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Gigabit Ethernet (1000Base-T)
H5004
Performance Data
DataCom Products Gr oup
Hank Hinrichs, Principal Engineer
G020.B (2/00)
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H5004 Performance Data
The following graphs typify the scattering (both balanced and unbalanced) and impedance
parameters of the H5004, a magnetic transceiver for long haul gigabit (802.3ab) applications. The
H5004 is designed around a 10/100/1000Base-T compliant transformer, having a 1:1 tur ns ratio
and includes a series choke for common mode signal suppression.
S-parameter measurements were taken using a HP8751A network analyzer connected to a
HP4380A cable analyzer and includes S11 and S22, attenuation and phase response for S12 and
S21, differential to common mode rejection, common to common mode rejection ratio, and
common to differential mode rejection.
Z-parameter measurements were taken using a HP4396A network analyzer with a HP43961 RF
inpedance test adapter installed, and include Z11 and Z22.
Temperature rise measurements were taken by forcing a var iable DC bias through the media
side (secondar y) while monitoring the resistance change associated with the primary winding’s
temperature rise.
G020.A (2/00)
H5004 Performance Data
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TEMPERATURE RISE VERSUS MEDIA SIDE CURRENT
CURRENT (mA)
THE ABOVE CHART SHOWS THE INTERNAL TEMPERATURE INCREASE (EXPRESSED IN °C) ASSOCIATED WITH
VARIOUS DRIVE LEVELS (EXPRESSED IN mA) APPLIED TO THE MEDIA SIDE OF H5004 AND H5007. THE CURVES’
UPPER LIMITS ARE RESTRICTED TO LESS THAN 150°C, THE TRANSFER MOLDING COMPOUND’S GLASS TRANSITION
TEMPERATURE. THE 2 PARENTHESIZED VALUES LOCATED ABOVE THE CHART REPRESENT THE POWER
DISSIPATED (EXPRESSED IN WATTS) AT EACH DEVICE’S MAXIMUM CURRENT.
THE FOLLOWING ALGORITHMS CAN BE USED TO APPROXIMATE THE RESPONSES:
H5004 TEMP RISE (°C) = –.4557 –.0019743 * A +.000082313 * A^2 +.000000054335 * A^3
H5007 TEMP RISE (°C) = –.3783 –.0013633 * A +.000033491 * A^2 +.000000013683 * A^3
WHERE “A” IS THE DRIVE LEVEL EXPRESSED IN mA.
125
100
75
50
25
0.0
TEMPERATURE RISE (°C)
(1.558)(1.331)
H5004
H5007
0.0
50
100
150
200
250
300
350
400
450
500
550
600
650
700
750
800
850
900
950
1000
1050
1100
1150
1200
1250
1300
1350
1400
1450
1500
1 G020.A (2/00)
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H5004 Performance Data
N SWP PARAM S21 PHASE
1 100 kHz –.2302 dB 8.9703
2 30 MHz –.3029 dB –14.255
3 60 MHz –.4751 dB –27.659
4 80 MHz –.6015 dB –36.357
5 100 MHz –.7283 dB –44.979
6 200 MHz –1.3965 dB –88.06
7 350 MHz –2.9618 dB –157.57
8 500 MHz –5.9620 dB 127.6
0 dB5 dB / REF
S21
Ext Ref
1
log
MAGA/R
2 3 4 5 6 78
S21 PHASE
START 100 kHz 500 MHzSTOP
A/R phase 45°/REF 0°
H5004
S21
TD+
TD–
MX+
MX–
1:1
START 100 kHz 500 MHzSTOP
Ext Ref
2345
6
7
1
8
2 G020.A (2/00)
H5004 Performance Data
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3 G020.A (2/00)
H5004
TD+
TD–
MX+
MX–
1:1
S12
N SWP PARAM S12 PHASE
1 100 kHz –.2279 dB 8.9253
2 30 MHz –.3019 dB –14.269
3 60 MHz –.4753 dB –27.669
4 80 MHz –.5977 dB –36.363
5 100 MHz –.7200 dB –45.02
