mhz
Abstract: mc68hc908Jl 78M05 motorola hc08 datasheet 470R CPU08 DIP28 HC08 MC68HC908JL3 MON08
Text: IDB-HC08JL Evaluation Board For Motorola MC68HC908JL User’s Manual 1. Introduction Overview The IDB-HC08JL Evaluation Board demonstrates the capabilities of the 28-pin MC68HC908JL devices. The IDB-HC08JL Evaluation Board can be used as a standalone application or with an emulator system, such as
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IDB-HC08JL
MC68HC908JL
IDB-HC08JL
28-pin
MC68HC908JL
inDART-HC08,
MON08-compatible
MC68HC908JL3
Y1 XTAL 16Mhz
78M05
motorola hc08 datasheet
470R
CPU08
DIP28
HC08
MON08
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JFM2411
Abstract: JFM2411-0101W RJ45 CONNECTOR pcb PT4 BEL 0810-1X1T-06 AN2759 Connector ethernet PCB MC9S12NE64 HCS12 MC9S12NE64CPV
Text: Freescale Semiconductor Application Note AN2759 Rev. 0.2, 9/2004 Implementing an Ethernet Interface with the MC9S12NE64 By: Bill Lucas and Steven Torres Systems Engineering Austin, Texas Introduction This application note provides recommendations for implementing an Ethernet interface with the
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AN2759
MC9S12NE64
MC9S12NE64
JFM2411
JFM2411-0101W
RJ45 CONNECTOR pcb
PT4 BEL
0810-1X1T-06
AN2759
Connector ethernet PCB
HCS12
MC9S12NE64CPV
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HCS12 microcontroller data sheet
Abstract: D-Sub 9-pin feMale Connector ps2 6 pin female Connector PAD03 use of ps2 female connector MAX232ACPE Y1 XTAL 16Mhz 78M05 application note PAD00 Softec
Text: IDB-HCS12C Evaluation Board For Motorola MC9S12C32 User’s Manual 1. Introduction Overview The IDB-HCS12C Evaluation Board demonstrates the capabilities of the 80-pin MC9S12C32 device. The IDB-HCS12C Evaluation Board can be used as a standalone application or with an emulator system, such as
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IDB-HCS12C
MC9S12C32
IDB-HCS12C
80-pin
MC9S12C32
inDART-HCS12,
QFP80
HCS12 microcontroller data sheet
D-Sub 9-pin feMale Connector
ps2 6 pin female Connector
PAD03
use of ps2 female connector
MAX232ACPE
Y1 XTAL 16Mhz
78M05 application note
PAD00
Softec
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12V, 1W zener diode
Abstract: MC68HC16Z1CFC16 IC3 7805 RAM 62256
Text: 19-1322; Rev 0; 10/97 MAX125/MAX126 Evaluation Systems/Evaluation Kits The MAX125/MAX126 evaluation systems EV systems consist of a MAX125/MAX126 evaluation kit (EV kit) and a Maxim 68HC16MOD-16WIDE microcontroller (µC) module. The MAX125/MAX126 are high-speed, 8-channel, 14-bit data-acquisition systems with four simultaneous track/holds. Windows 3.1 /Windows 95™ software
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MAX125/MAX126
68HC16MOD-16WIDE
14-bit
68HC16MOD-16WIDE)
12V, 1W zener diode
MC68HC16Z1CFC16
IC3 7805
RAM 62256
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12V, 1W zener diode
Abstract: 27c256 Ram 10K SIP Resistor IN4742A MC68HC16Z1CFC16 68HC16MOD-16WIDE MAX125 MAX125EVB16 1n4742a 12v MAX126
Text: 19-1322; Rev 0; 10/97 MAX125/MAX126 Evaluation Systems/Evaluation Kits The MAX125/MAX126 evaluation systems EV systems consist of a MAX125/MAX126 evaluation kit (EV kit) and a Maxim 68HC16MOD-16WIDE microcontroller (µC) module. The MAX125/MAX126 are high-speed, 8-channel, 14-bit data-acquisition systems with four simultaneous track/holds. Windows 3.1 /Windows 95™ software
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MAX125/MAX126
68HC16MOD-16WIDE
14-bit
68HC16MOD-16WIDE)
68HC16MOD-16WIDE
12V, 1W zener diode
27c256 Ram
10K SIP Resistor
IN4742A
MC68HC16Z1CFC16
MAX125
MAX125EVB16
1n4742a 12v
MAX126
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12V, 1W zener diode
Abstract: 10K SIP Resistor IN4742A MC68HC16Z1CFC16 78M05 pinout 62256 RAM diode u2 a05 MC68HC16Z1CFC16 DATA SHEET pinout diode zener B16 IC3 7805
Text: 19-1322; Rev 0; 10/97 MAX125/MAX126 Evaluation Systems/Evaluation Kits The MAX125/MAX126 evaluation systems EV systems consist of a MAX125/MAX126 evaluation kit (EV kit) and a Maxim 68HC16MOD-16WIDE microcontroller (µC) module. The MAX125/MAX126 are high-speed, 8-channel, 14-bit data-acquisition systems with four simultaneous track/holds. Windows 3.1 /Windows 95™ software
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MAX125/MAX126
68HC16MOD-16WIDE
14-bit
68HC16MOD-16WIDE)
68HC16MOD-16WIDE
12V, 1W zener diode
10K SIP Resistor
IN4742A
MC68HC16Z1CFC16
78M05 pinout
62256 RAM
diode u2 a05
MC68HC16Z1CFC16 DATA SHEET pinout
diode zener B16
IC3 7805
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block diagram OF ZIGBEE module for power saving in home automation
Abstract: Y1 XTAL 16Mhz IEEE802 JN5121 wireless microcontroller ZigBee circuit wireless CFR47 STD-T66 STD-T-66
