Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Master Receive Mode 1 byte Introduction The H8S/2114 receives 1-byte data from a slave device by means of channel 0 of the I2C bus interface. The frequency of the transfer clock is 100 kHz. Target Device H8S/2114 H8S/2104
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H8S/2100
H8S/2114
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Master Receive Mode 128 bytes Introduction The H8S/2114 receives 128 bytes of data from a slave device by means of channel 0 of the I2C bus interface. The frequency of the transfer clock is 100 kHz. Target Device H8S/2114
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H8S/2100
H8S/2114
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
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ir receiver module sj 1838
Abstract: kbu 810 g rba9 Nippon capacitors 665a
Text: H8S/2114 Group 16 Hardware Manual Renesas 16-Bit Single-Chip Microcomputer H8S Family / H8S/2100 Series H8S/2114 Rev.1.00 2003.10.31 R4F2114 Rev. 1.00, 10/03, page ii of xlii Cautions Keep safety first in your circuit designs! 1. Renesas Technology Corp. puts the maximum effort into making semiconductor products
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H8S/2114
16-Bit
H8S/2100
R4F2114
REJ09B0098-0100Z
ADE-602-308)
ir receiver module sj 1838
kbu 810 g
rba9
Nippon capacitors
665a
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Master Transmit Mode 1 byte Introduction The H8S/2114 transmits 1-byte data to a slave device by means of channel 0 of the I2C bus interface. The frequency of the transfer clock is 100 kHz. Target Device H8S/2114 H8S/2104
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Original
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H8S/2100
H8S/2114
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
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PDF
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Master Transmit Mode 128 bytes Introduction The H8S/2114 transmits 128 bytes of data to a slave device by means of channel 0 of the I2C bus interface. The frequency of the transfer clock is 100 kHz. Target Device H8S/2114
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Original
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H8S/2100
H8S/2114
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
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intel 2114
Abstract: AM9124BPC AM9124 am2114 am9124cpc Am91L24 AM91L24BPC AM91l24cdc AM-91 am91l24cpc
Text: Am9124 1024 x 4 Static R/W Random Access Memory DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • Access times down to 200ns max • Military temperature range available to 300ns (max) • Pin and function compatible with Am9114 and Intel 2114, plus automatic power down
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OCR Scan
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Am9124
200ns
300ns
Am9114
-Am9124
315mW
Am91L24
210mW
105mW
intel 2114
AM9124BPC
am2114
am9124cpc
AM91L24BPC
AM91l24cdc
AM-91
am91l24cpc
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ECHU1H104JC9
Abstract: ECHU1H104JB9 sl-220J intel 2114 2114 intel diagram an 7522 EMK107BJ104KA GHM1038-SL-220J-3K MAX1739 MAX1739EVKIT
Text: 19-2114; Rev 0; 7/01 MAX1739 Evaluation System/ Evaluation Kit Features ♦ Wide Brightness Adjustment Range The MAX1739 EV kit is an assembled and tested PC board that demonstrates the MAX1739 wide brightness range cold-cathode fluorescent lamp CCFL backlight
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MAX1739
MAX1739.
MAX1739
ECHU1H104JC9
ECHU1H104JB9
sl-220J
intel 2114
2114 intel
diagram an 7522
EMK107BJ104KA
GHM1038-SL-220J-3K
MAX1739EVKIT
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2005 pwm
Abstract: H8S-2110B 2110B HA-003 8c03
Text: APPLICATION NOTE H8S Family Using the 14-Bit PWM Function Introduction This application note presents an example usage of the 14-bit PWM function of the H8S/2100 Series to implement a D/A converter. Target Device H8S/2114 H8S/2110B H8S/2140B H8S/2141B H8S/2160B
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14-Bit
H8S/2100
H8S/2114
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
H8S/2145B
2005 pwm
H8S-2110B
2110B
HA-003
8c03
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H8S/2114
Abstract: No abstract text available
Text: APPLICATION NOTE H8S Family Using the 8-Bit PWM Function Introduction This application note presents an example usage of the 8-bit PWM function of the H8S/2100 Series to implement a D/A converter. Target Device H8S/2114 H8S/2111B H8S/2140B H8S/2141B H8S/2160B
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H8S/2100
H8S/2114
H8S/2111B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
H8S/2145B
H8S/2189
H8S/2168
H8S/2114
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Slave Transmit Mode 1 byte Introduction By means of channel 0 of the I2C bus interface, the H8S/2114 transmits 1-byte data to the master device in slave transmit mode. The frequency of the transfer clock is 100 kHz. Target Device
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H8S/2100
H8S/2114
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Slave Receive Mode 1 byte Introduction By means of channel 0 of the I2C bus interface, the H8S/2114 receives 1-byte data from the master device in slave receive mode. The frequency of the transfer clock is 100 kHz. Target Device
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Original
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H8S/2100
H8S/2114
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
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PDF
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Slave Transmit Mode 128 bytes Introduction By means of channel 0 of the I2C bus interface, the H8S/2114 transmits 128-byte data to the master device in slave transmit mode. The frequency of the transfer clock is 100 kHz.