6 200 MHz –1.3787 dB –88.255
7 350 MHz –3.0251 dB –157.58
8 500 MHz –6.0033 dB 126.6
A/R log MAG 5 dB / REF 0 dB
S12
12 3 4 5 6 78
START 100 kHz STOP 500 MHz
Ext Ref
S12 PHASE
A/R phase 45° / REF 0°
START 100 kHz STOP 500 MHz
Ext Ref
1235
6
7
8
4
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H5004 Performance Data
S22
0 dB5 dB / REFlog MAGA/R
START 100 kHz 500 MHzSTOP
Ext Ref
1
2345678
N SWP PARAM S11 S22
1 100 kHz –16.239 dB –16.320 dB
2 30 MHz –21.465 dB –21.984 dB
3 60 MHz –16.991 dB –17.184 dB
4 80 MHz –14.960 dB –14.926 dB
5 100 MHz –13.281 dB –13.125 dB
6 200 MHz –10.015 dB –8.3751 dB
7 350 MHz –6.4452 dB –5.1569 dB
8 500 MHz –2.9223 dB –4.3037 dB
H5004
S22
TD+
TD–
MX+
MX–
1:1
S11
S11
Ext Ref
1
2345678
0 dB5 dB / REFlog MAGA/R
START 100 kHz 500 MHzSTOP
4 G020.A (2/00)
H5004 Performance Data
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S11 @ 115 OHMS
Ext Ref
12345
678
0 dB5 dB / REFlog MAGA/R
START 100 kHz 500 MHzSTOP
S11 @ 85 OHMS
Ext Ref
12345678
0 dB5 dB / REFlog MAGA/R
START 100 kHz 500 MHzSTOP
Hl d
N SWP PARAM 115 OHMS 85 OHMS
1 100 kHz –14.939 dB –16.001 dB
2 30 MHz –20.296 dB –18.170 dB
3 60 MHz –18.019 dB –14.503 dB
4 80 MHz –16.519 dB –12.793 dB
5 100 MHz –15.088 dB –11.337 dB
6 200 MHz –11.446 dB –8.5720 dB
7 350 MHz –6.0304 dB –6.9942 dB
8 500 MHz –2.7874 dB –3.1344 dB
H5004
TD+
TD–
MX+
MX–
1:1
S11
5 G020.A (2/00)
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H5004 Performance Data
START 1 MHz POWER 0 dBm STOP 500 MHz
IMPEDANCE MEASURED AT THE INDICATED SIDE WITH THE
OPPOSITE SIDE TERMINATED IN 100 OHMS. MEASUREMENTS
TAKEN USING AN H4380A CABLE ANALYZER IN CONJUNCTION
WITH AN HP8751A NETWORK ANALYZER.
TD+
TD– MX+
MX–
1:1
TCT
Z11
MCT
Z22
N SWP PARAM Z22 IMP Z11 IMP
0 1 MHz 99.33 99.379
1 10 MHz 101.35 101.57
2 30 MHz 105.27 107.6
3 60 MHz 114.7 123.4
4 100 MHz 132.73 155.16
5 200 MHz 181.28 166.2
6 350 MHz 276.42 45.167
7 500 MHz 145.95 38.088
[ Z ] 5 0 / REF 0
Ext Ref
01 2345
6Z22
Z11 7
Z11 AND Z22 IMPEDANCE
6 G020.A (2/00)
H5004 Performance Data
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7 G020.A (2/00)
3
1
A / R & M l o g MAG 10 dB / REF 0 dB
DIFFERENTIAL TO COMMON MODE REJECTION, 75 OHMS
Ext Ref
2
45
678
START 100 kHZ POWER 0 dBm STOP 500 MHz
OHMIC VALUE IN TITLE REFLECTS VALUE OF RESISTANCE
BETWEEN TRANSFORMER’S MEDIA CENTER TAP (MCT) AND
GROUND. MEASUREMENT TAKEN USING A HP4380A CABLE
ANALYZER IN CONJUNCTION WITH A HP8751A NETWORK
ANALYZER.
N SWP PARAM 75 OHMS
1 100 kHz –58.863 dB
2 30 MHz –75.210 dB
3 60 MHz –59.803 dB
4 80 MHz –51.434 dB
5 100 MHz –46.193 dB
6 200 MHz –35.971 dB
7 350 MHz –32.388 dB
8 500 MHz –35.502 dB
(PORT A)
H5004
TD+
TD–
MX+
MX–
1:1
S21
MCT
50
50
75
1
3
2
4
(PORT B)
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·
France: 33 3 84 35 04 04
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H5004 Performance Data
8 G020.A (2/00)
(PORT A)
H5004
TD+
TD–
MX+
MX–
1:1
S21
MCT
50
50
1
3
2
4
(PORT B)
SHORT/OPEN COLUMNS REFLECT WHETHER
TRANSFORMER’S MEDIA CENTER TAP (MCT) IS TIED TO
GROUND. MEASUREMENTS TAKEN USING A HP4380A CABLE
ANALYZER IN CONJUNCTION WITH A HP8751A NETWORK
ANALYZER.
