j293
Abstract: J294 J292
Text: SIDE ENTRY MODULAR SMT JACK 4P PROFILE=11.50MM UNSHIELDED SPECIFICATIONS Insulation Resistance: 500MΩ Min. Contact Resistance: 20mΩ Max. Rating Current: 1.5A Max. Rating Voltage: 120V AC. Dielectric Voltage: 1000 Vrms 60 Sec. Min. Temperature Range: -40ºc / +85ºc
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10P10C
10P8C
j293
J294
J292
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Vantis ISP cable
Abstract: CMB2102 EPF10K Tektronix 2224
Text: MMCCMB2102 Controller and Memory Board CMB2102 User’s Manual Motorola reserves the right to make changes without further notice to any products herein to improve reliability, function or design. Motorola does not assume any liability arising out of the application or use of any product or circuit described
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MMCCMB2102
CMB2102)
RS232
MMCCMB2102UM/D
Vantis ISP cable
CMB2102
EPF10K
Tektronix 2224
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C14B
Abstract: PMC 1601 C128H c120h EELST PE64952 68HC11 PM4341 C04FH PM6541
Text: PMC-Sierra, Inc. PM6541 E1XC-EVBD TELECOM STANDARD PRODUCT PMC-930917 ISSUE 1 E1XC EVALUATION DAUGHTERBOARD PM6541 E1XC-EVBD E1XC EVALUATION DAUGHTERBOARD ISSUE 1: DECEMBER 1997 PMC-Sierra, Inc. 105 - 8555 Baxter Place Burnaby, BC Canada V5A 4V7 604 .415.6000
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PM6541
PMC-930917
PM6541
PM-930917
PMC-920247
C14B
PMC 1601
C128H
c120h
EELST
PE64952
68HC11
PM4341
C04FH
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J4-81
Abstract: No abstract text available
Text: MMCFPGA1200UM/D Rev 1 JANUARY 1999 MMCFPGA1200 FIELD PROGRAMMABLE GATE ARRAY I/O PERIPHERAL BOARD FPGA IPB USER’S MANUAL MOTOROLA Inc., 1998, 1999; All Rights Reserved Motorola reserves the right to make changes without further notice to any products herein to improve reliability, function, or design. Motorola does not
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MMCFPGA1200UM/D
MMCFPGA1200
MMCCMB1200UM/D
CMB1200
MMCFPGA1200UM/D
J4-81
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Vantis ISP cable
Abstract: CMB2102 Tektronix 2224 J146 ptc Date Code Formats Altera EPF10K ipass connector EPF10K J189 J4-81 J499
Text: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. MMCCMB2102 Controller and Memory Board CMB2102 User’s Manual Motorola reserves the right to make changes without further notice to any products herein to improve reliability, function or design. Motorola does not assume any liability arising out of the application or use of any product or circuit described
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MMCCMB2102
CMB2102)
MMCCMB2102UM/D
Vantis ISP cable
CMB2102
Tektronix 2224
J146 ptc
Date Code Formats Altera EPF10K
ipass connector
EPF10K
J189
J4-81
J499
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AK2360A
Abstract: No abstract text available
Text: [AK1221] AK1221 3500MHz High Lineartity Mixer 1. Overview The AK1221 is high linearity mixer. RF and Lo frequency range coverage is from 700 to 3500MHz and IF coverage is from 20 to 200MHz. The RF input provides single-ended 50Ω interface. Lo ports are 50Ω matched and
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AK1221]
AK1221
3500MHz
AK1221
200MHz.
