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P_ZSMv2rev 52011-02-15

non-rep peak reverse power diss

0112/2///61360_4#AAF389

value of the power dissipated in a stabilising diode, operating in the reverse breakdown region, when a single exponential pulse is applied, at specified conditions

Used by classes
1
property

Also appears in3#

Code
AAF389
Data type
LEVEL(MAX) OF INT_MEASURE_TYPE
Unit
UAA306 UAA306
Used by classes (1)

Version history4#

  1. Current rev 05
    17 Aug 2015 · 15:40 UTC by BATCH 00000917
    View on cdd.iec.ch ↗
  2. superseded rev 04
    23 Jul 2015 · 11:08 UTC by BATCH 00000907
    ↓ Version JSON
    View on cdd.iec.ch ↗
  3. superseded rev 03
    22 Jul 2015 · 14:21 UTC by BATCH 00000904
    ↓ Version JSON
    View on cdd.iec.ch ↗
  4. superseded rev 02
    27 Apr 2011 · 14:07 UTC by BATCH 00000704
    ↓ Version JSON
    View on cdd.iec.ch ↗

IEC CDD records every published revision of each entity — version number, status, timestamp, and the change request that introduced it. OpenCDD captures the full chain of custody from cdd.iec.ch; the entry marked Current is the one rendered on this page.

All properties26#

Version
2
Revision
5
Preferred name
non-rep peak reverse power diss
Short name
P_ZSM
Definition
value of the power dissipated in a stabilising diode, operating in the reverse breakdown region, when a single exponential pulse is applied, at specified conditions
Note
The specified junction temperature is measured prior to the application of the pulse.
Remark
Current pulse according to the specification given in IEC 60060-1, section 8.
Unit structure
W
Drawing reference
NR1..4
Value format
{0112/2///61360_4#AAE271,0112/2///61360_4#AAE332,0112/2///61360_4#AAE333}
Initial value
0112/2///62720#UAA306 UAA306
Responsible committee
SC3D
Publisher
IEC
Published in
IEC 61360-4
Published in
DEPENDENT_P_DET
Status level
Standard
Version release date
2015-08-17
Revision release date
2011-02-15
Version initiation date
2015-08-17
Original definition date
2008-02-25
MDC_P022
LEVEL(MAX) OF INT_MEASURE_TYPE
MDC_P025_1
P_ZSM}
MDC_P025_3
P
MDC_P040
H07