
Mini-Circuits
P.O. Box 350166, Brooklyn, New York 11235-0003 (718) 934-4500 Fax (718) 332-4661
The Design Engineers Search Engine
Provides ACTUAL Data Instantly at
IF/RF MICROWAVE COMPONENTS
Performance and quality attributes and conditions not expressly stated in this specification sheet are intended to be excluded and do not for3.
Electrical specifications
The parts covered by this specific2.
Notes: 1.
For detailed performance specs
& shopping online see web site
minicircuits.com
50
360
°
Voltage Variable 80 to 210 MHz
Electronic Line Stretcher
Fixed Amplitude Mismatch, Wideband
Outline Dimensions ( )
inch
Maximum Ratings
Operating Temperature
Storage Temperature
RF Input Power
Control Voltage
Permanent damage may occur if any of these limits are exceeded.
Coaxial Connections
RF IN
MONITOR OUT*
CONTROL
1
2
3
Outline Drawing
Electrical Specifications
REV. C
M108832
ED-8228/2
ELS-210
MM/EZ/CP/AM
081104
A
B
C
D
E
F
G
H
1.25
31.75
1.25
31.75
.75
.63
.38
9.65
1.00
25.40
.125
3.18
1.000
25.40
19.05
16.00
J
--
--
K
--
--
L
M
N
P
Q
wt
.125
3.18
1.688
42.88
2.18
55.37
.75
.07 grams
1.78
19.05
70.0
0°C to 50 °C
-40°C to 100°C
13dBm
0.5V to 30V
Features
over 360
°
phase shift of the reflected signal
normalized and stable magnitude of the
reflected signal
voltage controlled for automated applications
protected under US Patent 6,479,977
Applications
automated load-pull measurement of oscillators
1
* Monitor out port should be connected to a 50-ohm load
FREQUENCY
RANGE
(MHz)
INPUT
POWER
(dBm)
PHASE RANGE
(Degrees)
RETURN LOSS
(dB)
CONTROL
VOLTAGE
(V)
f
L
-f
U
Max.
Min.
Typ.
80-210
10
360
10-12
0.5-25
Application Block Diagram
CASE STYLE: K18
Connectors Model
SMA
BRACKET (OPTION "B")
Price
$149.95 (1-9)
$2.50
Qty.
ELS-210-S
(1+)
1. See Application Note AN-45-002 on our web site.
FREQ.
(MHz)
PHASE SHIFT
(Deg.)
RETURN LOSS
(dBr)
0°C
50°C
Vc=0.5V
@ 0°C
Vc=10V
@ 0°C
Vc=25V
@ 0°C
Vc=0.5V
@+ 50°C
Vc=10V
@+50°C
Vc=25V
@ +50°C
Typical Performance Data
50
65
80
95
105
214.95
359.99
417.15
502.31
558.68
222.34
370.33
424.27
519.32
570.75
-11.01
-10.66
-10.76
-11.63
-10.74
-9.86
-10.08
-10.21
-10.23
-10.16
-9.70
-9.82
-10.04
-10.13
-10.16
-11.24
-10.81
-10.92
-12.02
-10.83
-9.92
-10.08
-10.21
-10.31
-10.33
-9.70
-9.91
-10.04
-10.13
-10.16
120
135
150
165
180
586.13
591.70
590.40
583.66
568.25
591.76
594.71
592.21
584.60
567.91
-10.13
-10.06
-10.04
-9.98
-9.97
-10.25
-10.70
-10.91
-10.62
-10.52
-10.07
-10.04
-9.97
-10.09
-10.12
-10.13
-10.06
-10.04
-9.98
-9.97
-10.39
-10.83
-11.05
-10.77
-10.64
-10.13
-10.06
-10.04
-10.09
-10.20
195
205
220
235
250
533.10
486.07
390.51
333.92
306.43
530.82
482.31
387.32
332.49
306.09
-10.00
-9.98
-10.01
-10.03
-10.06
-10.38
-10.32
-10.18
-10.22
-10.32
-10.38
-10.83
-11.14
-10.57
-10.22
-10.00
-10.03
-10.07
-10.08
-10.06
-10.50
-10.36
-10.25
-10.34
-10.43
-10.50
-11.01
-11.31
-10.63
-10.22
Maximum Phase Shift vs. Frequency
at temperature extremes
@ Pin =+7 dBm
270
360
450
540
630
50
100
150
200
250
Frequency, MHz
P
0C
+50C
Return Loss vs. Frequency
at temperature extremes
@ Pin =+7 dBm
-13
-12
-11
-10
-9
50
100
150
200
250
Frequency, MHz
R
Vc=0.5V @ 0C
Vc=10V @ 0C
Vc=25V @ 0C
Vc=0.5V @ +50C
Vc=10V @ +50C
Vc=25V @ +50C
ELS-210
Power from DUT
Reflected Power:
-12 dBr, >360
°
phase variation
Electronic
Line
Stretcher
Control Voltage
Sample Output for
Frequency/IM monitor
50 ohm
Input
VCO/PLL Analyzer/
Frequency Counter/
Spectrum Analyzer