ue76-a20-3000t
Abstract: U78B SFF-8433 GSB343133HR ue75-a20 523-U77A261M2081 U77-A11 GSB321131HR U77A16131001 U77-A1118-200T
Text: AMPHENOL High Speed I/O Connectors This page of product is compliant. Y YY phe Am Y I Y YY 08 nol ol phen X U nol 1M 66 24 1M X 08 Y Y H 77 phe Am YY A 77 U Y Y 00 Y X Y 9 Y 63 1 A 77 G U U F A nol YY E phe 000 YY 201 8 Am 6A X0 U7 61M 1 C A4 D Y 00 Y X Y 3
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AD7877
Abstract: CP-32 EVAL-AD7877EB Touch Screen digitizer
Text: a TOUCH SCREEN DIGITIZER AD7877 Preliminary Technical Data APPLICATIONS Personal Digital Assistants Smart Hand-held Devices Touch-screen Monitors Point-of-Sales Terminals Pagers FUNCTIONAL BLOCK DIAGRAM +VCC 7 AD7877 X- 10 Y- 11 X- Y- GND X+ 12 Y+ 13 AUX1/GPIO1
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AD7877
AD7877
CP-32)
CP-32
EVAL-AD7877EB
Touch Screen digitizer
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PDF
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Untitled
Abstract: No abstract text available
Text: Low Voltage Controller for Touch Screens AD7879/AD7889 FEATURES Personal digital assistants Smart handheld devices Touch screen monitors Point-of-sale terminals Medical devices Cell phones VCC/REF X– Y– X+ Y+ X+ X– REF– REF– REF+ TEMPERATURE SENSOR
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AD7879/AD7889
12-ball,
16-lead,
12-BIT
AD7879/
AD7879-1/
AD7889/
AD7889-1
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6158D
Abstract: AD7879 AD7879-1ACPZ-500R7 AD7889 AD7879ACPZ-500R7
Text: Low Voltage Controller for Touch Screens AD7879/AD7889 FEATURES Personal digital assistants Smart handheld devices Touch screen monitors Point-of-sale terminals Medical devices Cell phones VCC/REF X– Y– X+ Y+ X+ X– REF– REF– REF+ TEMPERATURE SENSOR
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AD7879/AD7889
12-BIT
AD7879/
AD7879-1/
AD7889/
AD7889-1
12-Ball,
6158D
AD7879
AD7879-1ACPZ-500R7
AD7889
AD7879ACPZ-500R7
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PDF
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120508A
Abstract: 120508-a ir touch screen 6158D touch screen theory AD7879 mil-m-14, type sdg-f resistive touch screen theory AD7889 LOAD CELL ADC
Text: Low Voltage Controller for Touch Screens AD7879/AD7889 FEATURES Personal digital assistants Smart handheld devices Touch screen monitors Point-of-sale terminals Medical devices Cell phones VCC/REF X– Y– X+ Y+ X+ X– REF– REF– REF+ TEMPERATURE SENSOR
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Original
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AD7879/AD7889
12-BIT
AD7879/
AD7879-1/
AD7889/
AD7889-1
12-Ball
16-Lead
120508A
120508-a
ir touch screen
6158D
touch screen theory
AD7879
mil-m-14, type sdg-f
resistive touch screen theory
AD7889
LOAD CELL ADC
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PDF
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6158D
Abstract: AD7879 3B DAV AD7889 12AUX
Text: Low Voltage Controller for Touch Screens AD7879/AD7889 FEATURES Personal digital assistants Smart handheld devices Touch screen monitors Point-of-sale terminals Medical devices Cell phones VCC/REF X– Y– X+ Y+ X+ X– REF– REF– REF+ TEMPERATURE SENSOR
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Original
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AD7879/AD7889
12-BIT
AD7879/
AD7879-1/
AD7889/
AD7889-1
16-Lead
12-Ball,
6158D
AD7879
3B DAV
AD7889
12AUX
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PDF
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6158D
Abstract: Smart Core Z2 AD7879 median Filter touch controller fcd0000 32 t8
Text: Low Voltage Controller for Touch Screens AD7879 FEATURES Personal digital assistants Smart hand-held devices Touch screen monitors Point-of-sale terminals Medical devices Cell phones VCC/REF X– Y– X+ Y+ X+ X– REF– REF– REF+ TEMPERATURE SENSOR 12-BIT
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AD7879
12-BIT
AD7879/
AD7879-1
D07667-0-10/08
12-Ball
16-Lead
6158D
Smart Core Z2
AD7879
median Filter touch controller
fcd0000
32 t8
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PDF
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18 x 16 barrel shifter
Abstract: 2,1ST1 cdva AT75C310 "vector instructions" saturation BI153
Text: Features • • • • • • • • • • Fully Autonomous DSP System 16-bit Fixed-point OakDSPCore 24K x 16 of Uploadable Program RAM 16K x 16 of Data RAM 2K x 16 of X-RAM 2K x 16 of Y-RAM X-RAM and Y-RAM Accessible within the Same Cycle On-chip Emulation Module
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16-bit
AT75C310
16-bit,
11/00/0M
18 x 16 barrel shifter
2,1ST1
cdva
"vector instructions" saturation
