DMG Series
-B
DO
UBLEBALANC D MIXE S
E
R
5 to 2000 MHz / +4 to +17 dBmL / Hi-Rel Herm Package / SMD
O
etic
PRINCIPAL SPECIFICATIONS
Model
Number
†
DMG-2B-350
†
RF/LO
Frequency,
MHz
IF
Freq.,
MHz
LO Drive,
dBm,
Nom.
+7
+7
+13
Conversion Port Isolation, Typ. -1 dB
Input
Loss, dB,
L-R L-X R-X
Compr. Intercept Pol.
Max. Typ.
dB dB dB
Pt.Typ. Pt. Typ. Sense
8
10
8
6
7
6
35
35
25
20
25
20
20
20
15
0 dBm +12 dBm Neg
0 dBm +12 dBm Pos
+8 dBm +19 dBm Neg
DMG-2B-2000
DMG-4B-1700
5 - 700
DC - 500
500 - 3000 DC - 1000
500 - 2000 DC - 1000
†
Unit designed for IR or Vapor Phase Attachment
All specifications are as measured in a 50
Ω
system, at nominal LO power, in a down converter application.
Package Outline
Tab
1
2
3
4
Function
Ground
L (LO)
R (RF)
X (IF)
NOTES:
1. Tolerance on 3 place decimals
±
.010(.25) except as noted.
2. Dimensions in inches over millimeters.
General Notes:
1. The DMG-B series surface mount Double Balanced Mixers covers the
frequency range of 5 to 2000 MHz using miniature diode rings specially tailored
for high performance.
2. The package has been carefully designed for 50Ω systems to optimize RF
performance while achieving the small size and profile required of surface
mount devices. The Kovar input leads extend beyond the package wall to
facilitate inspection. In all units except the DMG-4B-1700, the internal
components and connections are compatible with IR and vapor phase mounting
of the device on a PCB. Hand soldering is required on the DMG-4B-1700.
3. Merrimac mixers comply with MIL-M-28837 and may be supplied screened
for compliance with additional specifications for military and space applications
requiring the highest reliability.
29Apr96
GENERAL SPECIFICATIONS
50
Ω
nom.
Within
±1
dB of
Conversion Loss
Maximum Input Power: 300 mW @ 25°C
Impedance:
Noise Figure:
(derate linearly to 0 mW @ 125°C)
Usable LO Drive Range:
±3
dB of nominal
DC Offset Voltage:
3 mV typ.
Weight, nom:
0.07 oz (2 g)
Operating Temperature: – 55° to +85°C
RRIMAC/ 41 Fairfield Pl., West Caldwell, NJ, 07006 /
F further inform
or
ation contact
ME
973-575-1300
/ FAX
973-575-0531
Embedded System
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