Gigabit Ethernet (1000Base-T)
H5007
Performance Data
DataCom Products Group
Hank Hinrichs, Principal Engineer
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G021.B (2/00)
H5007 Performance Data
The following graphs typify the scattering (both balanced and unbalanced) and impedance parameters
of the H5007, a magnetic transceiver for long haul gigabit (802.3ab) applications. The H5007
is designed around a 10/100/1000Base-T compliant transformer, having a 1:1 turns ratio and includes
both series and shunt chokes 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
impedance test adapter installed, and include Z11, Z22, and the shunt choke’s common mode impedance.
Temperature rise measurements were taken by forcing a variable DC bias through the media
side (secondar y) while monitoring the resistance change associated with the primary
winding’s temperature rise.
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G021.B (2/00))
H5007 Performance Data
(1.331)
(1.558)
125
100
H5004
75
50
H5007
25
1500
1450
1400
1350
1300
1250
1200
1150
1100
1050
1000
950
900
850
800
750
700
650
600
550
500
450
400
350
300
250
200
150
100
50
0.0
0.0
TEMPERATURE RISE (°C)
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. EACH CURVE’S
UPPER LIMIT IS RESTRICTED TO 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
H5007
TEMP RISE (°C) = –.4557 –.0019743 * A +.000082313 * A^2 +.000000054335 * A^3
TEMP RISE (°C) = –.3783 –.0013633 * A +.000033491 * A^2 +.000000013683 * A^3
WHERE “A” IS THE DRIVE LEVEL EXPRESSED IN mA.
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1
G021.B (2/00)
H5007 Performance Data
S21
log
5
MAG
dB /
REF
0
dB
Ext Ref
2
1
3
4 5
6
7
8
S TA R T
100
kHz
STOP
500
MHz
S21
45
phase
/
REF
0
7
8
Ext Ref
1
2
3
4 5
6
S TA R T
100
kHz
STOP
TD+
SWP PARAM
1
100 kHz
–.1949 dB
2
30 MHz
–.2688 dB
–17.653
3
60 MHz
–.3994 dB
–64.68
4
80 MHz
–.5008 dB
–46.177
MX– 5
100 MHz
–.6231 dB
–57.946
6
200 MHz
–2.2249 dB
–120.83
7
350 MHz
–7.7089 dB
146.77
8
500 MHz
–20.970 dB
MX+
H5007
TD–
1:1
MHz
N
S21
S21
500
PHASE
8.4262
44.822
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2
G021.B (2/00)
H5007 Performance Data
S12
log
MAG
5
dB /
0
REF
dB
2
1
3
4 5
6
7
8
S TA R T
100
kHz
STOP
500
MHz
S12 PHASE
phase
45
/
REF
0
7
8
Ext Ref
1
2
3
4
5
6
S TA R T
100
kHz
STOP
S12
TD+
MX+
H5007
TD–
MX–
1:1
S12
500
MHz
N
SWP PARAM
PHASE
1
100 kHz
–.1987 dB
8.4019
2
30 MHz
–.2762 dB
–17.709
3
60 MHz
–.4044 dB
–34.769
4
80 MHz
–.5082 dB
–46.343
5
100 MHz
–.6397 dB
–58.2
6
200 MHz
–2.2760 dB
–120.85
7
350 MHz
–7.6801 dB
146.07
8
500 MHz
–20.705 dB
46.067
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3
G021.B (2/00)
H5007 Performance Data
S11
log
MAG
5
db/ REF
0 dB
Ext Ref
8
7
6
1
5
4
3
2
S TA R T
100
kHz
STOP
500
MHz
S22
log
MAG
5
db/ REF
0 dB
Ext Ref
7 8
6
1
5
4
3
2
S TA R T
100
kHz
TD+
S22
STOP
MX+
H5007
TD–
S 11
MX–
1:1
500
MHz
N
SWP PARAM
S 11
S22
1
100 kHz
–16.764 dB
–16.533 dB
2
30 MHz
–28.902 dB
–27.376 dB
3
60 MHz
–23.270 dB
–20.892 dB
4
80 MHz
–20.342 dB
–17.560 dB
5
100 MHz
–17.723 dB
–14.452 dB
6
200 MHz
– 7 . 2 5 11 d B
–5.3206 dB
7
350 MHz
–2.7136 dB
–2.2031 dB
8
500 MHz
–3.9959 dB
–1.4686 dB
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4
G021.B (2/00)
H5007 Performance Data
S11 @ 115 OHMS
log
MAG
5
db/ REF
0 dB
Ext Ref
7 8
6
1
5
4
2
S TA R T
100
kHz
3
STOP
500
MHz
S11 @ 85 OHMS
log
MAG
5
db/ REF
0 dB
Ext Ref
7 8
6
5
1
3
4
2
S TA R T
100
kHz
TD+
STOP
500
MHz
N
SWP PARAM
11 5 O H M S
85 OHMS
1
100 kHz
–16.101 dB
–17.277 dB
2
30 MHz
–23.193 dB
–19.725 dB
3
60 MHz
–23.749 dB
–15.194 dB
4
80 MHz
–20.516 dB
–13.074 dB
5
100 MHz
–16.495 dB
– 11 . 4 7 2 d B
6
200 MHz
–5.0599 dB
–5.2948 dB
7
350 MHz
–1.7193 dB
–2.0846 dB
8
500 MHz
–1.1405 dB
–1.2940 dB
MX+
H5007
TD–
S 11
MX–
1:1
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5
G021.B (2/00)
H5007 Performance Data
Z11 AND Z22
[ Z ]
1 0 0
/
R E F
5
0
Z22
6
01
2
4
3
7
Z11
Ext Ref
START
1
MHz
POWER
0
IMPEDANCE MEASURED AT THE INDICATED SIDE WITH THE
OPPOSITE SIDE TERMINATED IN 100 OHMS. MEASUREMENTS
TAKEN USING A H4380A CABLE ANALYZER IN CONJUNCTION
WITH A HP8751A NETWORK ANALYZER.