BI153
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GE133
Abstract: cdva AT75C AT75C220 AT75C320 GT Plus Oncore "vector instructions" saturation FS Oncore
Text: Features • • • • • • • • • • • Fully Autonomous DSP System 16-bit Fixed-point OakDSPCore 24K x 16 of Uploadable Program RAM 16K x 16 of Data RAM 2K x 16 of X-RAM 2K x 16 of Y-RAM X-RAM and Y-RAM Accessible within the Same Cycle JTAG Interface Available on AT75C220 and AT75C320
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16-bit
AT75C220
AT75C320
AT75C
16-bit,
1368B
GE133
cdva
AT75C320
GT Plus Oncore
"vector instructions" saturation
FS Oncore
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PDF
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oak dsp opcodes
Abstract: cdva AT75C AT75C220 AT75C320 AT75C DSP Subsystem "vector instructions" saturation
Text: Features • • • • • • • • • • • Fully Autonomous DSP System 16-bit Fixed-point OakDSPCore 24K x 16 of Uploadable Program RAM 16K x 16 of Data RAM 2K x 16 of X-RAM 2K x 16 of Y-RAM X-RAM and Y-RAM Accessible within the Same Cycle JTAG Interface Available on AT75C220 and AT75C320
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16-bit
AT75C220
AT75C320
AT75C
16-bit,
1368C
08/02/0M
oak dsp opcodes
cdva
AT75C320
AT75C DSP Subsystem
"vector instructions" saturation
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PDF
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WT-F196BPZ
Abstract: No abstract text available
Text: WT-F196BPZ 0603 1608 Special Color - White Product Specification Specification Iv Material Quantity N: 28.5-45 mcd P: 45-71.5 mcd or above @2mA/ Ta= 25O C Tolerance: + 10% Chromaticity C2: X-0.27~0.29 Y-0.232~0.305 Coordinates D1: X-0.29~0.31 Y-0.260~0.332
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WT-F196BPZ
81-1A
220x240mm
500hrs
CNS-6118
JESD22-B102-B
CNS-5068
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PDF
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for 2n3904
Abstract: LM90 LM941 LM70 ua 471 LM32 LM45 LM63 laptop fan LM94021
Text: Thermal Management Products Selection Guide March 2007 Thermal Management Products Analog Thermal Management Products Part Number LM45 Temerature Range Accuracy Min Max ± -40˚C 125˚C Supply Voltage Power Package 4 10 120 1.5 5.5 9 x Y 1.5 5.5 5.4 x Y
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LM94022*
LM94021
for 2n3904
LM90
LM941
LM70
ua 471
LM32
LM45
LM63
laptop fan
LM94021
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PDF
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alu 7481
Abstract: 7486 Logic ICs MC88000 7481 memory ics DSP96002 shift register 7491 74181 introduced 96002 manual MCM511002
Text: SECTION 7 EXPANSION PORTS AND I/O PERIPHERALS 7.1 INTRODUCTION The upper 128 locations of the X and Y Data memories are defined as the I/O space. The Y memory I/O space is wholly external, while the X memory I/O space is internal. The X memory I/O space is used to address the I/O Interface registers as well as the bus, port select and interrupt control registers. Both I/O spaces may be accessed by regular X and Y memory MOVE instructions. The MOVEP instructions offer I/O
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DSP96002
alu 7481
7486 Logic ICs
MC88000
7481 memory ics
shift register 7491
74181 introduced
96002 manual
MCM511002
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PDF
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VE28F008-95
Abstract: E0000 VE28F008
Text: VE28F008 8 MBIT 1 MBIT x 8 FLASH MEMORY Y High-Density Symmetrically Blocked Architecture Sixteen 64 Kbyte Blocks Y Avionics Temperature Range b 40 Cto a 125 C Extended Cycling Capability 10K Block Erase Cycles 160K Block Erase Cycles per Chip Y Y Automated Byte Write and Block Erase
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VE28F008
40-Lead
40-Pin
28F008SA-L
AP-359
AP-360
28F008SA
AP-364
VE28F008-95
E0000
VE28F008
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Untitled
Abstract: No abstract text available
Text: WT-F196BPZ-A168 0603 1608 Special Color - White Product Specification Specification Iv Material Quantity N: 28.5-45 mcd P: 45-71.5 mcd or above @2mA/ Ta= 25O C Tolerance: + 10% Chromaticity C2: X-0.27~0.29 Y-0.232~0.305 Coordinates D1: X-0.29~0.31 Y-0.260~0.332
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Original
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WT-F196BPZ-A168
81-1A
220x240mm
500hrs
CNS-6118
JESD22-B102-B
CNS-5068
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PDF
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Untitled
Abstract: No abstract text available