700MHz
3500MHz
25dBm,
24-VSOP
AK2360A
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AK2360A
Abstract: No abstract text available
Text: [AK1221] AK1221 3500MHz High Lineartity Mixer 1. 概要 AK1221 は周波数変換において高い線形性が必要とされるアプリケーション向けの周波数ミキサです。シングルエンドの入 力と差動の出力の回路から構成されます。RF および LO 入力は 700MHz から 3500MHz までIF 出力は 20MHz から
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AK1221]
AK1221
3500MHz
700MHz
3500MHz
20MHz
200MHz
700MHz
AK2360A
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80C30
Abstract: UM010902-0609 Z85X30 USING SCC WITH Z8000 IN SDLC PROTOCOL Z280 MPU Z16C00 8030 8pin zilog z280 Z80230 Z80C30
Text: SCC/ESCC User Manual UM010902-0609 Copyright 2009 by Zilog , Inc. All rights reserved. www.zilog.com SCC/ESCC User Manual ii Warning: DO NOT USE IN LIFE SUPPORT LIFE SUPPORT POLICY ZILOG'S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE
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UM010902-0609
80C30
UM010902-0609
Z85X30
USING SCC WITH Z8000 IN SDLC PROTOCOL
Z280 MPU
Z16C00
8030 8pin
zilog z280
Z80230
Z80C30
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80186 microprocessor
Abstract: 80186 Z16C32 J24-J3 intel 80186 pin out apple 30 pin connector J13-J15 D8200 Z16C33 Z16C35
Text: Application Note The Zilog Datacom Family with the 80186 CPU AN009703-0508 Abstract Zilog’s customers need a way to evaluate its serial communications controllers with a central CPU. This application note describes how Zilog’s Datacom family interfaces and communicates with
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AN009703-0508
80186 microprocessor
80186
Z16C32
J24-J3
intel 80186 pin out
apple 30 pin connector
J13-J15
D8200
Z16C33
Z16C35
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C828 3-pin transistor
Abstract: a684 603 C828 transistor Explain the interfacing of keyboard with 8086 pal 007a Z80h c828 Transistor datasheet intel 8086 microprocessor z80a-cpu tda 100w
Text: Z16C35 ISCC USER’S MANUAL TABLE OF CONTENTS Chapter 1. General Description 1.1 Introduction . 1-1 1.2 Features . 1-3
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Z16C35
C828 3-pin transistor
a684 603
C828 transistor
Explain the interfacing of keyboard with 8086
pal 007a
Z80h
c828 Transistor datasheet
intel 8086 microprocessor
z80a-cpu
tda 100w
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LQFP "100 pin" PACKAGE
Abstract: BRQ microcontroller MB91101A MB91F109 FR30 LQFP-100 MB91101 MB91106 MB91126 J137
Text: FR30 Evaluation Board User’s Guide Rev 1.0 Fujitsu Microelectronics America, Inc Vers. 1.0 Fujitsu Microelectronics America, Inc 1 Revision History Revision # Date 1.0 05/01/2003 Fujitsu Microelectronics America, Inc Comments Draft Revision 2 Warranty and Disclaimer
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J2-98
J2-99
J2100
MB91101/MB91106/MB91F109/MB91F127/F128
LQFP "100 pin" PACKAGE
BRQ microcontroller
MB91101A
MB91F109
FR30
LQFP-100
MB91101
MB91106
MB91126
J137
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Elap 72
Abstract: USING SCC WITH Z8000 IN SDLC PROTOCOL Z80B-CPU c828 transistor Z80A CPU comparison between intel 8086 and Zilog 80 microprocessor Z8 super8 evaluation board transistor marking WR5 72 Z80A-CPU transistor c828
Text: Z16C35 ISCC User Manual UM011002-0808 Copyright 2008 by Zilog , Inc. All rights reserved. www.zilog.com ISCC User Manual ii Warning: DO NOT USE IN LIFE SUPPORT LIFE SUPPORT POLICY ZILOG'S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE
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Z16C35
UM011002-0808
Elap 72
USING SCC WITH Z8000 IN SDLC PROTOCOL
Z80B-CPU
c828 transistor
Z80A CPU
comparison between intel 8086 and Zilog 80 microprocessor
Z8 super8 evaluation board
transistor marking WR5 72
Z80A-CPU
transistor c828
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USING SCC WITH Z8000 IN SDLC PROTOCOL
Abstract: pal 005a Z80A-SIO Z80A-CPU CTC 1351 transistor Z80B-CPU Z80180 transistor c828 8086 with eprom c828 transistor datasheet
