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DESCRIPTION
The RM05-4A-S-4/2 and RM05-2A2B-S-4/2
are low-prole 4 input / 2 output Relay Mod-
ules with an FR-4 substrate and rugged ther-
moset epoxy overmold. Capable of switching
beyond 3 GHz with <40ps rise times, this Re-
lay Module switches into the billions of opera-
tions. High temperature solder terminations
allow BGA reow temperatures up to 220oC. FEATURES
• FR-4/thermoset molded package
• Leadless SMT design eliminates skewing and
coplanarity issues
• Minimum path length for RF
• <40ps rise times for switching fast pulses
• Standard with BGA
• Low prole
• Internal magnetic shielding
• Gold plated traces for high conductivity signal path
• Insulation resistance typically 1014 ohms
APPLICATIONS
• Test and Measurement
• Telecommunications
• High frequency applications
DIMENSIONS
All dimensions in mm [inch]
unspecied tolerances +/- 0.1 mm
POST REFLOW HEIGHT
RM Series
RF Reed Relay Module
4 input / 2 output
184
MEDER electronic
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RF Reed Relay Module
4 input / 2 output
ORDER INFORMATION
Part Number Example
RM05-4A-S-4/2
05 is the nominal voltage
4A is the number and form of contacts
S is the solder ball
4/2 is 4 input to 2 output
RM Series
PAD LAYOUT (Top view) PAD DESIGNATION (Top view)
SHEMATIC (Top view)
Series Nominal
Voltage
Contact
Form
Solder
Balls Input Output
RM - 05 - 4A S - 4/ 2
4A-S-4/2 2A2B-S-4/2
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COIL DATA
RELAY DATA
RM Series
Contact
Form
Switch
Model
Coil
Voltage
Coil
Resistance
Pull-in
Voltage
Drop-out
Voltage
Nominal
Coil Power
All Data
at 20 °C *
VDC ΩVDC VDC mW
Min. Max. Min. Typ. Max. Max. Min. Typ.
4A
2A2B 80 166.5 185 203.5 3.75 0.5 135
* The pull-in / drop-out voltage and coil resistance change at the rate of 0,4 % / °C.
Module
Characteristics Min. Typ Max. Units
Insertion Loss Input / Output TBD dB
Voltage standing Wave
Ratio VSWR Input / Output TBD
Isolation Input / Output TBD dB
Rise Time Potential change
Input / Output TBD psec
Characteristics
Impedance Input / Output TBD Ω
RF Reed Relay Module
4 input / 2 output
186
MEDER electronic
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RF Reed Relay Module
4 input / 2 output
RM Series
RELAY DATA
All Data at 20° C Switch Model →
Contact form →
Switch 80 /1
Form A / dry
Contact Ratings Conditions Min. Typ. Max. Units
Switching Power
Any combination of the switching voltage
and the current must not exceed the given
rated power.
10 W
Switching Voltage 180 V
Switching Current 0.3 A
Carry Current 0.5 A
Static Contact Resistance Measured w/ nominal Voltage 200 mΩ
Insulation Resistance RH Ω 45% 1010 Ω
Breakdown Voltage 250 VDC
Operate Time incl. Bounce Measured w/ nominal Voltage 0.6 ms
Release Time Without coil suppression 0.05 ms
Capacitance 0.1 pF
Life Expectancies
Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance 1000 106
Cycles
For other load requirements, see the life test section on P. 120.
Environmental Data
Insulation Resistance Coil to Contact 1011 Ω
Dielectric strength Coil to Contact 1.5 kVDC
Shock Resistance 1/2 sine wave duration 11 ms 50 g
Vibration Resistance 10 - 2000 Hz 10 g
Ambient Temperature 10 oC/ minute max. allowable -20 85 oC
Storage Temperature 10 oC/ minute max. allowable -35 125 oC
Soldering Temperature JEDEC Norm JESD22-A113A 190 220 oC
Cleaning fully sealed
Material of Case FR4, Thermoset Molding Compound
Material of Pins Sn63/Pb37, 0.65mm diameter
187
MEDER electronic
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DESCRIPTION
FEATURES
• FR-4/thermoset molded package
• Leadless SMT design eliminates skewing and copla-
narity issues
• Minimum path length for RF
• <40ps rise times for switching fast pulses
• Standard with BGA
• Low prole
• Internal magnetic shielding
• Gold plated traces for high conductivity signal path
• Insulation resistance typically 1014 ohms
The RM05-4A-S-4/4 and RM05-2A2B-S-4/4 are
low-prole 4 input / 4 output Relay Modules with
an FR-4 substrate and rugged thermose epoxy
overmold. Capable of switching beyond 3 GHz with
<40ps rise times, this Relay Module switches into
the billions of operations. High temperature solder
terminations allow BGA reow temperatures up to
220oC.
