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The RIK0006B Kit consists of two, dual SPDT RF switch modules, for a total of four SPDT switches. The switches are attached in the test fixture by standard 3M double sided adhesive tape. The unused port retrun loss is reflective in nature.



Figures / Tables:
    • Figure 1 : Physical representation of the Switch Top Side view.
    • Table 1 : Pin Out
    • Table 2 : Typical Performance
    • Figure 2 : RF Default Conditions
    • Figure 3 : Insertion Loss Measurement.
    • Figure 4 : Isolation Measurement / Common to Inactive Port.
    • Figure 5 : Isolation Measurement / Active to Inactive Port.
    • Figure 6 : Return Loss Common Port
    • Figure 7 : Return Loss Active Port
    • Figure 8 : Picture
Figure 1
Top Side View

< Figures / Tables >


RiK0006B SPDT Switch Pin Out
Description
Connection
Type
Notes
+5V Supply
H1-7 & 8
Header Pin
Switch 1 Control
H1-3
Header Pin
Switch 2 Control
H1-6
Header Pin
Ground
H1-4/5
Switch 1, Pole
J3
MCX Female
DC Blocked
Switch 1, NC
J1
MCX Female
DC Blocked
Switch 1, NO
J2
MCX Female
DC Blocked
Switch 2, Pole
J6
MCX Female
DC Blocked
Switch 2, NC
J4
MCX Female
DC Blocked
Switch 2, NO
J5
MCX Female
DC Blocked
Table 1
Pin Out

Switch 1 & 2 Typical Performance
Current Draw +/-5V All CBITs High
100uA typical
Current Draw +/-5V One CBIT Low
1.5mA typical
Current Draw +/-5V Two CBITs Low
3mA typical
Insertion Loss (Activated)
0.5dB Point (low end)
1Kz typical
3.0dB Point (low end)
400Hz typical
Max Frequency
2.5GHz
Isolation / Pole to Inactive
Isolation NC to NO
Common Port Return Loss
Active Port Return Loss
Table 2
Typical Performance

< Figures / Tables >

Bench Top DC Voltage Requirements: +5V

Default Settings



Figure 2
Default Settings

Assuming CBIT 1 is connected to H1-P3 and CBIT 2 is connected to H1-P6 the following is true.

Switch control string for SW1 XXXXXXX1 = NC XXXXXXX0 = NO Cbit 1 is controlled
Switch control string for SW2 XXXXXX1X = NC XXXXXX0X = NO Cbit 2 is controlled

X = don't care
1 = CBIT pulled high
0 = CBIT pulled low


< Figures / Tables >



Figure 3
Insertion Loss
< Figures / Tables >




Figure 4
Isolation Common to Inactive Port
< Figures / Tables >


Figure 5
Isolation Active to Inactive Port
< Figures / Tables >


Figure 6
Common Port Return Loss
< Figures / Tables >



Figure 7
Active Port Return Loss
< Figures / Tables >


Figure 8
Picture
< Figures / Tables >

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