HALF SIZE CRYSTAL CAN
RADIO FREQUENCY RELAY
75 WATT
Product Description
Series
RFK
This series of coaxial terminated hermetically sealed relays have been designed to provide reliable switching functions in the most
demanding radio frequency applications. The use of 2K relays in the basic construction, has been coupled with a unique and improved
termination network to insure faultless performance under severe environmental conditions.
The design concepts employed in each of this series have been time tested through thousands of hours testing and millions of field
operations to provide the highest degree of reliability.
The following construction features ensure the highest reliability in extreme environments:
-
All welded relay construction
-
Cleaning and sealing techniques ensures maximum internal cleanliness
-
Low level to 2 amperes auxiliary switching
-
1 or 2 form C, RF contacts, special metal alloy with gold plating
-
Frame, armature designs and force / mass ratio provides exceptional shock and vibration immunity
-
Coax interconnections
-
200 watt RF carry capability
-
75 watt RF switching capability
-
Terminated with 6 inches length RG 196A/u Teflon cable.
Series Types
-
-
RFK
2RFK
1 form C, SPDT
2 form C, DPDT
Environmental and Physical Specifications
Temperature (Ambient)
Shock
Vibration (sinusoidal)
Acceleration
Sealing
- 65°C to + 125°C
100 g, 6 ms.
20 g, 10 to 2000 Hz
30 g
All welded, Hermetic
Electrical Characteristics
(over the Temperature range. Unless otherwise noted)
Coil Data
Contact Rating
Contact Resistance
Operate Time
Release Time
Dielectric Strength
Insulation Resistance
Sensitivity
Frequency range
Voltage Standing Wave Ratio (VSWR)
Insertion Loss
Crosstalk
Power Switching
Power Handling
Characteristic Impedance
See Typical Characteristics chart
Type Load
Contact Load
2 A / 28 Vdc (aux)
Resistive
75 Watts RF Switching, 200 Watts carry (cold switching)
0,05
max. initial aux. Contact
4,0 ms. max. at 25°C
2,0 ms. max. at 25°C
500 Vrms, 60 Hz, all mutually insulated points, at sea level
1.000 M min. all points at 500 Vdc
250 mW at pick-up, at 25 °C
0 to 500 MHz (derated characteristics to 1000 MHz)
Typical at 100 MHz
< 1,1 : 1
< 1,2 : 1
0,16 dB
0,5 dB
50 dB
40 dB
75 Watts
50 Watts
200 Watts max.
50 or 75
(other impedances available on special order)
100
80
60
40
20
Cycles min.
100.000
100.000
Typical at 500 MHz
Figure 1 – Radio Frequency Curves
Note:
Typical characteristics are based on
factory knowledge. Test to ensure
compliance, are not performed.
Values shown are in a 50
impedance coaxial system.
High Generation S.r.l.
Tel: + 39 06 96873136
Fax: + 39 06 94443060
C
1,4
A – Insertion loss
B – Return loss (VSWR)
C – Isolation across contacts (Crosstalk)
VSWR
dB
0,4
0,3
0,2
0,1
0
100
1,3
1,2
A
B
200
300
400
1,1
500
FREQUENCY (MHz)
81
REV. 0/2012
HALF SIZE CRYSTAL CAN
RADIO FREQUENCY RELAY
75 WATT
Typical Characteristics
Voltage
Code
106
112
126
Coil Voltage
Nominal
6,0
12,0
26,5
Max.
7,2
14,4
32,0
Coil Resistance
10% at 25°C
40
150
675
Pick-up
Vdc
Max. at 25°C
3,3
6,5
13,5
Series
RFK
Drop-out
Vdc
Min. at 25°C
0,3
0,7
1,5
Terminal Styles
.190
(4,82)
max.
.400
(10,16)
max.
.187 (4,75)
± .020 (0,51)
Schematic Diagrams
1 Pole RF, 1 Pole aux.
Blue Bead
2RF Poles
Blue Bead
-1-
-2-
Note:
- Dimensions are shown in inches (millimetres)
- Terminal spacing is .200 (5,08), all headers. Aux. Terminal diameter is .030 (0,76) all headers
Note:
- Schematics are viewed from terminals
Mounting Styles
.810 (20,57)
max.
.410
(10,41)
max.
1.320 (33,53)
max.
.250
(6,35)
.030
(0,76)
Ø .096 (2,44)
.045 (1,14)
.040 (1,02)
1.320 (33,53) max.
.250
(6,35)
Ø .120 (3,05)
1.062 (26,97)
.125 (3,18)
.410
(10,41)
max.
.310
(7,87)
1.078 (27,38)
A
Note:
- Dimensions are shown in inches (millimetres)
B
C
Note:
Contact factory for other cable types and lengths
How to Order (Part Numbering System)
1 Pole
RFK - 2 A - 126
2 Poles
2RFK - 2 A - 126
Series Type
Terminal Style
Voltage Code
Mounting Style
High Generation S.r.l.
Tel: + 39 06 96873136
Fax: + 39 06 94443060
82
REV. 0/2012
DSP and ARM Processors
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