TCT
MCT
MX+
TD+
Z 11
Z 22
MX–
TD–
1:1
dBm
STOP
500
MHz
N
SWP PARAM
Z22
Z 11
0
1 MHz
99.455
99.355
1
10 MHz
101.33
102.54
2
30 MHz
102.17
11 0 . 8 0
3
60 MHz
101.90
129.52
4
100 MHz
11 2 . 7 6
151.31
5
200 MHz
370.80
83.572
6
350 MHz
176.70
23.290
7
500 MHz
87.883
12.338
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6
G021.B (2/00)
H5007 Performance Data
COMMON MODE SHUNT IMPEDANCE
[ Z ]
200
/
REF
0
7
0
3
2
1
6
5
4
Ext Ref
START
1
MHz
POWER
0
STOP
N
IMPEDANCE MEASURED FROM THE MEDIA SIDE
INPUT LINES TO THE MEDIA SIDE GROUND.
TCT
dBm
MCT
SWP PARAM
MHz
500
MHz
VA L
0
1
293.69 m
1
10 MHz
1.9859
2
30 MHz
5.516
3
60 MHz
10.625
4
100 MHz
18.053
5
200 MHz
40.643
6
350 MHz
98.901
7
500 MHz
539.51
Z
MX+
TD+
TD–
1:1
MX–
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7
G021.B (2/00)
H5007 Performance Data
DIFFERENTIAL TO COMMON MODE REJECTION, 75 OHMS
l o g
M A G
1 0
d B
/
R E F
0
d B
8
7
4
5
6
3
2
1
START
100
kHz
POWER
0
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.
S21
(PORT A)
1
STOP
500
MHz
N
SWP PARAM
75 OHMS
1
100 kHz
–65.870 dB
2
10 MHz
–62.068 dB
3
30 MHz
–54.627 dB
4
60 MHz
–48.886 dB
5
100 MHz
–45.727 dB
6
200 MHz
–47.018 dB
7
350 MHz
–36.084 dB
8
500 MHz
–26.473 dB
(PORT B)
TD+
TD–
3
dBm
H5007
M X +
50
MX–
50
MCT
75
2
4
1:1
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8
G021.B (2/00)
H5007 Performance Data
DIFFERENTIAL TO COMMON MODE REJECTION
l o g
M A G
1 0
d B /
R E F
0
d B
Ext Ref
8
7
6
SHORT
5
4
3
2
1
OPEN
START
100
kHz
POWER
SHORT/OPEN COLUMNS REFLECT WHETHER
TRANSFORMER’S MECIA CENTER TAP (MCT) IS TIED TO
GROUND. MEASUREMENTS TAKEN USING A HP4380A
CABLE ANALYZER IN CONJUNCTION WITH A HP8751A
NETWORK ANALYZER.
S21
(PORT A)
1
TD–
H5007
3
M X +
50
MX–
50
MCT
dBm
STOP
N
SWP PARAM
SHORT
1
(PORT B)
TD+
0
2
4
1:1
100
500
MHz
OPEN
kHz
–57.900 dB
–95.062 dB
2
10 MHz
–56.559 dB
–65.158 dB
3
30 MHz
–51.527 dB
–59.359 dB
4
60 MHz
–46.749 dB
–52.658 dB
5
100 MHz
–43.472 dB
–47.919 dB
6
200 MHz
–39.413 dB
–39.805 dB
7
350 MHz
–30.746 dB
–35.639 dB
8
500 MHz
–25.377 dB
– 2 2 . 7 11 d B
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9
G021.B (2/00)
H5007 Performance Data
COMMON MODE REJECTION RATIO, 75 OHMS
l o g
M A G
1 0
d B
/
R E F
0
d B
Ext Ref
7
6
2
3
4
8
5
1
START
100
kHz
POWER
0
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.