N SWP PARAM SHORT OPEN
1 100 kHz –51.661 dB –77.145 dB
2 10 MHz –75.139 dB –61.848 dB
3 30 MHz –58.312 dB –54.651 dB
4 60 MHz –50.530 dB –47.749 dB
5 100 MHz –45.100 dB –42.508 dB
6 200 MHz –40.080 dB –40.440 dB
7 350 MHz –25.561 dB –41.059 dB
8 500 MHz –32.115 dB –34.415 dB
DIFFERENTIAL TO COMMON MODE REJECTION
START 100 kHZ POWER 0 dBm STOP 500 MHz
A / R & M l o g MAG 10 dB / REF 0 dB
OPEN SHORT
1
2
3
456
7
8
Ext Ref
H5004 Performance Data
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France: 33 3 84 35 04 04
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Singapore: 65 287 8998
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9 G020.A (2/00)
OHMIC VALUE IN TITLE REFLECTS VALUE OF RESISTANCE
BETWEEN TRANSFORMER’S MEDIA CENTER TAP (MCT)
AND GROUND. MEASUREMENT TAKEN USING A HP4380A
CABLE ANALYZER IN CONJUNCTION WITH A HP8751A
NETWORK ANALYZER.
(PORT A)
H5004
TD+
TD–
MX+
MX–
1:1
S21
MCT
50
50
75
1
3
2
4
(PORT B)
N SWP PARAM 75 OHMS
1 100 kHz –68.702 dB
2 10 MHz –43.973 dB
3 30 MHz –37.342 dB
4 60 MHz –33.100 dB
5 100 MHz –29.605 dB
6 200 MHz –24.394 dB
7 350 MHz –18.403 dB
8 500 MHz –15.625 dB
COMMON MODE REJECTION RATIO, 75 OHMS
START 100 kHZ POWER 0 dBm STOP 500 MHz
A / R & M l o g MAG 10 dB / REF 0 dB
Ext Ref
1
23456
78
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H5004 Performance Data
COMMON MODE REJECTION RATIO
START 100 kHZ POWER 0 dBm STOP 500 MHz
A / R & M l o g MAG 10 dB / REF 0 dB
Ext Ref
1
2345
67
8
(PORT A)
H5004
TD+
TD–
MX+
MX–
1:1
S21
MCT
50
50
1
3
2
4
(PORT B)
N SWP
PARAM SHORT OPEN
1 100 kHz –38.341 dB –64.331 dB
2 10 MHz –55.775 dB –24.694 dB
3 30 MHz –46.411 dB –26.972 dB
4 60 MHz –40.324 dB –25.233 dB
5 100 MHz –37.009 dB –26.704 dB
6 200 MHz –33.557 dB –21.556 dB
7 350 MHz –22.660 dB –14.307 dB
8 500 MHz –16.655 dB –11.774 dB
SHORT/OPEN COLUMNS REFLECT WHETHER TRANSFORMER’S
MEDIA CENTER TAP (MCT) IS TIED TO GROUND. MEASUREMENTS
TAKEN USING A HP4380A CABLE ANALYZER IN CONJUNCTION
WITH A HP8751A NETWORK ANALYZER.
OPEN
SHORT
10 G020.A (2/00)
H5004 Performance Data
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11 G020.A (2/00)
COMMON TO DIFFERENTIAL MODE REJECTION, 75 OHMS
START 100 kHZ POWER 0 dBm STOP 500 MHz
A / R & M l o g MAG 10 dB / REF 0 dB
Ext Ref
1
2
3
45
6
7
8
OHMIC VALUE IN TITLE REFLECTS VALUE OF RESISTANCE
BETWEEN TRANSFORMER’S MEDIA CENTER TAP (MCT)
AND GROUND. MEASUREMENT TAKEN USING A HP4380A
CABLE ANALYZER IN CONJUNCTION WITH A HP8751A
NETWORK ANALYZER.
