74HCT00 HARRIS
Abstract: AN9740 HARRIS 74HCT123 transistor 9740 diode 1334 74HCT00 74HCT193 74HCT32 HA4600
Text: Harris Semiconductor No. AN9740 Harris Linear July 1997 Digital Control Selects The Number of Analog Cycles and Burst Frequency Authors: Alan Erzinger and Ron Mancini Introduction Repetitive pulse bursts are required for impulse testing and for burst data transmission schemes. Impulse testing subjects the device under test to a unit impulse or doublet, and
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AN9740
1-800-4-HARRIS
74HCT00 HARRIS
AN9740
HARRIS
74HCT123
transistor 9740
diode 1334
74HCT00
74HCT193
74HCT32
HA4600
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transistor 9740
Abstract: 74HCT00 74HCT123 74HCT193 74HCT32 HA4600 HA5020 HFA1145 HFA3046 Mancini
Text: Digital Control Selects The Number of Analog Cycles and Burst Frequency Application Note July 1997 AN9740 Authors: Alan Erzinger and Ron Mancini Repetitive pulse bursts are required for impulse testing and for burst data transmission schemes. Impulse testing
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AN9740
transistor 9740
74HCT00
74HCT123
74HCT193
74HCT32
HA4600
HA5020
HFA1145
HFA3046
Mancini
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verilog code for fir filter using DA
Abstract: A3P1500 vhdl code of 32bit floating point adder digital FIR Filter verilog code digital FIR Filter VHDL code fir vhdl code FIR Filter verilog code vhdl code for floating point adder IQ GENERATOR CODE WITH VHDL RTAX2000
Text: CoreFIR Finite Impulse Response FIR Filter Generator Product Summary Core Deliverables • Intended Use • – Finite Impulse Response (FIR) Filter for Actel FPGAs • Key Features • – • Self-Checking – Executable Tests Generated Output against Algorithm
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Aromat relay
Abstract: ringing cadence generator Aromat R relays ATTL7583AAJ TR57 TR-57 telephone ring generator circuit ATTL7583
Text: LCAS Devices Applications of the VE750 LCAS Devices Impulse Noise and the VE750 Series of Line Card Access Switches Application Note Abstract This application note describes the VE750 series of line card access switches. It examines impulse noise requirements/generation, the power ringing signal, inductance in the telephone loop, impulse noise from ringing
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VE750
VE750
Aromat relay
ringing cadence generator
Aromat R relays
ATTL7583AAJ
TR57
TR-57
telephone ring generator circuit
ATTL7583
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Untitled
Abstract: No abstract text available
Text: IMPULSE HAMMERS FOR STRUCTURAL DYNAMIC BEHAVIOR ANALYSIS Shown Actual Size MADE IN USA IH101 SERIES NIST 809 $ ߜ Ideal for Generating Known Impulse Forces for Structural Analysis ߜ Acceleration Compensated for Accurate Force Measurement ߜ Calibration Certificate
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IH101
IH101
inIH101-1K)
IH101-50)
IH101-100)
IH101-500)
IH101-1K)
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QED1000
Abstract: digital FIR Filter using frequency sampling method circuit diagram for iir and fir filters adsp 21xx processor advantages VLSI implementation of FIR filters c code for interpolation and decimation filter chebyshev 0.01dB AD1892 iir filter diagrams FIGURE 9 CIRCUIT DIAGRAM OF FIR AND IIR FILTERS
Text: DIGITAL FILTERS SECTION 6 DIGITAL FILTERS • Finite Impulse Response FIR Filters ■ Infinite Impulse Response (IIR) Filters ■ Multirate Filters ■ Adaptive Filters 6.a DIGITAL FILTERS 6.b DIGITAL FILTERS SECTION 6 DIGITAL FILTERS Walt Kester INTRODUCTION
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ADSP-21000
QED1000
digital FIR Filter using frequency sampling method
circuit diagram for iir and fir filters
adsp 21xx processor advantages
VLSI implementation of FIR filters
c code for interpolation and decimation filter
chebyshev 0.01dB
AD1892
iir filter diagrams
FIGURE 9 CIRCUIT DIAGRAM OF FIR AND IIR FILTERS
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470D10
Abstract: 470d14 561D20 220D14 270d14 471D14 270D10 220d10 220D-10B 561d10
Text: CERAMIC SURGE ABSORBERS VARISTORS SVC SVC CHARACTERISTIC CURVES V-Ⅰ CURVE Small - current region of V - Ⅰ curve Temporary power frequency over voltage capability B TYPE Withstand discharge impulse current characteristics (Typical) A TYPE Withstand discharge impulse current characteristics (Typical)
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50/60Hz
50/60Hz
470D10
470d14
561D20
220D14
270d14
471D14
270D10
220d10
220D-10B
561d10
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j143
Abstract: 24-A LR31928 omron relay
Text: PCB Relay G5NB A Miniature Relay with 1-pole 3-A Switching Capability and 10-kV Impulse Withstand Voltage • Highly efficient magnetic circuit for high sensitivity 200 mW . ■ Small, yet provides 10-kV impulse withstand voltage (between coil and contacts).