APPLICATIONS
• Test and Measurement
• Telecommunications
• High frequency applications
DIMENSIONS
All dimensions in mm [inch]
unspecied tolerances +/- 0.1 mm
POST REFLOW HEIGHT
RM Serie
RF Reed Relay Module
4 input / 4 output
188
MEDER electronic
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RF Reed Relay Module
4 input / 4 output
ORDER INFORMATION
Part Number Example
RM05-4A-S-4/4
05 is the nominal voltage
4A is the # and form of contacts
S is the solder ball
4/4 is 4 input to 4 output
RM Series
SHEMATIC (Top view)
PAD DESIGNATION (Top view)
PAD LAYOUT (Top view)
++++
Series Nominal
Voltage
Contact
Form
Solder
Balls Input Output
RM - 05 - 4A S - 4/ 4
4A-S-4/4 2A2B-S-4/4
189
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RELAY DATA
COIL DATA
RM Series
Contact
Form
Switch
Model
Coil
Voltage
Coil
Resistance
Pull-in
Voltage
Drop-out
Voltage
Nominal
Coil Power
All Data
at 20 °C *
VDC Ω VDC VDC mW
Min. Max. Min. Typ. Max. Max. Min. Typ.
4A
2A2B 80 166.5 185 203.5 3.75 0.5 135
* The pull-in / drop-out voltage and the coil resistance change at the rate of 0,4 % / °C.
Module
Characteristics Min. Typ Max. Units
Insertion Loss Input / Output TBD dB
Voltage standing Wave
Ratio VSWR Input / Output TBD
Isolation Input / Output TBD dB
Rise Time Potential change
Input / Output TBD psec
Characteristics
Impedance Input / Output TBD Ω
RF Reed Relay Module
4 input / 4 output
190
MEDER electronic
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RF Reed Relay Module
4 input / 4 output
RELAY DATA
RM Series
All Data at 20° C Switch Model →
Contact form →
Switch 80/1
Form A / dry
Contact Ratings Conditions Min. Typ. Max. Units
Switching Power
Any combination of the switching voltage
and the current must not exceed the given
rated power.
10 W
Switching Voltage 180 V
Switching Current 0.3 A
Carry Current 0.5 A
Static Contact Resistance Measured w/ nominal Voltage 200 mΩ
Insulation Resistance RH Ω 45% 1010 Ω
Breakdown Voltage 250 VDC
Operate Time incl. Bounce Measured w/ nominal Voltage 0.6 ms
Release Time Without coil suppression 0.05 ms
Capacitance 0.1 pF
Life Expectancies
Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance 1000 108
Cycles
For other load requirements, see the life test section on P. 120.
Environmental Data
Insulation Resistance Coil to Contact 1011 Ω
Dielectric strength Coil to Contact 1.5 kVDC
Shock Resistance 1/2 sine wave duration 11 ms 50 g
Vibration Resistance 10 - 2000 Hz 10 g
Ambient Temperature 10 oC/ minute max. allowable -20 85 oC
Storage Temperature 10 oC/ minute max. allowable -35 125 oC
Soldering Temperature JEDEC Norm JESD22-A113A 190 220 oC
Cleaning fully sealed
Material of Case FR4, Thermoset Molding Compound
Material of Pins Sn63/Pb37, 0.025” diameter
191
MEDER electronic
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The RM05-6AS-4/1 is a low-prole 4 input / 1
output Relay Module with an FR-4 substrate
and rugged thermoset epoxy overmold. Ca-
pable of switching beyond 3 GHz with <40ps
rise times, this Relay Module switches into
the billions of operations. High temperature
solder terminations allow BGA reow tem-
peratures up to 220oC.
DESCRIPTION
APPLICATIONS
• Test and Measurement
• Telecommunications
• High frequency applications
FEATURES
• FR-4/thermoset molded package
• Leadless SMT design eliminates skewing and
coplanarity issues
• Minimum path length for RF
• <40ps rise times for switching fast pulses
• Standard with BGA
• Low prole
• Internal magnetic shielding
• Gold plated traces for high conductivity signal
path
• Insulation resistance typically 1014 ohms
DIMENSIONS
All dimensions in mm [inch]
unspecied tolerances +/- 0.1 mm
POST REFLOW HEIGHT
RM Series
RF Reed Relay Module
4 input / 1 output
192
MEDER electronic
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RM Series
SHEMATIC
Part Number Example
RM05 - 6AS - 4/1
05 is the nominal voltage
6A is the # and form of contacts
S is the solder ball
4/1 is 4 input to 1 output
ORDER INFORMATION
(Top view)
PAD LAYOUT(Top view) PAD DESIGNATION (Top view)
AB CDEF
GHIJ
9
8
7
6
5
4
3
2
1
TOPVIEW
Series Nominal
Voltage
Contact
Form
Solder
Balls Input Output
RM - 05 - 6A S - 4/ 1
RF Reed Relay Module
4 input / 1 output
193
MEDER electronic
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RF Reed Relay Module
4 input / 1 output
RM Series
COIL DATA
RELAY DATA
Contact
Form
Switch
Model
Coil
Voltage
Coil
Resistance
Pull-in
Voltage
Drop-out
Voltage
Nominal
Coil Power
All Data
at 20 °C *
VDC Ω VDC VDC mW
Min. Max. Min. Typ. Max. Max. Min. Typ.
6A 80 166.5 185 203.5 3.75 0.5 135
* The pull-in / drop-out voltage and the coil resistance change at the rate of 0,4 % / °C.