N SWP PARAM 75 OHMS
1 100 kHz –66.148 dB
2 10 MHz –80.022 dB
3 30 MHz –66.288 dB
4 60 MHz –59.195 dB
5 100 MHz –52.855 dB
6 200 MHz –44.533 dB
7 350 MHz –34.282 dB
8 500 MHz –33.427 dB
(PORT B)
(PORT A)
H5004
TD+
TD–
MX+
MX–
1:1
S21
MCT
50
50
1
3
2
4
75
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http://www.pulseeng.com
H5004 Performance Data
12 G020.A (2/00)
COMMON TO DIFFERENTIAL MODE REJECTION
A / R & M l o g MAG 10 dB / REF 0 dB
START 100 kHZ POWER 0 dBm STOP 500 MHz
Ext Ref
1
2
3
4
5
6
78
OPEN SHORT
SHORT/OPEN COLUMNS REFLECT WHETHER TRANSFORMER’S
MEDIA CENTER TAP (MCT) IS TIED TO GROUND. MEASUREMENTS
TAKEN USING A HP4380A CABLE ANALYZER IN CONJUNCTION
WITH A HP8751A NETWORK ANALYZER.
N SWP PARAM SHORT OPEN
1 100 kHz –60.523 dB –94.727 dB
2 10 MHz –76.267 dB –63.906 dB
3 30 MHz –65.688 dB –58.835 dB
4 60 MHz –58.084 dB –54.443 dB
5 100 MHz –51.404 dB –50.289 dB
6 200 MHz –40.591 dB –43.115 dB
7 350 MHz –32,173 dB –32.411 dB
8 500 MHz –32.929 dB –28.338 dB
(PORT B)
(PORT A)
H5004
TD+
TD–
MX+
MX–
1:1
S21
MCT
50
50
1
3
2
4
H5004 Performance Data
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H5004
DATE CODE CNTR Y OF MFG
.690
17,53
.550
13,97
11X .050
1,27 24X .020
0,51
.480
12,20 .630
16,00
.225
5,51
.004
24 SURFACES .010
0,25 24X .045
1,14 0°–8°
SUGGESTED PAD LAYOUT
.500
12,70 .650
16,51
.550
13,97 11X .050
1,27
24X .030
0,76
TCT1 1
TD1+ 2
TD1- 3
TCT2 4
TD2+ 5
TD2- 6
TCT3 7
TD3+ 8
TD3- 9
TCT4 10
TD4+ 11
TD4- 12
24 MCT1
23 MX1+
22 MX1-
21 MCT2
20 MX2+
19 MX2-
18 MCT3
17 MX3+
16 MX3-
15 MCT4
14 MX4+
13 MX4-
LEGEND
C
H
I
P
Td Mx
Td
Td Mx
Mx
Mx
Td
M
E
D
I
A
S
I
D
E
S
I
D
E
1:1
1:1
1:1
1:1
13 G020.A (2/00)
Mechanical Schematic
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Singapore: 65 287 8998
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http://www.pulseeng.com
H5004 Performance Data
For More Information :
United States (Worldwide)
12220 Worl d Trade Drive
San Diego, CA 92128
United States
Tel: 858 674 8100
FAX:858 674 8262
http://www.pulseeng.com
Quick-Facts: 858 674 9672
United Kingdom
(Northern Europe)
1 & 2 Huxley Road
The Surrey Research Park
Guildford, Surrey GU2 5RE
United Kingdom
Tel: 44 1483 401700
FAX: 44 1483 401701
France
(Southern Europe)
Zone Industrielle
F-39270
Orgelet, France
Tel: 33 3 84 35 04 04
FAX : 33 3 84 25 46 41
Singapore
(Southern Asia)
150 Kampong Ampat
#07-01/02
KA Centre
Singapore 368324
Tel: 65 287 8998
FAX: 65 280 0080
Taiwan
(Northern Asia)
3F-4, No. 81, Sec. 1
Hsin Tai Wu Road
Hsi-Chih
Taipei Hsien, Taiwan, R.O.C.
Tel: 886 2 26980228
FAX: 886 2 26980948
Distributor
Performance warranty is limited to the parameters specified. Data is subject to change without notice. Other brand and product names mentioned herein may be trademarks or
registered trademarks of their repspective owners.
©1999, Pulse Engineering, Inc. 14 G020.A (2/00)