S21
(PORT A)
1
STOP
500
MHz
N
SWP PARAM
75 OHMS
1
100 kHz
–70.454 dB
2
10 MHz
–29.426 dB
3
30 MHz
–30.963 dB
4
60 MHz
–31.722 dB
5
100 MHz
–29.875 dB
6
200 MHz
–24.285 dB
7
350 MHz
–21.271 dB
8
500 MHz
–15.414 dB
(PORT B)
TD+
TD–
3
dBm
H5007
M X +
50
MX–
50
MCT
75
2
4
1:1
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10
G021.B (2/00)
H5007 Performance Data
COMMON MODE REJECTION RATIO
l o g
M A G
1 0
d B /
R E F
0
d B
Ext Ref
8
6
OPEN
3
2
4
7
5
SHORT
1
START
100
kHz
POWER
SHORT/OPEN COLUMNS REFLECT WHETHER
TRANSFORMER’S MECIA CENTER TAP (MCT) IS TIED TO
GROUND. MEASUREMENTS TAKEN USING A HP4380A
CABLE ANALYZER IN CONJUNCTION WITH A HP8751A
NETWORK ANALYZER.
S21
(PORT A)
1
(PORT B)
TD+
M X +
50
TD–
MX–
50
H5007
3
MCT
1:1
2
0
dBm
N
SWP PARAM
1
100
STOP
SHORT
500
MHz
OPEN
MHz
–87.172 dB
–66.454 dB
2
10 MHz
–53.472 dB
–25.188 dB
3
30 MHz
–46.164 dB
–26.703 dB
4
60 MHz
–42.527 dB
–27.795 dB
5
100 MHz
–38.250 dB
–26.021 dB
6
200 MHz
–30.440 dB
–19.988 dB
7
350 MHz
–22.479 dB
–17.105 dB
8
500 MHz
–16.394 dB
– 11 . 4 8 0 d B
4
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11
G021.B (2/00)
H5007 Performance Data
COMMON TO DIFFERENTIAL MODE REJECTION, 75 OHMS
l o g
M A G
1 0
d B
/
R E F
0
d B
Ext Ref
8
7
4
5
6
3
2
1
START
100
MHz
POWER
0
1
M X +
TD+
50
MX–
TD–
75
MCT
1
3
H5007
500
SWP PARAM
100
MHz
75 OHMS
kHz
–65.461 dB
2
10 MHz
–61.706 dB
3
30 MHz
–54.459 dB
(PORT B)
4
60 MHz
– 4 9 . 0 11 d B
2
5
100 MHz
–45.759 dB
6
200 MHz
–48.123 dB
7
350 MHz
–35.513 dB
8
500 MHz
– 2 8 . 11 2 d B
S21
50
STOP
N
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)
dBm
4
1:1
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12
G021.B (2/00)
H5007 Performance Data
COMMON TO DIFFERENTIAL MODE REJECTION
l o g
M A G
1 0
d B
/
R E F
0
d B
Ext Ref
8
7
6
SHORT
5
4
1
START
100
3
2
OPEN
MHz
POWER
SHORT/OPEN COLUMNS REFLECT WHETHER
TRANSFORMER’S MECIA CENTER TAP (MCT) IS TIED TO
GROUND. MEASUREMENTS TAKEN USING A HP4380A
CABLE ANALYZER IN CONJUNCTION WITH A HP8751A
NETWORK ANALYZER.
0
N
1
dBm
SWP PARAM
100
STOP
SHORT
500
MHz
OPEN
kHz
–57.801 dB
–94.970 dB
2
10 MHz
–56.665 dB
–63.971 dB
3
30 MHz
–51.575 dB
–57.967 dB
(PORT B)
4
60 MHz
–46.633 dB
–51.733 dB
2
5
100 MHz
–43.390 dB
–47.245 dB
6
200 MHz
–39.829 dB
–39.989 dB
7
350 MHz
–30.647 dB
–36.918 dB
8
500 MHz
–24.955 dB
–25.204 dB
S21
(PORT A)
50
M X +
TD+
50
MX–
TD–
1
3
H5007
4
MCT
1:1
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13
G021.B (2/00)
H5007 Performance Data
Mechanical
Schematic
.550
13,97
24X
.690
17,53
11X
.030
0,76
.050
1,27
CHANNEL 1
TCT1 1
24 MCT1
TD1 + 2
23 MX1 +
TD1 .500 .650
12,70 16,51
.480 .630
12,20 16,00
H5007
DATE CODE CNTRY OF MFG
11X
SUGGESTED PAD LAYOUT
.050
1,27
.020
24X
0,51
.550
13,97
3
22 MX1 1:1
CHANNEL 2
TCT2 4
21 MCT2
TD2 + 5
20 MX2 +
TD2 -
6
19 MX2 1:1
CHANNEL 3
.225
5,51
TCT3 7
18 MCT3
TD3 + 8
17 MX3 +
TD3 -
9
16 MX3 1:1
CHANNEL 4
.004
24 SURFACES
.010
0,25
24X
.045
1,14
0°–8°
TCT4 10
15 MCT4
TD4 + 11
14 MX4 +
TD4 - 12
13 MX4 1:1
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Tel: 33 3 84 35 04 04
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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.
·
U.S.: Pulse
858 674
8100 U.K.:
©1999,
Engineering,
Inc.
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14
G021.B (2/00)