Text: =& ,6&& 8VHU¶V 0DQXDO 80 =L/2* :RUOGZLGH +HDGTXDUWHUV +DPLOWRQ $YHQXH &DPSEHOO &$ 7HOHSKRQH D[ ZZZ=L/2*FRP 7KLV SXEOLFDWLRQ LV VXEMHFW WR UHSODFHPHQW E\ D ODWHU HGLWLRQ 7R GHWHUPLQH ZKHWKHU
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21nother
UM011001-0601
USING SCC WITH Z8000 IN SDLC PROTOCOL
pal 005a
Z80A-SIO
Z80A-CPU
CTC 1351 transistor
Z80B-CPU
Z80180
transistor c828
8086 with eprom
c828 transistor datasheet
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2SJ235
Abstract: 2sk1299 2SK1878 2SJ299 2sj2 high voltage p channel mosfet 2SJ214 2sk mosfet 2SK1151 2SK1152 2SK1153
Text: HITACHI 31 Power MOSFET for Switching Power Supply I _ i/ass«nailon • Multiple Outputs. There may be multiple outputs (positive and negative) that may differ in their voltage and current ratings. Such outputs may be isolated from each other. -tow
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0-30W
0-50W
0-100W
00-200W
2SK579
2SK580
2SK1151
2SK1152
2SK1153
2SK1154
2SJ235
2sk1299
2SK1878
2SJ299
2sj2 high voltage p channel mosfet
2SJ214
2sk mosfet
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2SK1778
Abstract: 2SK109 2SJ236 2SK1919 2SJ175 2SJ176 2SJ182 2SJ237 2SK1093 2SK1094
Text: 12 HITACHI DIII-HF Series High Speed Devices To improve switching losses for certain critical switching applications, Hitachi has introduced HF-Series with better built-in diode breakdown capability then the existing DIII-H series using life-time control technology.
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high-sp03
2SK1665
2SJ215
2SJ217
2SK1303
2SK1304
2SK1298
2SK1666
2SJ216
2SJ218
2SK1778
2SK109
2SJ236
2SK1919
2SJ175
2SJ176
2SJ182
2SJ237
2SK1093
2SK1094
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2SK1778
Abstract: 2SJ177 2SJ295 KWSA103 PF0030 PF0040 PF0042
Text: HITACHI 29 5.4 Communications Mobile RF SAW Filters KTACS KAMT« N M T/G SM Tb Bx Tu ft * T» 9m , hvm U m Typ IC - 4ädB Wide band aaaaMtkw •OStfBqrp SMD pàg - 4.5 s 5 J s 2mm 505L fan p riiw HWSAHB HWSB102 HWSAXB H W SBXa H W SA 03 H W SM » O m« Q m
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303L/3Â
KWSA103
HWSA10I
HWSB10I
HWSA01
PF0030
PP0031
PF0040
PP004I
2SK1778
2SJ177
2SJ295
PF0042
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powec rm 1110
Abstract: rm 1100 powec MPC1000 transistors JX 6822 A inverter welder 4 schematic SAA 14Z transistor SI 6822 stg 8810 PL 15Z DIODE germanium transistor
Text: TH€ SEMICONDUCTOR DATA LIBRARY SERIES A VOLUME HI prepared by Technical Inform ation Center The in fo rm a tio n in this book has been ca re fu lly checked and is believed to be reliable; however, no re sp o n sib ility is assumed fo r inaccuracies. F u rthe rm o re, this in fo rm a tio n does no t convey to the purchaser o f sem iconductor
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111ii
MZ5558
Z5555,
Z5556,
MZ5557
powec rm 1110
rm 1100 powec
MPC1000
transistors JX 6822 A
inverter welder 4 schematic
SAA 14Z
transistor SI 6822
stg 8810
PL 15Z DIODE
germanium transistor
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2sk1299
Abstract: PF0042 2SJ295 2SJ299 2SK1919 PF0040 KWSA103 PF0030 Hitachi Scans-001
Text: 29 HITACHI 5.4 Communications Mobile RF SAW Filters NMT/GSM KTACS HITACHI KAMT« Tb Bx Tu ft* T» 9m, hvm U m Typ IC - 4ädB Wide band aaaaMtkw •OStfBqrp SMD pàg - 4.5 s 5 J s 2mm 505L fan p riiw HWSAHB HWSB102 HWSAXB HWSBXa HW SA03 H W SM » O m« Q m
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303L/3Â
KWSA103
HWSA10I
HWSB10I
HWSA01
PF0030
PP0031
PF0040
PP004I
2sk1299
PF0042
2SJ295
2SJ299
2SK1919
Hitachi Scans-001
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2SK1778
Abstract: 2SJ236 2SK1776 2SJ299 2SJ175 2SJ176 2SJ182 2SJ237 2SK1093 2SK1094
Text: 12 HITACHI DIII-HF Series High Speed Devices To improve switching losses for certain critical switching applications, Hitachi has introduced HF-Series with better built-in diode breakdown capability then the existing DIII-H series using life-time control technology.
