w9014
Abstract: IQ32Q
Text: Technical Specification IQ32xxxQTXxx 9-75V 100V 1.8-48V 86W 2250V dc Quarter-brick Outputs Max Power Insulation DC-DC Converter a pu d bl va ic n at ce io d n Continuous Input Transient Input The InQor quarter-brick converter series is composed of next-generation, board-mountable, isolated, fixed
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IQ32xxxQTXxx
w9014
IQ32Q
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxQGXxxx 9-75V 100V Continuous Input Transient Input 1.8-48V 50W 2250V dc Quarter-brick Outputs Max Power Insulation DC-DC Converter The InQor quarter-brick converter series is composed of next-generation, board-mountable, isolated, fixed
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IQ32xxxQGXxxx
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxHZXxx 9-75V 100V Continuous Input Transient Input 5.0-50V 255W 2250V dc Half-brick Outputs Max Power Isolation DC-DC Converter The InQor Half-brick Zeta converter series is composed of next-generation, board-mountable, fixed switching
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IQ32xxxHZXxx
2050HZ
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mercury 845
Abstract: IQ32Q
Text: Technical Specification IQ32xxxQGXxxx 9-75V 100V Continuous Input Transient Input 1.8-48V 50W 2250V dc Quarter-brick Outputs Max Power Insulation DC-DC Converter • • • • • A 25 @ UT 8V O 1. IN V 75 Operational Features 9- IQ 32 01 8Q G C2 5N RS -G
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IQ32xxxQGXxxx
mercury 845
IQ32Q
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxQGXxx 9-75V 100V 1.8-48V 50W 2250V dc Quarter-brick Continuous Input Transient Input Outputs Max Power Isolation DC-DC Converter IQ O UT 9- 32 75 0 V 50 IN 5. QG 0V C 1 @ NR 10 SA G a pu d bl va ic n at ce io d n The InQor quarter-brick converter series is
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IQ32xxxQGXxx
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32-HP Family 9-75 V 100 V 1.8-48 V 165 W 2250 V dc Half-brick Continuous Input Transient Input Outputs Max Power Isolation DC-DC Converter A 32 @ T U 5V O IN V 75 9- IQ 32 05 0H PC 32 N R S- G The InQor Half-brick converter series is composed
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IQ32-HP
100ms
IQ32xxxHPXxx
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IQ32150hpc11
Abstract: iq32150hp
Text: Technical Specification Y R A IN M LI E R P 9-75 V 100 V IQ32-HPC Family 1.8-48 V 165 W 2250 V dc Half-brick Outputs Max Power Isolation DC-DC Converter Continuous Input Transient Input The InQor Half-brick converter series is composed of next-generation, board-mountable, isolated,
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IQ32-HPC
155SwansonRoad
MA01719
IQ32xxxHPCxx
005-005H332
IQ32150hpc11
iq32150hp
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxHPXxxx 9-75 V 100 V 1.8-48 V 165 W 2250 V dc Half-brick Outputs Max Power Isolation DC-DC Converter Continuous Input Transient Input A 55 55 T PC U 8H 8V O 1. 01 IN V 32 75 9- IQ @ N R S- G The InQor Half-brick converter series is composed of nextgeneration, board-mountable, isolated, ixed switching
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IQ32xxxHPXxxx
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxHPXxxx 9-75 V 100 V Continuous Input Transient Input 1.8-48 V 165 W Outputs Max Power 2250 V dc Half-brick Isolation DC-DC Converter The InQor Half-brick converter series is composed of nextgeneration, board-mountable, isolated, fixed switching
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IQ32xxxHPXxxx
PC55N
32018H
9-75VIN
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxQTXxxx 100V 1.8-48V 86W 2250V dc Quarter-brick Outputs Max Power Insulation DC-DC Converter Continuous Input Transient Input @ UT 8V O 1. IN V 75 9- IQ 32 01 8Q TC 35 N 35 RS -G The InQor quarter-brick converter series is composed
