Silicon-power CCS AC 14N40_N-Type Semiconductor Discharge Switch Manual de usuario

Busca en linea o descarga Manual de usuario para Hardware Silicon-power CCS AC 14N40_N-Type Semiconductor Discharge Switch. Silicon Power CCS AC 14N40_N-Type Semiconductor Discharge Switch, Bare Die User Manual Manual de usuario

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Description
Package
Size - 12
Schematic Symbol
Features
Bare Die
Anode
Bond Area on
bottom
This current controlled Solidtron
TM
(CCS) discharge switch is a
bare die of an n-type Thyristor. The device gate is similar to that
found on a traditional GTO Thyristor.
The CCS features the high peak current capability and low On-
state voltage drop common to SCR thyristors combined with
high di/dt capability. This semiconductor is intended to be a
solid state replcement for spark or gas type devices commonly
used in pulse power applications.
It's small size and low profile make it extremely attractive for
high di/dt applications where stray series inductance must be
kept to a minimum.
4000V Peak Off-State Voltage
10 kA Repetitive Ipk Capability
Low On-State Voltage
Low trigger current
Anode (A)
Gate (G)
Cathode contacts
Gate contact
Solidtron
TM
N-Type Semiconductor Discharge Switch, Bare
Die
Data Sheet (Rev 0)
CCSAC14N40A10
275 Great Valley Parkway
Malvern, PA 19355
Ph: 610-407-4700
Fax: 610-407-3688
Absolute Maximum Ratings
SYMBOL VALUE UNITS
Peak Off-State Voltage
V
DRM
4 kV
Peak Reverse Voltage
V
RRM
-30 V
Off-State Rate of Change of Voltage Immunity*
dv/dt
1 kV/uSec
Continuous Anode Current at Tj = 125
o
C
I
A110
100 A
Repetitive Peak Anode Current (Pulse Width=10uSec)
I
ASM
10.0 kA
Nonrepetitive Peak Anode Current (Pulse Width=10uSec)
I
ASM
14 kA
Rate of Change of Current
dI/dt
30 kA/uSec
Peak Gate Current (1 uS)
IGpk
100 A
Max. Reverse Gate-Cathode Voltage
V
GR
-9 V
Maximum Junction Temperature
T
JM
125
o
C
Maximum Soldering Temperature (Installation) 260
o
C
This SILICON POWER product is protected by one or more of the following U.S. Patents:
CAO 08/19/09
5,446,316
5,557,656
5,564,226
5,517,058
4,814,283
5,135,890
5,521,436
5,585,310
5,248,901
5,366,932
5,497,013
5,532,635
5,105,536
5,777,346
5,446,316
5,577,656
5,473,193
5,166,773
5,209,390
5,139,972
5,103,290
5,028,987
5,304,847
5,569,957
4,958,211
5,111,268
5,260,590
5,350,935
5,640,300
5,184,206
5,206,186
5,757,036
5,777,346
5,995,349
4,801,985
4,476,671
4,857,983
4,888,627
4,912,541
5,424,563
5,399,892
5,468,668
5,082,795
4,980,741
4,941,026
4,927,772
4,739,387
4,648,174
4,644,637
4,374,389
4,750,666
4,429,011
5,293,070
10 kA Repetitive Ipk Capability
30 KA/uS di/dt Capability
Low trigger current
Low Inductance Package
Cathode (K)
Preliminary Data Sheet - Product Status : First Production : This data sheet contains preliminary data . Supplementary data will be
published at a later date. Silicon Power reserves the right to make changes at any time without notice.
* Requires a 10 ohm gate to cathode shorting resistor.
CAO 08/19/09
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Indice de contenidos

Pagina 1 - CCSAC14N40A10

DescriptionPackageSize - 12Schematic SymbolFeaturesBare DieAnodeBond Area onbottomThis current controlled SolidtronTM(CCS) discharge switch is a bare

Pagina 2

Performance Characteristics TJ=25oC unless otherwise specifiedMeasurementsParameters Symbol Test Conditions Min. Typ. Max. UnitsAnode to Cathode

Pagina 3

Typical Performance Curves (Continued)SolidtronTMN-Type Semiconductor Discharge Switch, BareDieData Sheet (Rev 0)CCSAC14N40A10275 Great Valley Parkway

Pagina 4

Application NotesoVGE=15VT=125oC, V=15VT=125oC, VGE=15VT=125oC, V=15VA1. Pulse Transformer GatingA preferred method of isolation, a pulse transforme

Pagina 5

Packaging and HandlingoVGE=15VT=125oC, V=15V1. Use of a seperate gate return path instead of the cathode power contact is recomended to minimize the

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