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high-sp03
2SK1665
2SJ215
2SJ217
2SK1303
2SK1304
2SK1298
2SK1666
2SJ216
2SJ218
2SK1778
2SJ236
2SK1776
2SJ299
2SJ175
2SJ176
2SJ182
2SJ237
2SK1093
2SK1094
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2sj177
Abstract: 2sk1778 2SK1151 2SK1152 2SK1153 2SK579 2SK580 2SK97-2 2sk1301 2sj175
Text: HITACHI 31 Power MOSFET for Switching Power Supply I _ Commendation products Input i/ass« nailon • Multiple Outputs. There may be multiple outputs (positive and negative) that may differ in their voltage and current ratings. Such outputs may be
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0-30W
0-50W
0-100W
00-200W
2SK579
2SK580
2SK1151
2SK1152
2SK1153
2SK1154
2sj177
2sk1778
2SK97-2
2sk1301
2sj175
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JE1100
Abstract: MFC8040 MFC8030 MC1316 Triac 9707 schematic of mc1466 Transistor MJE 5332 je 3055 Motorola MCR407-2 MC1466
Text: M ASTER SELECTION GUIDE MOTOROLA Semiconductors SELECTING THE BEST SEMICONDUCTOR Selecting the best semiconductor fo r a given application can pose a significant challenge. To sim plify the task in selecting a "best" transistor, diode or other device fo r newdesigns, this book's selection tables includeall popular semiconductor devices
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varactor 36z
Abstract: germanium halbleiter index transistor Halbleiter Buch 2n5347 2n3054 working of reactance modulator JE2955 germanium transistor 2N3902
Text: TH€ SEMICONDUCTOR DATA LIBRARY FIRST EDITION prepared by Technical Information Center T h e in fo rm a tio n in th is bo o k has been c a re fu lly checked and is believed to be re lia b le ; ho w ever, no re s p o n s ib ility is assumed fo r inaccuracies. F u rth e rm o re , th is in fo rm a tio n does n o t convey to the purchaser o f s e m ic o n d u c to r
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Z1000
MZ4614
MZ4627
1N4099
M4L3052
M4L3056
1N5158
varactor 36z
germanium
halbleiter index transistor
Halbleiter Buch
2n5347
2n3054
working of reactance modulator
JE2955
germanium transistor
2N3902
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25K1772
Abstract: 2SK1763 2SJ300 2SJ214 2SJ295 2sk mosfet TO220FM 2SJ244 2SK1645 2SJ246
Text: HITACHI 5.7 Power Conversion 3 Power Management Switch for Battery Operating Equipment P channel MOSFET Vcc Load VCC (V) VDSS (V) lyp* No. I O IN - CM CM S~9 2SJ244 12— 24 30 2SJ246 24~40 60 2SJ24S Power management Switch circuit D -IV L Series Item Package
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2SJ244
2SJ246
2SJ245
2SJ317
2SJ298
2SJ300
2SJ299
2SJ278
2SJ279
2SJ290
25K1772
2SK1763
2SJ214
2SJ295
2sk mosfet
TO220FM
2SJ244
2SK1645
2SJ246
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2sk1299
Abstract: 2SJ295 2SJ299 transistor 2sk 2SJ278 2SJ279 2SJ290 2SJ291 2SJ292 2SJ298
Text: HITACHI 1.5.4 13 New DIV-L Series The characteristics of todays power MOSFETs continue to improve as costs drop, resulting in the broader application of these devices in place of bipolar transistors. • 2.5V and 4V gate drive device • High speed switching 30% reduction in
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2SJ2-46
2SJ223
2SJ182
2SJ245
2SJ214
2SJ219
2SJ220
2SJ242
2SJ175
2SJ176
2sk1299
2SJ295
2SJ299
transistor 2sk
2SJ278
2SJ279
2SJ290
2SJ291
2SJ292
2SJ298
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