494494
scitsiretcarahClacirtcelE
(TA=25oC unless otherwise noted)
epyT rebmun 10341BSxiffusdda rof
+
.lot%2
ecnatsisercimanyD
renezfotneiciffeoc.pmeT Itaegatlov
Z
Am5=
αα
α
αα 01(zv
4-
/
o
)C esrevermumixaM tnerrucegakaeltnerrucrenezelbissimdA
)2(
Ita
Z
Am5= zHk1=fr
jz
(ΩΩ
Ω
ΩΩ)
Ita
Z
Am1= zHk1=fr
jz
(ΩΩ
Ω
ΩΩ).niM.xaM
I
R
(u)A Vta
R
)stloV(
ta
T
bma
54=
o
C
I
Z
)Am(
ta
T
bma
52=
o
C
I
Z
)Am(
1MMZ
)3(
)8<(5.605<62-32---082043
4.2MMZ001<006<01-5-058.0251571
7.2MMZ)38<(57005<9-4-028.0531061
3MMZ)59<(08005<9-3-028.0711041
3.3MMZ)59<(08005<8-3-68.0901031
6.3MMZ)59<(08005<8-3-68.0101021
9.3MMZ)59<(08005<7-3-6.18.029011
3.4MMZ)59<(08005<6-1-0.18.058001
7.4MMZ)87<(07005<5-2+1.08.06709
1.5MMZ)06<(03084<3-4+1.08.07608
6.5MMZ)04<(01004<2-6+1.019507
2.6MMZ)01<(8.4002<1-7+1.024546
8.6MMZ)8<(5.4051<2+7+1.039485
5.7MMZ)7<(405<3+7+1.054435
2.8MMZ)7<(5.405<4+7+1.060474
1.9MMZ)01<(8.405<5+8+1.076334
01MMZ)51<(2.507<5+8+1.05.73304
11MMZ)02<(607<5+9+1.05.80363
21MMZ)02<(709<6+9+1.098223
31MMZ)52<(9011<7+9+1.0015292
51MMZ)03<(11011<7+9+1.0113272
61MMZ)04<(31071<8+5.9+1.0210242
81MMZ)05<(81071<8+5.9+1.0418112
02MMZ)05<(02022<8+01+1.0517102
22MMZ)55<(52022<8+01+1.0716181
42MMZ)08<(82022<8+01+1.0813161
72MMZ)08<(03052<8+01+1.0022141
03MMZ)08<(53052<8+01+1.05.220131
33MMZ)08<(04052<8+01+1.0529 21
63MMZ)09<(04052<8+01+1.0729 11
93MMZ)09<(05003<01+21+1.0928 01
34MMZ)001<(06007<01+21+1.0237 2.9
74MMZ)001<(07057<01+21+1.0536 5.8
15MMZ)001<(07057<01+21+1.0836 8.7
65MMZ531<
)4(
0001<
)5(
01+.pyt
)4(
-1.0242.51.7
26MMZ051<
)4(
0001<
)5(
01+.pyt
)4(
-1.0748.44.6
86MMZ002<
)4(
0001<
)5(
01+.pyt
)4(
-1.0151.48.5
57MMZ052<
)4(
0051<
)5(
01+.pyt
)4(
-1.0559.33.5
Notes: 1. Tested with pulses tp=5ms
2. V alid provided that electrodes are kept at ambient temperature
3. The ZMM1 is a silicon diode operated in forward direction Hence, the index of all parameters should be "F" instead of "Z" Connect the cathode electrode to
the negative pole
4. at IZ=2.5mA
5. at IZ=0.5mA