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H8S/2100
H8S/2114
128-byte
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series I2C Slave Receive Mode 128 bytes Introduction By means of channel 0 of the I2C bus interface, the H8S/2114 receives 128-byte data from the master device in slave receive mode. The frequency of the transfer clock is 100 kHz.
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H8S/2100
H8S/2114
128-byte
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8S/2100 Series Interrupt Handling during I2C Communication master receive operation Introduction The H8S/2114 receives 128 bytes of data from a slave device by means of channel 0 of the I2C bus interface. During the communication, interrupts are generated using a free-running timer. The frequency of the transfer clock is 100 kHz.
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H8S/2100
H8S/2114
H8S/2114
H8S/2104
H8S/2111B
H8S/2110B
H8S/2140B
H8S/2141B
H8S/2160B
H8S/2161B
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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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molex 2759T 08-50
Abstract: WIESON 2510c888-001 wire 1007 AWG24 Socket 754 C1100 AMD athlon socket 754 Dow Corning 340 heat sink socket 478 Dow Corning AMD Athlon 5000 k8
Text: FHS-A7015A40/FHS-A7015B40 Application: • Intel Socket 478 Prescott FMB1.5 Thermal & Mechanical Specification: · Thermal resistance: 0.28oC/W ref. · Heatsink Weight: 370 g (ref.) · Clipping Force: 32.0 Kgf (ref.) Component Specification: Noise (dBA) Thermal Resistance
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FHS-A7015A40/FHS-A7015B40
28oC/W
C1100
SC102
288A0404
molex 2759T 08-50
WIESON 2510c888-001
wire 1007 AWG24
Socket 754
AMD athlon socket 754
Dow Corning 340
heat sink socket 478
Dow Corning
AMD Athlon 5000 k8
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Delta Electronics
Abstract: a6063 molex 2759T intel lga775 Dow Corning TC 1996 FHS-A9025S16 TC-1996* Dow Corning Q8000 TC-1996 Dow Corning
Text: FHS-A9025S16 DELTA ELECTRONICS, INC. Application: Picture: Intel LGA775 Wolfdale / Yorkfield 45nm CPU E8000/E7000/E6000/E5000/Q9000S/Q8000S sequence Thermal & Mechanical Spec.: Thermal performance for 65W CPU HSK Assembly Weight: 205 g (ref.) Clipping Force: 20 Kgf (ref.)
