17.0-34.0 GHz Up-Converter
QFN, 4x4mm
February 2010 - Rev 12-Feb-10
U1010-QH
Up-Converter Measurements
XU1010-QH, Glob Top, R10C2: LSB Conversion Loss & IIP3 vs. RF,
XU1010-QH, Glob Top, R10C2: USB Conversion Loss & IIP3 vs. RF,
PLO = 2 dBm, PIFscl = 0 dBm, IF1 - IF2 = 10 MHz, Doubler and Mixer bias swept
PLO = 2 dBm, PIFscl = 0 dBm, IF1 - IF2 = 10 MHz, Doubler and Mixer bias swept
30
30
Loss, VD2 (V)=4.5, VG2VG3 (V)=-0.8
Loss, VD2 (V)=4.5, VG2VG3 (V)=-0.8
Loss, VD2 (V)=4.5, VG2VG3 (V)=-0.7
Loss, VD2 (V)=4.5, VG2VG3 (V)=-0.6
Loss, VD2 (V)=5, VG2VG3 (V)=-0.8
Loss, VD2 (V)=5, VG2VG3 (V)=-0.7
Loss, VD2 (V)=5, VG2VG3 (V)=-0.6
Loss, VD2 (V)=5.5, VG2VG3 (V)=-0.8
Loss, VD2 (V)=5.5, VG2VG3 (V)=-0.7
Loss, VD2 (V)=5.5, VG2VG3 (V)=-0.6
IIP3, VD2 (V)=4.5, VG2VG3 (V)=-0.8
IIP3, VD2 (V)=4.5, VG2VG3 (V)=-0.7
IIP3, VD2 (V)=4.5, VG2VG3 (V)=-0.6
IIP3, VD2 (V)=5, VG2VG3 (V)=-0.8
IIP3, VD2 (V)=5, VG2VG3 (V)=-0.7
IIP3, VD2 (V)=5, VG2VG3 (V)=-0.6
IIP3, VD2 (V)=5.5, VG2VG3 (V)=-0.8
IIP3, VD2 (V)=5.5, VG2VG3 (V)=-0.7
IIP3, VD2 (V)=5.5, VG2VG3 (V)=-0.6
25
25
20
15
10
5
Loss, VD2 (V)=4.5, VG2VG3 (V)=-0.7
Loss, VD2 (V)=4.5, VG2VG3 (V)=-0.6
20
IIP3
Loss, VD2 (V)=5, VG2VG3 (V)=-0.8
IIP3
Loss, VD2 (V)=5, VG2VG3 (V)=-0.7
15
Loss, VD2 (V)=5, VG2VG3 (V)=-0.6
Loss, VD2 (V)=5.5, VG2VG3 (V)=-0.8
10
Loss, VD2 (V)=5.5, VG2VG3 (V)=-0.7
Loss, VD2 (V)=5.5, VG2VG3 (V)=-0.6
5
IIP3, VD2 (V)=4.5, VG2VG3 (V)=-0.8
IIP3, VD2 (V)=4.5, VG2VG3 (V)=-0.7
0
0
IIP3, VD2 (V)=4.5, VG2VG3 (V)=-0.6
IIP3, VD2 (V)=5, VG2VG3 (V)=-0.8
Loss
-5
-5
IIP3, VD2 (V)=5, VG2VG3 (V)=-0.7
Loss
IIP3, VD2 (V)=5, VG2VG3 (V)=-0.6
-10
-10
-15
-20
IIP3, VD2 (V)=5.5, VG2VG3 (V)=-0.8
IIP3, VD2 (V)=5.5, VG2VG3 (V)=-0.7
-15
IIP3, VD2 (V)=5.5, VG2VG3 (V)=-0.6
-20
14 16
18 20
22 24
26 28
30 32
34 36
38
14 16
18 20
22 24
26 28
30 32
34 36
38
LSB RF (GHz) [IF = 2 GHz]
USB RF (GHz) [IF = 2 GHz]
VD1 = 5 V, ID1 = 140 mA, VD2 = 5 V, VG2VG3 = - 0.8 V, VSS = - 5 V
VD1 = 5 V, ID1 = 140 mA, VD2 = 5 V, VG2VG3 = - 0.8 V, VSS = - 5 V
IIP3, RF=16, VD1 (V)=4.5
IIP3, RF=16, VD1 (V)=5
IIP3, RF=16, VD1 (V)=5.5
IIP3, RF=18, VD1 (V)=4.5
IIP3, RF=18, VD1 (V)=5
IIP3, RF=18, VD1 (V)=5.5
IIP3, RF=20, VD1 (V)=4.5
IIP3, RF=20, VD1 (V)=5
IIP3, RF=20, VD1 (V)=5.5
IIP3, RF=22, VD1 (V)=4.5
IIP3, RF=22, VD1 (V)=5
IIP3, RF=22, VD1 (V)=5.5
IIP3, RF=24, VD1 (V)=4.5
IIP3, RF=24, VD1 (V)=5
IIP3, RF=24, VD1 (V)=5.5
IIP3, RF=26, VD1 (V)=4.5
IIP3, RF=26, VD1 (V)=5
IIP3, RF=26, VD1 (V)=5.5
IIP3, RF=28, VD1 (V)=4.5
IIP3, RF=28, VD1 (V)=5
IIP3, RF=28, VD1 (V)=5.5
IIP3, RF=30, VD1 (V)=4.5
IIP3, RF=30, VD1 (V)=5
IIP3, RF=30, VD1 (V)=5.5
IIP3, RF=32, VD1 (V)=4.5
IIP3, RF=32, VD1 (V)=5
IIP3, RF=32, VD1 (V)=5.5
IIP3, RF=34, VD1 (V)=4.5
IIP3, RF=34, VD1 (V)=5
IIP3, RF=34, VD1 (V)=5.5
IIP3, RF=16, VD1 (V)=4.5
IIP3, RF=16, VD1 (V)=5
IIP3, RF=16, VD1 (V)=5.5
IIP3, RF=18, VD1 (V)=4.5
IIP3, RF=18, VD1 (V)=5