Text: Product Brief – JN5121 IEEE802.15.4 Wireless Microcontroller Overview The JN5121 is the first in a series of low power, low cost IEEE802.15.4 compliant wireless microcontrollers. Combining an on chip 32-bit RISC core, a fully compliant 2.4GHz IEEE802.15.4 transceiver, 64Kb of ROM and 96Kb of RAM, provides a
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JN5121
IEEE802
JN5121
32-bit
19F-1,
JN5121-PB
block diagram OF ZIGBEE module for power saving in home automation
Y1 XTAL 16Mhz
wireless microcontroller
ZigBee circuit wireless
CFR47
STD-T66
STD-T-66
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block diagram OF ZIGBEE module for power saving in home automation
Abstract: CFR47 JN5121 JN5121-EK
Text: Product Brief – JN5121 IEEE802.15.4 / ZigBee Wireless Microcontroller Overview The JN5121 is the first in a series of low power, low cost IEEE802.15.4 compliant wireless microcontrollers. Combining an on chip 32-bit RISC core, a fully compliant 2.4GHz IEEE802.15.4 transceiver, 64kB of ROM and 96kB of RAM, provides a
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JN5121
IEEE802
JN5121
32-bit
19F-1,
JN5121-PB
block diagram OF ZIGBEE module for power saving in home automation
CFR47
JN5121-EK
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IEEE1284-1994
Abstract: P2E4 DB333 EPM7128STC100-6 CL40 LCC84 QFP80 R240 ST90158 DB299
Text: ST90158 HDS2V2 EMULATOR USER MANUAL 1 PREAMBLE This user manual describes the emulator configurations from the hardware point of view. For topics completely related to software part of the tool, refer to the WGDB9+ Getting Started Manual or on-line help. The following sections are documented in the WGDB9+ Getting
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ST90158
QFP80
LCC84
IEEE1284-1994
P2E4
DB333
EPM7128STC100-6
CL40
R240
ST90158
DB299
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HDR1X4
Abstract: Header HDR1X4 HDR1X2 8x2 connector header power connector hdr1x2 HDR2X5 HDR2X16 QFP10x10-52 HDR1X3 V01L05
Text: MB95F118xxx Low cost Starter kit User Guide Fujitsu Microelectronics America, Inc Fujitsu Microelectronics America, Inc 1 Revision History Revision# 1.0 Date 12/15/06 Fujitsu Microelectronics America, Inc Comments New Revision 2 Warranty and Disclaimer To the maximum extent permitted by applicable law, Fujitsu Microelectronics America Inc
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MB95F118xxx
MB95F118
MB95110
/downloads/MICRO/fma/pdfmcu/CM26-10109-2E
com/downloads/MICRO/fma/pdfmcu/e712611
HDR1X4
Header HDR1X4
HDR1X2
8x2 connector header
power connector hdr1x2
HDR2X5
HDR2X16
QFP10x10-52
HDR1X3
V01L05
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HP8596E
Abstract: PCC104bct-nd Y1 XTAL 16Mhz as-smd raltron PCC104BCTND PCC1749CT-ND PCCIC3CQCT-ND PCT3226CT-ND SW-DIP-8 DTS-2079
Text: 3.3V, PRECISION, 33MHz to 500MHz SY89531/2/3/4/5/6L PROGRAMMABLE LVPECL, HSTL EVALUATION BOARD AND LVDS BUS CLOCK SYNTHESIZER FEATURES DESCRIPTION • Integrated synthesizer plus fan out buffer, clock generator dividers , and translators in a 64-pin package
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33MHz
500MHz
SY89531/2/3/4/5/6L
64-pin
SY89531/2/3L)
14MHz
18MHz
SY89531/2/3L
HP8596E
PCC104bct-nd
Y1 XTAL 16Mhz
as-smd raltron
PCC104BCTND
PCC1749CT-ND
PCCIC3CQCT-ND
PCT3226CT-ND
SW-DIP-8
DTS-2079
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l4931a33
Abstract: DFCB21G57LDJAB-TT1 DFC21R57P002HHA DFc21r57 NSVA-352 rakon ck
Text: STB5610 GPS RF FRONT-END IC PRELIMINARY DATA • ONE CHIP SYSTEM TO INTERFACE GPS ANTENNA TO GPS MICRO CONTROLLER • ABLE TO SUPPORT ACTIVE AND PASSIVE ANTENNA • MINIMUM EXTERNAL COMPONENTS • COMPATIBLE WITH GPS L1 SPS SIGNAL AND GALILEO FREQUENCIES • CMOS OUTPUT LEVELS
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STB5610
STB5610,
l4931a33
DFCB21G57LDJAB-TT1
DFC21R57P002HHA
DFc21r57
NSVA-352
rakon ck
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HDR1X4
Abstract: power connector hdr1x2 HDR2X16 HDR1X2 Header HDR1X4 UPD78C06G 8x2 connector header RAD02 HDR2X5 TO220H
Text: MB95F108xxx Low cost Starter kit User Guide Fujitsu Microelectronics America, Inc Fujitsu Microelectronics America, Inc 1 Revision History Revision# 1.0 Date 12/15/06 Fujitsu Microelectronics America, Inc Comments New Revision 2 Warranty and Disclaimer To the maximum extent permitted by applicable law, Fujitsu Microelectronics America Inc
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MB95F108xxx
MB95F108
technical4LS138
QFP12X1264
UPD78C06G
MAX3232CSE-ND
SO-16
ISO485P
MB95100
HDR1X4
power connector hdr1x2
HDR2X16
HDR1X2
Header HDR1X4
UPD78C06G
8x2 connector header
RAD02
HDR2X5
TO220H
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