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IQ32xxxQTXxxx
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IQ64BTQ100
Abstract: P005 IDS200 IQ320 p022 p041 p055 power transistor IQ32B IQ48 IQ64B
Text: IQ Family Data Sheet FEATURES DESCRIPTION • SRAM-based, in-system programmable • Switch Matrix — Non-Blocking — Identical and predictable delays — One-to-one, one-to-many and many-to-one connections • RapidConnect parallel interface for fast, incremental
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxQTXxxx 9-75V 100V Continuous Input Transient Input 1.8-48V 86W 2250V dc Quarter-brick Outputs Max Power Isolation DC-DC Converter The InQor quarter-brick converter series is composed of next-generation, board-mountable, isolated, fixed
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IQ32xxxQTXxxx
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Untitled
Abstract: No abstract text available
Text: Technical Specification IQ32xxxQGXxxx 100V 1.8-48V 50W 2250V dc Quarter-brick Outputs Max Power Insulation DC-DC Converter Continuous Input Transient Input 25 @ UT 8V O 1. IN V 75 9- IQ 32 01 8Q G C2 5N RS -G The InQor quarter-brick converter series is composed
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IQ32xxxQGXxxx
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IQ160
Abstract: IDS200 TLR 308 IQ128B IQ240B IQ320 IQ32B IQ48 IQ64B IQ96
Text: Introduction This manual describes the architecture o f the IQ family of integrated circuit chips, which includes the IQ320, IQ240B, IQ160, IQ128B, IQ96, IQ64B, IQ48, and IQ32B part types. Each IQ device implements a non-blocking switch matrix. Each signal line in
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IQ320,
IQ240B,
IQ160,
IQ128B,
IQ64B,
IQ32B
TQG41Ã
IQ64B
IQ32B
IQ160
IDS200
TLR 308
IQ128B
IQ240B
IQ320
IQ48
IQ64B
IQ96
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I-CUBE
Abstract: P005 p055 TRANSISTOR IDS200 p055 power transistor IQ32B IQ48 IQ64B IQ96 84l transistor
Text: I-Cube IQ Family Data Sheet m F eatures D e s c r ip t io n • SRAM-based, in-system programmable The IQ family of SRAM-based bit-oriented switching devices is • Switch Matrix manufactured using 0.6|jm CMOS processes. These devices — Non-Blocking offer clock speeds of up to 150 MHz and pin-to-pin delay as low
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IQ32B-TQ52
IQ64B
IQ32B
144PQ
100TQ
144TQ
I-CUBE
P005
p055 TRANSISTOR
IDS200
p055 power transistor
IQ32B
IQ48
IQ96
84l transistor
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RJP 3045
Abstract: Transistor z3p NP02 P104t str 1195 P022J I-CUBE iq P116C RP011 7805 v5
Text: M Ä ' I- C IQ Family Data Sheet u b e Features Description • Eight d evices ran gin g from 32 to 320 I / O Ports The IQ d evices are designed for use in sw itching and interconnect applications. In sw itching applications, these d evices are used to d ynam ically sw itch one or m ore signals. W hen
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2328-C
RJP 3045
Transistor z3p
NP02
P104t
str 1195
P022J
I-CUBE iq
P116C
RP011
7805 v5
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p055 TRANSISTOR
Abstract: P029H H27 j1 3009 transistor P239 P239 9 318 ITT ZPY ZPY 91 ITT P109t P104t P182C
Text: & 1-Cube IQ Family Data Sheet Description Features The IQ devices are designed for use in switching and interconnect applications. In switching applications, these devices are used to dynamically switch one or more signals. When used in interconnect applications, the IQ devices
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3201/O
IQ32B
00D0b4b
p055 TRANSISTOR
P029H
H27 j1 3009
transistor P239
P239 9 318
ITT ZPY
ZPY 91 ITT
P109t
P104t
P182C