IIP3, RF=18, VD1 (V)=5.5
IIP3, RF=20, VD1 (V)=4.5
IIP3, RF=20, VD1 (V)=5
IIP3, RF=20, VD1 (V)=5.5
IIP3, RF=22, VD1 (V)=4.5
IIP3, RF=22, VD1 (V)=5
IIP3, RF=22, VD1 (V)=5.5
IIP3, RF=24, VD1 (V)=4.5
IIP3, RF=24, VD1 (V)=5
IIP3, RF=24, VD1 (V)=5.5
IIP3, RF=26, VD1 (V)=4.5
IIP3, RF=26, VD1 (V)=5
IIP3, RF=26, VD1 (V)=5.5
IIP3, RF=28, VD1 (V)=4.5
IIP3, RF=28, VD1 (V)=5
IIP3, RF=28, VD1 (V)=5.5
IIP3, RF=30, VD1 (V)=4.5
IIP3, RF=30, VD1 (V)=5
IIP3, RF=30, VD1 (V)=5.5
IIP3, RF=32, VD1 (V)=4.5
IIP3, RF=32, VD1 (V)=5
IIP3, RF=32, VD1 (V)=5.5
XU1010-QH: LSB IIP3 & Loss vs. ID1 (LO buffer),
PLO = 4 dBm, PIFscl = 0 dBm, IF1 - IF2 = 10 MHz
XU1010-QH: USB IIP3 & Loss vs. ID1 (LO buffer),
PLO = 4 dBm, PIFscl = 0 dBm, IF1 - IF2 = 10 MHz
35
30
25
20
15
35
30
25
20
15
IIP3
IIP3
10
10
5
5
0
0
-5
-5
Loss
Loss
-10
-15
-20
-10
-15
-20
60
80
100
120
140
160
180
200
60
80
100
120
140
160
180
200
IIP3, RF=34, VD1 (V)=4.5
IIP3, RF=34, VD1 (V)=5
IIP3, RF=34, VD1 (V)=5.5
ID1 (mA)
ID1 (mA)
VD1 = 4.5, 5 & 5.5 V, ID1 swept, VD2 = 5 V, VG2VG3 = - 0.8 V, VSS = - 5 V
VD1 = 4.5, 5 & 5.5 V, ID1 swept, VD2 = 5 V, VG2VG3 = - 0.8 V, VSS = - 5 V
XU1010-QH, Glob Top, R10C2: 1xLO output power @ RF port,
PLOswp, PIFscl = 0 dBm, IF1 - IF2 = 10 MHz
XU1010-QH, Glob Top, R10C2: 2xLO output power @ RF port,
PLOswp, PIFscl = 0 dBm, IF1 - IF2 = 10 MHz
0
-5
0
-5
-10
-15
-10
-15
1xLO, Side=LSB, PLO (dBm)=0
1xLO, Side=LSB, PLO (dBm)=2
1xLO, Side=LSB, PLO (dBm)=4
1xLO, Side=LSB, PLO (dBm)=5
1xLO, Side=USB, PLO (dBm)=0
1xLO, Side=USB, PLO (dBm)=2
1xLO, Side=USB, PLO (dBm)=4
1xLO, Side=USB, PLO (dBm)=5
2xLO, Side=LSB, PLO (dBm)=0
2xLO, Side=LSB, PLO (dBm)=2
2xLO, Side=LSB, PLO (dBm)=4
2xLO, Side=LSB, PLO (dBm)=5
2xLO, Side=USB, PLO (dBm)=0
2xLO, Side=USB, PLO (dBm)=2
2xLO, Side=USB, PLO (dBm)=4
2xLO, Side=USB, PLO (dBm)=5
-20
-25
-30
-35
-40
-45
-50
-55
-60
-20
-25
-30
-35
-40
-45
-50
-55
-60
6
7
8
9
10 11 12 13 14 15 16 17 18 19 20
12 14 16 18 20 22 24 26 28 30 32 34 36 38 40
1xLO (GHz) [IF = 2 GHz]
2xLO (GHz) [IF = 2 GHz]
VD1 = 5 V, ID1 = 140 mA, VD2 = 5 V, VG2VG3 = - 0.8 V, VSS = - 5 V
VD1 = 5 V, ID1 = 140 mA, VD2 = 5 V, VG2VG3 = - 0.8 V, VSS = - 5 V
Page 2 of 5
Mimix Broadband, Inc., 10795 Rockley Rd., Houston,Texas 77099
Tel: 281.988.4600 Fax: 281.988.4615 mimixbroadband.com
Characteristic Data and Specifications are subject to change without notice. ©2010 Mimix Broadband, Inc.
Export of this item may require appropriate export licensing from the U.S. Government. In purchasing these parts, U.S. Domestic customers accept
their obligation to be compliant with U.S. Export Laws.
5秒后页面跳转
NTC热敏电阻与PTC热敏电阻的应用原理及应用范围
GTO与普通晶闸管相比为什么可以自关断？为什么普通晶闸管不能呢？从GTO原理、应用范围带你了解原因及推荐型号
LF353数据手册解读：特性、应用、封装、引脚说明、电气参数及替换型号推荐
A4950资料手册解读：特性、应用、封装、引脚功能、电气参数及代换型号
微信公众号
抖音公众号
浙公网安备 33010502006866号 浙ICP备10014259号-119
营业执照ICP证
数据手册
如果您发现信息不准确，