Module
Characteristics Min. Typ Max. Units
Insertion Loss Input / Output TBD dB
Voltage standing Wave
Ratio VSWR Input / Output TBD
Isolation Input / Output TBD dB
Rise Time Potential change
Input / Output TBD psec
Characteristics
Impedance Input / Output TBD Ω
194
MEDER electronic
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RF Reed Relay Module
4 input / 1 output
RM Series
RELAY DATA
All Data at 20° C Switch Model →
Contact form →
Switch 80/1
Form A / dry
Contact Ratings Conditions Min. Typ. Max. Units
Switching Power
Any combination of the switching voltage
and the current must not exceed the given
rated power.
10 W
Switching Voltage DC or Peak AC 180 VDC
Switching Current DC or Peak AC 0.3 A
Carry Current DC or Peak AC 0.5 A
Static Contact Resistance Measured w/ nominal Voltage 200 mΩ
Insulation Resistance RH Ω 45% 1010 Ω
Breakdown Voltage 250 VDC
Operate Time incl. Bounce Measured w/ nominal Voltage 0.6 ms
Release Time Without coil suppression 0.05 ms
Capacitance 0.1 pF
Life Expectancies
Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance 1000 108
Cycles
For other load requirements, see the life test section on P. 120.
Environmental Data
Insulation Resistance Coil to Contact 1011 Ω
Dielectric strength Coil to Contact 1.5 kVDC
Shock Resistance 1/2 sine wave duration 11 ms 50 g
Vibration Resistance 10 - 2000 Hz 10 g
Ambient Temperature 10 oC/ minute max. allowable -20 85 oC
Storage Temperature 10 oC/ minute max. allowable -35 125 oC
Soldering Temperature JEDEC Norm JESD22-A113A 190 220 oC
Cleaning fully sealed
Material of Case FR4, Thermoset Molding Compound
Material of Pins Sn63/Pb37, 0.025” diameter
195
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RM Series
DESCRIPTION
The RM05-8A is a complete Relay Module with one se-
rial digital 8 bit input channel, to drive a double output
matrix with 4 to 1 channel each. Insert the code for the
out signals at serial Input 8. At each positive impulse
(clock signal) at Input 4, the code will be proceeded and
the already inserted code in the shift register shifted for-
ward one step. At pin 2, the code (9 clock signals shifted)
can be transferred to the next module to drive even more
Relay Modules. Is programming nished, the code in the
shift register can be transferred to the output drives with
a positive impulse (clock signal) at Input 5, witch will ac-
tivate the selected output switches.
APPLICATIONS
• Test and Measurement
• Telecommunications
• Reed Relay Module with integrated shift register,
storage register and buffer
• Saves PCB space
• Saves wiring costs
• Saves assembly costs
FEATURES
DIMENSIONS
All dimensions in mm [inch]
unspecied tolerances +/- 0.1 mm
PAD LAYOUT
Reed Relay Module
RM05-8A
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MEDER electronic
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Reed Relay Module
RM05-8A
RM Series
SHEMATIC
RELAY MODULE COIL DATA
Coil / Relay
Characteristics Condition at 20 oC Min. Typ Max. Units
Current consumption
with each switched
contact
at 5V operating voltage 9 10 11 mA
Nominal Voltage 4.75 5.0 5.25 VDC
Nominal power with
each switched contact at 5V operating voltage 50 mW
Insulation Resistance
Coil to Contact 1011 Ω
Dielectric Strength
Coil to Contact 1.5 kVDC
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MEDER electronic
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RM Series
RELAY DATA
All Data at 20° C Switch Model →
Contact form →
Switch 80
Form A / dry
Contact Ratings Conditions Min. Typ. Max. Units
Switching Power
Any combination of the switching voltage
and the current must not exceed the given
rated power.
10 W
Switching Voltage DC or Peak AC 125 VDC
Switching Current DC or Peak AC 1.0 A
Carry Current DC or Peak AC 1.5 A
Static Contact Resistance Measured w/ nominal Voltage 100 mΩ
Insulation Resistance RH Ω 45% 1010 Ω
Breakdown Voltage 200 VDC
Operate Time incl. Bounce Measured w/ nominal Voltage 0.4 ms
Release Time Without coil suppression 0.1 ms
Capacitance 0.3 pF
Life Expectancies
Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance 1000 108
Cycles
For other load requirements, see the life test section on P. 120.
Environmental Data 1011
Insulation Resistance Coil to Contact 1.5 Ω
Dielectric strength Coil to Contact 50 kVDC
Shock Resistance 1/2 sine wave duration 11 ms 30 g
Vibration Resistance 10 - 2000 Hz -20 40 g
Ambient Temperature 10 oC/ minute max. allowable -35 95 oC
Storage Temperature 10 oC/ minute max. allowable 260 oC
Soldering Temperature JEDEC Norm JESD22-A113A 190 260 oC
Cleaning fully sealed
Material of Case FR4, Thermoset Molding Compound
Material of Pins Sn63/Pb37, 0.65mm diameter
Reed Relay Module
RM05-8A