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FHS-A9025S16
LGA775
E8000/E7000/E6000/E5000/Q9000S/Q8000S
A6063
TC-1996
90x90x25
July-2009
Delta Electronics
molex 2759T
intel lga775
Dow Corning TC 1996
FHS-A9025S16
TC-1996* Dow Corning
Q8000
Dow Corning
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SC102
Abstract: intel 2114 4405 delta young DHS-C8979-03 2114 Delta Electronics
Text: DHS-C8979-03 Specification: • Material: Copper 1100 · Weight: 500 g ref. · Type: Soldering · Dimension: 88.9*79*25.5 (mm) · Heat Source size: 31*31 (mm) · Thermal Interface Material: Dow Corning SC102 · Test Condition: Fully Confined · Application: Intel Socket 603/604 Nocona CPU
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DHS-C8979-03
SC102
283A0404
SC102
intel 2114
4405
delta
young
DHS-C8979-03
2114
Delta Electronics
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PDF
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LGA1156
Abstract: LGA115 a6063 intel i5 Dow Corning TC 1996 2759t Dow Corning TC-1996* Dow Corning TC-1996 LGA1156 thermal
Text: 2009 Ne w LGA115 6 FHS-A9025S19 DELTA ELECTRONICS, INC. Application: Intel Core i5 Picture: Intel LGA1156 Nehalem(45nm 95W) / Westmere (32nm 87W) CPU Lynnfield & Clarkdale sequence (Low Profile M/B mounting hole pitch 75x 75mm) Thermal & Mechanical Spec.:
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LGA115
FHS-A9025S19
LGA1156
A6063
C1100
TC-1996
90x90x25
Vo7054-1000
2759T
July-2009
LGA115
a6063
intel i5
Dow Corning TC 1996
Dow Corning
TC-1996* Dow Corning
LGA1156 thermal
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FHS-A6025B01
Abstract: W5500 Dow Corning 2073 Dow Corning TC-1996 2759T A602 Dow Corning TC 1996 intel nehalem e5500 TC-1996
Text: Model Name: FHS-A6025B01 DELTA ELECTRONICS, INC. Application: • Intel Nehalem Socket 1366 2U • Xeon 45nm W5500/X5500/E5500/L5500 CPU sequence Pictures Thermal & Mechanical Spec.: • Thermal performance for 130W CPU • HSK Assembly Weight: 590 g (ref.)
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FHS-A6025B01
W5500/X5500/E5500/L5500
A1100/ADC12/C1100
TC-1996
60x60x25
2759T
27-Apr-07
FHS-A6025B01
W5500
Dow Corning 2073
Dow Corning TC-1996
A602
Dow Corning TC 1996
intel nehalem
e5500
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LGA1366
Abstract: Cpu Core i7 C1100 FHSA9020S01 TC-1996 FHS-A9020S01 4405 a6063 INTEL 1980 intel i7
Text: 2009New LGA136 6 FHS-A9020S01 DELTA ELECTRONICS, INC. Application: Intel Corei7-Per Picture: Extreme edition sequence Intel LGA1366 Bloomfield(45nm) CPU Core i7 940/920/950 Thermal & Mechanical Spec.: Thermal performance for 130W CPU HSK Assembly Weight: 540 g (ref.)
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2009New
LGA136
FHS-A9020S01
LGA1366
A6063
C1100
TC-1996
90x20mm
2759T
July-2009
Cpu Core i7
FHSA9020S01
FHS-A9020S01
4405
a6063
INTEL 1980
intel i7
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Untitled
Abstract: No abstract text available
Text: FPD33680 FPD33680 Low Power, Low EMI, TFT-LCD Column Driver with RSDS Inputs, 64 Grayshades, and 480 Outputs for SXGA/UXGA Applications Literature Number: SNOSA70 May 2003 FPD33680 Low Power, Low EMI, TFT-LCD Column Driver with RSDS Inputs, 64 Grayshades, and 480 Outputs for
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FPD33680
FPD33680
SNOSA70
18-bit
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information applikation
Abstract: U880D information applikation mikroelektronik Halbleiterbauelemente DDR "Mikroelektronik" Heft u880 mikroelektronik applikation VEB mikroelektronik mikroelektronik information applikation mikroelektronik DDR
Text: i« ¡ 2 Information Applikation t m f f i ^ o e l e k t s n o •/ Information Applikation n • Heft 30: HALBLEITERSPEICHER Teil 2 SRAM und DRAM v e b halbleiterw erk frankfurfc/odor KBD im veb Kombinat mikroelektronik KAMMER DER TECHNIK Bezirksverbond
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OCR Scan
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RX29
Abstract: VL47
Text: OBSOLETE FPD33680 www.ti.com SNOSA70A – MAY 2004 – REVISED APRIL 2013 FPD33680 Low Power, Low EMI, TFT-LCD Column Driver with RSDS Inputs, 64 Grayshades, and 480 Outputs for SXGA/UXGA Applications Check for Samples: FPD33680 FEATURES DESCRIPTION • The FPD33680 is a direct drive, 64 gray level, 480
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FPD33680
SNOSA70A
FPD33680
85MHz
18-Bit
RX29
VL47
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