Text: y n y j x i y n M icroprocessor Supervisory Circuits _Features ♦ Adjustable Low Line monitor and Power Down Reset ♦ Power OK/Reset Time Delay ♦ Watchdog Timer—100ms, 1.6 sec, or adjustable ♦ Minimum Component Count ♦ 1/uA Standby Current
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MAX696/697
MAX696
MAX697
1213mm)
213mm|
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PDF
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max690a
Abstract: MAX690ACPA
Text: y 19-4333; R e v 0 ; 4/92 n y j x i y n M icroprocessor Supervisory Circuits G eneral Description Features ♦ Precision Supply-Voitage Monitor: 4.65V for M AX690A 4.40V for M AX692A The M AX690A/M AX692A provide four functions:
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AX690A
AX692A
AX690A/M
AX692A
MAX705
MAX1232
778mm)
651mm)
MAX692A
max690a
MAX690ACPA
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PDF
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Untitled
Abstract: No abstract text available
Text: y i / i y i x i y k i M icro p ro cesso r S u p erviso ry C ircu its _ Features The MAX690 Family of supervisory circuits reduce the complexity and number of components required for power supply monitoring and battery control functions in
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MAX690
MAX690,
MAX692
MAX694
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PDF
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Untitled
Abstract: No abstract text available
Text: y n y j x iy n M A X I2 3 2 M icro p ro cesso r M o n ito r _ F eatures ♦ Consumes 1/1 Oth the Power of the DS1232 ♦ Precision Voltage Monitor- Adjustable +4.5V or 44.75V ♦ Power OK/Reset Pulse Width - 250ms Min ♦ No External Components
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DS1232
250ms
150ms,
600ms,
16-pin
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PDF
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max132 interface 8051
Abstract: MAX132 6264 EPROM max132 application STATIC RAM 6264 tlu 011 1N4001 74HCT138 74HCT373 80C32
Text: y i / i y j x i y u i M A X 132 Evaluation K it ♦ ±5V Input Range ♦ Single +5V Supply O peration ♦ IBM -Com patible Software Included ♦ Com plete 80C32 Code Listin g Provided O rd erin g in fo rm a tio n PART MAX132EVKIT-DIP TEMP. RANGE 0°C to +70°C
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MAX132
80C32
MAX699
MAX233
RS-232
18-bit
max132 interface 8051
6264 EPROM
max132 application
STATIC RAM 6264
tlu 011
1N4001
74HCT138
74HCT373
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PDF
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1j063
Abstract: MAXIM Compatible with Improved Performance IN5B17
Text: y y i y i x i / k i CMOS Micropower Step-Up Switching Regulator -Features Maxim's MAX630 and MAX4193 CMOS DC-DC regulators are designed for simple, efficient, minimum size DC-DC converter circuits in the 5 milliwatt to 5
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MAX630
MAX4193
375mA
70/iA
1J063
17QT/W
80T/W
MAXIM Compatible with Improved Performance
IN5B17
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PDF
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Untitled
Abstract: No abstract text available
Text: 1 3.3 VOLT CMOS A S Y N C H R O N O U S FIFO 512 x 9, 1,024 x 9, 2,048 x 9, 4,096 x 9 jd f r / In te g ra te d D evice T e ch n o lo g y, Inc. FEATURES: • 3.3V iam ily uses 70% less pow er than the 5 Volt 7201/ 7202/7203/7204 fam ily • 512 x 9 organization 72V01
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IDT72V01
IDT72V02
IDT72V03
IDT72V04
72V01)
72V02)
72V03)
72V04)
32-pin
28-pin
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PDF
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MX7578kn
Abstract: No abstract text available
Text: y n y j x i y n C alibrated 12-Bit A/D C onverter _ Features ♦ Continuous Transparent Calibration of Offset and Gain ♦ True 12-Bit Performance without Adjustments ♦ Zero Error Typically <100|xV ♦ Standard Microprocessor Interface
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12-Bit
MX7578
24-Pin
28-Pin
0DlD37ti
MX7578kn
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PDF
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Untitled
Abstract: No abstract text available
Text: O O w /M T 3.3 VOLT CMOS ASYNCHRONOUS FIFO jjd y 5 1 2 x 9 , 1 0 2 4 x 9, 2048 x 9, 4096 x 9 IDT72V01 IDT72V02 IDT72V03 IDT72V04 In te g ra te d De vic e T e ch n o lo g y, Inc. FEATURES: • 3.3V family uses 70% less power than the 5 Volt 7201/ 02/03/04 family
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IDT72V01
IDT72V02
IDT72V03
IDT72V04
72V01)
72V02)
72V03)
72V04)
32-pin
28-pin
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PDF
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