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10-kV
J143-E1-01A
968-44-4160/Fax:
j143
24-A
LR31928
omron relay
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motor operated valve
Abstract: j143 failure rate relay OMRON G5NB-1A coil spst form c relay 24-A LR31928
Text: PCB Relay G5NB A Miniature Relay with 1-pole 3-A Switching Capability and 10-kV Impulse Withstand Voltage • ■ ■ Highly efficient magnetic circuit for high sensitivity 200 mW . Small, yet provides 10-kV impulse withstand voltage (between coil and contacts).
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10-kV
J143-E1-01
968-44-4160/Fax:
0903-2M
motor operated valve
j143
failure rate
relay OMRON G5NB-1A
coil
spst form c relay
24-A
LR31928
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Untitled
Abstract: No abstract text available
Text: Electromechanical impulse counters ➜ Impulse counters - CIM 36 x 37 • 5 or 6 digits, height of digits 4 mm ■ With or without manual reset ■ White digits on a black background Part numbers Type Without manual reset With manual reset Number of digits
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99776711
Abstract: 99776707
Text: Electromechanical impulse counters ➜ Impulse counters - CIM 36 x 48 • 5 or 6 digits, height of digits 4 mm ■ With or without manual reset ■ White digits on a black background Part numbers Type Without manual reset With manual reset Number of digits
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analog switch circuit
Abstract: No abstract text available
Text: Microelectronics Impulse Noise and the ATTL758X Series of Line Card Access Switches Introduction Impulse Noise Requirements Impulse noise1 consists of short-duration, highamplitude bursts or spikes of noise energy, which are much greater than the normal peaks of message
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ATTL758X
analog switch circuit
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GT-RLSA80SS
Abstract: No abstract text available
Text: UNCONTROLLED DOCUMENT PART NUMBER REV. GT-RLSA80SS ELECTRICAL SPECIFICATIONS PARAMETER 04,20 [00,165] MAX, VALUE D.C. FIRING VOLTAGE: 03 ,80 [00,150] IMPULSE FIRING VOLTAGE: d v /d t 1DDV/S 800V D.C. MAX. (d v /d t 5kV/juS) IMPULSE CURRENT: IMPULSE SURGE LIFE:
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GT-RLSA80SS
20jjS)
150mS
GT-RLSA80SS
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MD 202
Abstract: 204B
Text: DRAWING NUMBER REV G T-R LSA 1 8 0 D UNCONTROLLED DOCUMENT ELECTRICAL SPECIFICATIONS D.C. FIRING VOLTAGE d v /d t< 1 OOjuS : IMPULSE FIRING VOLTAGE ( d v /d t= 5 k v /( u S ) : PEAK IMPULSE CURRENT (5 /2 0 ju 5 FORM): IMPULSE SURGE LIFE (8 /Z 0 > iS 5 0 0 A ):
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5/20ju5
50VDC
DI55CMNAT10N
GT-RLSA18DD
MD 202
204B
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10D5
Abstract: 204B D410
Text: UNCONTROLLED DOCUMENT PART NUMBER REV. GT-BG90 ELECTRICAL SPECIFICATIONS PARAMETER 0 0 ,8 0 [0 0 ,0 3 1 ] VALUE TEST CONDITION D.C. FIRING VOLTAGE: 90V±20%D.C. dv/dt 1DOV/S IMPULSE FIRING VOLTAGE: 500V D.C.MAX. (dv/dt 1 DOV/fiS) IMPULSE CURRENT: 10KA (B/20fjS)
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GT-BG90
B/20fj5)
l50mS
100VDC)
10-55HZ.
D5CL05URE
10D5
204B
D410
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204B
Abstract: GT-RLSA750D RLSA750D STD-202
Text: UNCONTROLLED DOCUMENT REV. A PART NUMBER REV. GT-RLSA750D A E.C.N. NUMBER AND REVISION COMMENTS DATE E.C.N. #11148. 12.18.06 ELECTRICAL SPECIFICATIONS D.C. FIRING VOLTAGE dv/dt< 10O^S : IMPULSE FIRING VOLTAGE (dv/dt=5kv/jjS): PEAK IMPULSE CURRENT (8/20juS FORM):
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GT-RLSA750D
8/20juS
STD-202
-STD-202
RLSA750D
204B
GT-RLSA750D
RLSA750D
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102A
Abstract: GT-RLSA3080D
Text: □ATE REVISIONS UNCONTROLLED DOCUMENT :V REV DRAWING NUMBER GT-RLSA3080D UNCONTROLLED DOCUMENT ELECTRICAL SPECIFICATIONS D.C. FIRING VOLTAGE d v / d t 10Dus : IMPULSE FIRING VOLTAGE ( d v / d t = 5 k v / u s ) : PEAK IMPULSE CURRENT ( B / 2 0 u s FORM):
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GT-RLSA3080D
100us)
B/20us
8/20us
50VDC
50VDC
MIL-STD-202
102A
GT-RLSA3080D
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Untitled
Abstract: No abstract text available
Text: UNCONTROLLED DOCUMENT PART NUMBER REV. G T -B G 7 5 ELECTRICAL SPECIFICATIONS PARAMETER 08 ,00 [0 0 ,3 1 5 ] VALUE TEST CONDITION D.C. FIRING VOLTAGE 75V±20%D.C. d v /d t 10DV/S IMPULSE FIRING VOLTAGE: 450 V D.C.MAX. ( d v / d t 10DV/fjS) IMPULSE CURRENT:
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GT-BG75
104Mfl
10DV/S)
10DV//JS)
B/20fjS)
l50mS
10-55HZ.