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Untitled
Abstract: No abstract text available
Text: The FPID Family Data Sheet Electrical Specification A bsolute Maximum Ratings Recom mended Operating Conditions Capacitance 4 (i) Symbol 1 imits Parameter Units Vdd Supply Voltage to Ground -0.3 to +7.0 V VlN Input Voltage -0.3 to Vuu+0.3 V TJ Tstc
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ca2 fn 144 manual
Abstract: p016h p055 power transistor INTERFACE10 I-CUBE iq I-CUBE IQ96 800 144L 8060L ALI 3101 C
Text: I-Cube IQ Family Data Sheet m F eatures D e s c r ip t io n • SRAM-based, in-system programmable The IQ family of SRAM-based bit-oriented switching devices is • Switch Matrix manufactured using 0.6|jm CMOS processes. These devices — Non-Blocking offer clock speeds of up to 150 MHz and pin-to-pin delay as low
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IQ32B
IQ32B-TQ52
IQ64B
144PQ
100TQ
144TQ
ca2 fn 144 manual
p016h
p055 power transistor
INTERFACE10
I-CUBE iq
I-CUBE
IQ96 800
144L
8060L
ALI 3101 C
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Untitled
Abstract: No abstract text available
Text: 1-Cube IQ Family Data Sheet Description Features • E ight d evices ra n g in g from 32 to 320 I / O P orts • SR A M -based P ro g ra m m in g for In-system R econfigurability • Sw itch M atrix A rchitecture • N on-blocking • P redictable & U niform D elays
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2328-C
0QQ0462
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LT1000
Abstract: IQ128B IQ160 IQ240B IQ320 IQ96B Ground bounce
Text: Ä> Technical Note Ground Bounce in the FPID Family 1.0 Introduction A shift in the in te rn al g ro u n d reference as a resu lt of o u tp u t sw itching is k n o w n as ground bounce. The effect of g ro u n d b ounce on the overall system o p e ratio n m u st b e con sid ered w h e n d esig n in g w ith h ig h sp e e d d igital ICs,
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IQ160
T0041Ã
IQ160-MQFP
0D37CÃ
LT1000
IQ128B
IQ240B
IQ320
IQ96B
Ground bounce
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Untitled
Abstract: No abstract text available
Text: Technical Note Ground Bounce in the FPID Family 1.0 Introduction A shift in the internal ground reference as a result of output switching is known as ground bounce. The effect of ground bounce on the overall system operation must be considered when designing with high speed digital ICs,
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IQ160
IQ160-M
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transistor P239
Abstract: R33PI transistor 4287 AB P239 9 318 TI P272 w29 transistor P069 P04368 p055 IQB96
Text: The FPID Family Data Sheet Features Description Device I-Cube's family of FPID devices is available in a variety of I /O densities, ranging from 96 to 320 usable ports. The part number reflects the number of usable I/O s in the device. This family, from the
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/391L
/416L
IQ240B
/304L
/208L
IQ160
FP/208L
IQ128B
/184L
FP/184L
transistor P239
R33PI
transistor 4287 AB
P239 9 318
TI P272
w29 transistor
P069
P04368
p055
IQB96
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P057C
Abstract: P050C P052C P060C p055 power transistor P056C P062C P054C P005 p048
Text: " L # I-C u b e IQ Fam ily Data Sheet m F eatures D e s c r ip tio n • SRAM -based, in-system programmable The IQ family of SRAM -based bit-oriented switching devices is • Switch Matrix manufactured using 0.6|jm C M O S processes. T hese devices — Non-Blocking
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IQ64B-J84
IQ48-PQ80
IQ32B
IQ32B-TQ52
IQ64B
IQ32B
144PQ
144TQ
100TQ
P057C
P050C
P052C
P060C
p055 power transistor
P056C
P062C
P054C
P005
p048
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