GC2510 Datasheet, PDF (2/2 Pages) Microsemi Corporation – POWER GENERATION Step Recovery Diodes

TypicTaylpPicearfloPrmerafonrcme ance
GC2510
TYPICAL PERFORMANCE
TYPICAL AUTOMATIC TEST DATA
KEY: +2K5EY°C: +25 °C
AttenuAatttieonnuvastioFnrevqsueFnrecqyuency
+85 °C +85 °C
-55 °C -55 °C
0
0
Vc=15 Vc=15
5
5
Vc=6 Vc=6
Vc=5 Vc=5
10
10
Vc=4 Vc=4
15
15 _{Vc=3 Vc=3}
20
20
Vc=2.7 Vc=2.7
25
25Vc=2.5 Vc=2.5
30
30
Vc=2.4 Vc=2.4
35
35
40
40Vc=2.3 Vc=2.3
45
45
.01 0.1 .001.2 0.10.4 0.20.6 0.4 0.16.0
1.01.6
1.62.2 2.5 2.2.8 2.5 2.8
FREQUEFNRCEYQ-UGEHNzCY - GHz
PhasePvhsaFserevqsueFnrecqyuency
160 160
80
80
Vc=0 Vc=0
20
0
-20
-40
-60
-80
-100
20
0
-20
-40
-60
-80
-100
Vc=2.4 Vc=2.4
Vc=2.5 Vc=2.5
Vc=2.7 Vc=2.7
Vc=4 Vc=4
Vc=3 Vc=3
Vc=5 Vc=5
Vc=6 Vc=6
Vc=15 Vc=15
-140 -140
.01 0.1 .001.2 0.10.4 0.20.6 0.4 0.16.0
1.01.6
1.62.2 2.5 2.2.8 2.5 2.8
FREQUEFNRCEYQ-UGEHNzCY - GHz
IM SupIMprSesuspipornesvsioFnrevqsueFnrecqyuency
40
40
50
50
Min. attenMuaint.ioanttenuation
+ 3.0 dBm+i3n.p0udt Bsimgnianlpsut signals
60
60
70
70
2nd HAR2nd HAR IM2 IM2
80
80
IM3 IM3
90
90
.01 0.1 .001.2 0.10.4 0.20.6 0.4 0.16.0
1.01.6
1.62.2 2.5 2.2.8 2.5 2.8
FREQUEFNRCEYQ-UGEHNzCY - GHz
Model: GC2510
FREQ SWR SWR
MHZ
IN
OUT
10.0
1.51
1.50
100.0 1.20
1.20
500.0 1.20
1.20
1000.0 1.21
1.23
1500.0 1.32
1.29
2000.0 1.34
1.35
2500.0 1.35
1.33
Model: GC2510
FREQ SWR SWR
MHZ
IN
OUT
10.0
1.60
1.58
100.0 1.32
1.34
500.0 1.33
1.37
1000.0 1.37
1.37
1500.0 1.28
1.33
2000.0 1.21
1.23
2500.0 1.02
1.07
Model: GC2510
FREQ SWR SWR
MHZ
IN
OUT
10.0
1.61
1.58
100.0 1.09
1.10
500.0 1.05
1.09
1000.0 1.10
1.10
1500.0 1.10
1.11
2000.0 1.21
1.19
2500.0 1.49
1.43
Model: GC2510
FREQ SWR SWR
MHZ
IN
OUT
10.0
1.63
1.59
100.0 1.09
1.08
500.0 1.08
1.05
1000.0 1.13
1.12
1500.0 1.22
1.19
2000.0 1.38
1.35
2500.0 1.77
1.68
Model: GC2510
FREQ SWR SWR
MHZ
IN
OUT
10.0
1.67
1.63
100.0 1.12
1.13
500.0 1.06
1.10
1000.0 1.09
1.10
1500.0 1.02
1.06
2000.0 1.05
1.04
2500.0 1.26
1.21
Vcc=+15V
Vc=+15V
GAIN
DB
-1.9
-1.5
-1.6
-1.8
-2.0
-2.3
-2.4
Vcc=+15V
Vc=+4.0V
GAIN
DB
-12.8
-12.1
-12.1
-12.0
-11.7
-11.2
-10.5
Vcc=+15V
Vc=+2.5V
GAIN
DB
-31.2
-28.9
-28.4
-28.3
-27.9
-27.2
-26.5
Vcc=+15V
Vc=+0V
GAIN
DB
-55.6
-63.6
-47.6
-40.4
-37.2
-34.9
-33.8
Vcc=+12V
Vc=+2.5V
GAIN
DB
-19.4
-18.1
-17.8
-17.6
-17.3
-16.8
-16.1
GROUP DELAY
NSEC
.145
.136
.134
.135
.132
GROUP DELAY
NSEC
.113
.100
.102
.109
.122
GROUP DELAY
NSEC
.088
.071
.063
.082
.118
GROUP DELAY
NSEC
.135
.095
.089
.086
.093
GROUP DELAY
NSEC
.113
.096
.098
.104
.122
Icc=4.84 mA
REV/ISO
DB
-1.9
-1.5
-1.6
-1.7
-2.0
-2.2
-2.5
Icc=5.02 mA
REV/ISO
DB
-12.8
-12.1
-12.1
-11.9
-11.7
-11.3
-10.5
Icc=5.14 mA
REV/ISO
DB
-31.3
-28.9
-28.3
-28.2
-27.9
-27.5
-26.7
Icc=5.15 mA
REV/ISO
DB
-54.2
-65.6
-46.9
-41.3
-37.2
-35.0
-33.6
Icc=4.06 mA
REV/ISO
DB
-19.5
-18.1
-17.8
-17.5
-17.3
-16.8
-16.2
IM SupIMprSesuspipornesvsioFnrevqsueFnrecqyuency
20
20
IM3 IM3
-20 db att-e2n0udabtioanttenuation
30
30
+ 3.0 dBm+i3n.p0udt Bsimgnianlpsut signals
40
40
50 _{2n5d0 HAR2nd HAR}
IM2 IM2
IM SupIMprSesuspipornesvsioAnttevnsuAatttieonnuation
30
30
500 MHz500 MHz
40
40
IM2 IM2
50
50
2nd HAR2nd HAR
60
60
60
60
70
70
IM3 IM3
70
70
.01 0.1 .001.2 0.10.4 0.20.6 0.4 0.16.0
1.01.6
1.62.2 2.5 2.2.8 2.5 2.8
FREQUEFNRCEYQ-UGEHNzCY - GHz
80
80
0
05
5 10
1015
1520
2025
2530
30
ATTENUATITOENNU- AdBTION - dB
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