RECOMMENDED PANEL
CUTOUT
EMPFOHLENER FRONTPLATTEN AUSSCHNITT
16.66 [.656]
21.59 [.850] MAX
0.38±0.10 [.015±.004]
PCB EDGE
LP
3.20±0.20 [.126±.008]
15.88 [.625]
1
8
10.89 [.429]
11.43±0.13 [.450±.005]
RECOMMENDED PCB LAYOUT (COMPONENT SIDE VIEW)
EMPFOHLENER FUER LEITERPLATTE (BESTUECKUNGSSEITE)
TOL
±0.05
[.002] UNLESS NOTED
1.27 [.050]
0.64 [.025]
2.54 [.100]
8
˚0.89±0.07 [
˚3.25±0.07 [
˚.035±.003] X8
˚.128±.003] X2
1
PC
B
P1
CT P2
P3
P4
CT P5
P6
NC P7
ELECTRICAL SCHEMATICS - 10/100 BASE TX - M3D02
ELEKTRISCHES DIAGRAMM
CABL
E
J1
J2
J3
J6
13.63 [.537]
14.72 [.580]
2.54 [.100]
8.89 [.350]
J4,5
GND P8
1000pF/2KV
4X 75 W
J7,8
˚1.60±0.07 [
˚.063±.003] X2
3.05 [.120]
11.43 [.450]
15.49 [.610]
MAGNETIC SPECIFICATIONS: @25˚C
AUTO MDIX COMPATIBLE
TURNS RATIO:
(P1-P3 : J1-J2)
(P4-P6 : J3-J6)
OCL (100KHz, 0.1 Vrms, 8mA)
(P1-P3, P4-P6)
DCR (P1-P3, P4-P6)
RETURN LOSS:
0.5-30 MHz
40 MHz
50 MHz
60-80 MHz
CROSSTALK (0.1-100 MHz)
CMR (0.1-100 MHz)
ISOLATION:
-18dB MIN.
-15.5 dB MIN.
-13.6 dB MIN.
-12 dB MIN.
-40 dB TYP.
-40 dB TYP.
1,500 Vrms
350
µH
MIN.
0.9 OHMS MAX.
1CT:1CT
±
3%
1CT:1CT
±
3%
INSERTION LOSS: 0.1-100 MHz dB MAX.
-1.1
MATERIALS AND FINISH
HOUSING: GLASS FILLED POLYESTER UL 94 V-0 BLACK
SHIELDING: Cu ALLOY, PLATED WITH Ni
CONTACTS: PHOSPHOR BRONZE
CONTACT FINISH: Au, 0.8µm [30µin], OVER Ni
Consider protection memo from DIN 34
NOTE 1: SIDE SHIELD TABS IN FRONT 3.05mm (F)
NOTE 2: PANEL GROUND FLANGES BOTH SIDES AND TOP (GF5)
Information:
Tolerances
All Dimensions
Scale
2:1
-
-
-
in mm [in]
All rights reserved.
Only for information.
To insure that this is the latest
version of this drawing, please
contact one of the ERNI companies
before using.
Subject to modification without
prior notice.
Drawing will not be updated.
Designation
TERMINAL FINISH: SnPb
MECHANICAL CHARACTERISTICS
DURABILITY: 1000 MATING CYCLES
ELECTRICAL CHARACTERISTICS
CONTACT RESISTANCE: 30 MILLIOHMS MAX
OPERATING TEMPERATURE: 0˚C TO 70˚C
MOD JACK - MJIM
8C8T, 1X1, INTEGRATED MAGNETICS
ERNI Components
a
Rev.
03JUN03
Date
CHESTER, VA U.S.A.
-
Group/Type
203263
MJIM
I
模拟与混合信号
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