102TON.
decl05dre
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GT-RLSA250D
Abstract: RLSA250D
Text: UNCONTROLLED DOCUMENT REV. A PART NUMBER REV. GT-RLSA250D A E.C.N. NUMBER AND REVISION COMMENTS E.C.N. #11148. DATE 12.18.06 ELECTRICAL SPECIFICATIONS D.C. FIRING VOLTAGE dv/dt< 1 OOus : IMPULSE FIRING VOLTAGE (dv/dt=5kv/us): PEAK IMPULSE CURRENT (B/20us FORM):
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GT-RLSA250D
B/20us
100VDC
10loS
GT-RLSA250D
RLSA250D
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D6DA
Abstract: 102A 204B GT-RLSAE500
Text: PART NUMBER REV. GT-RLSAE500 UNCONTROLLED DOCUMENT REV. E.C.N. NUMBER AND REVISION COMMENTS DATE ELECTRICAL SPECIFICATIONS CONDITION SYMBOL RATING D.C. FIRING VOLTAGE; dv/dt 100V/S 500110% VDC IMPULSE MAX. FIRING VOLTAGE (dv/dt 5KV/juS) 1600 VDC IMPULSE CURRENT (KA);
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GT-RLSAE500
00V/S)
8/20ju5)
F0RNAT10N
D6DA
102A
204B
GT-RLSAE500
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GT-RLSA250DSS
Abstract: RLSA250DSS
Text: UNCONTROLLED DOCUMENT REV. A E.C.N. PART NUMBER REV. GT-RLSA250DSS A NUMBER AND REVISION COMMENTS E.C.N. #11148. DATE 12.18.06 ELECTRICAL SPECIFICATIONS D.C. FIRING VOLTAGE dv/dt<1 OOus : IMPULSE FIRING VOLTAGE (dv/dt=5kv/us): PEAK IMPULSE CURRENT (8/20us FORM):
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GT-RLSA250DSS
8/20us
B/20us
100VDC
GT-RLSA250DSS
RLSA250DSS
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RLSA805S-M
Abstract: No abstract text available
Text: UNCONTROLLED DOCUMENT REV, A PART NUMBER REV. GT-RLSA80SS-M A E.C.N. NUMBER AND REVISION COMMENTS E.C.N, #11149. DATE 12.18.06 ELECTRICAL SPEdRCATIONS 04,20 [00,165] PARAMETER MAX, VALUE D .C . FIRING VOLTAGE: — 03 .8 0 M0.15CO IMPULSE CURRENT: Bk IMPULSE SURGE LIFE:
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GT-RLSA80SS-M
SPECIRCAT10NS
00V/S)
50VDC
RLSA805S-M
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10ZA
Abstract: GT-RLSA80DSS
Text: UNCONTROLLED DOCUMENT REV. A PART NUMBER REV. GT-RLSA80DSS A E.C.N. NUMBER AND REVISION COMMENTS E.C.N. #11148. DATE 12.19.06 ELECTRICAL SPECIFICATIONS —I 4.2 .1 7 MAX D.C. FIRING VOLTAGE (dv/dt< 1OOua): IMPULSE FIRING VOLTAGE (dv/dt=5kv/us): PEAK IMPULSE CURRENT {B/20us FORM):
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GT-RLSA80DSS
B/20us
50VDC
RLSA80DSS
10ZA
GT-RLSA80DSS
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GT-RLSA200SS
Abstract: naox
Text: UNCONTROLLED DOCUMENT REV, A 0 4 ,2 0 [0 0 ,1 6 5 ] MAX, PART NUMBER REV. GT-RLSA200SS A E.C.N. NUMBER AND REVISION COMMENTS E.C.N, #11149. ELECTRICAL SPECIFICATIONS PARAMETER VALUE D.C. FIRING VOLTAGE: Z0DV±15% D.C. IMPULSE CURRENT: IkA MAX. IMPULSE SURGE LIFE:
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GT-RLSA200SS
0/20/uS)
B/20fjS)
50VDC
GT-RLSA200SS
naox
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