RM Series MEDER electronic RF Reed Relay Module 4 input / 2 output DESCRIPTION The RM05-4A-S-4/2 and RM05-2A2B-S-4/2 are low-profile 4 input / 2 output Relay Modules with an FR-4 substrate and rugged thermoset 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 reflow temperatures up to 220oC. 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 profile * Internal magnetic shielding * Gold plated traces for high conductivity signal path * Insulation resistance typically 1014 ohms POST REFLOW HEIGHT DIMENSIONS All dimensions in mm [inch] unspecified tolerances +/- 0.1 mm www.meder.com 183 MEDER electronic RM Series RF Reed Relay Module 4 input / 2 output PAD LAYOUT (Top view) PAD DESIGNATION SHEMATIC (Top view) (Top view) 4A-S-4/2 2A2B-S-4/2 ORDER INFORMATION Series Nominal Voltage Contact Form Solder Balls Input Output RM - 05 - 4A S- 4/ 2 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 www.meder.com 184 RM Series MEDER electronic RF Reed Relay Module 4 input / 2 output COIL DATA Contact Form Switch Model All Data at 20 C * 4A 2A2B 80 Coil Resistance Coil Voltage VDC Min. Drop-out Voltage Nominal Coil Power VDC VDC mW Min. Typ. Max. Max. Min. Typ. 166.5 185 203.5 3.75 0.5 135 Max. Pull-in Voltage * The pull-in / drop-out voltage and coil resistance change at the rate of 0,4 % / C. RELAY DATA Module Characteristics Min. Typ Max. Units Insertion Loss Input / Output TBD Voltage standing Wave Ratio VSWR dB Input / Output TBD Isolation Input / Output TBD dB Rise Time Potential change Input / Output TBD psec Characteristics Impedance Input / Output TBD www.meder.com 185 RM Series MEDER electronic RF Reed Relay Module 4 input / 2 output RELAY DATA Switch Model Contact form All Data at 20 C Contact Ratings Switching Power Conditions Switch 80 /1 Form A / dry Min. Typ. Any combination of the switching voltage and the current must not exceed the given rated power. Max. Units 10 W Switching Voltage 180 V Switching Current 0.3 A Carry Current 0.5 A 200 m Static Contact Resistance Measured w/ nominal Voltage Insulation Resistance RH 45% Breakdown Voltage 1010 250 VDC Operate Time incl. Bounce Measured w/ nominal Voltage 0.6 ms Release Time Without coil suppression 0.05 ms 0.1 pF 1000 106 Cycles Capacitance Life Expectancies Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance For other load requirements, see the life test section on P. 120. Environmental Data Insulation Resistance Coil to Contact 1011 Dielectric strength Coil to Contact 1.5 kVDC Shock Resistance 1/2 sine wave duration 11 ms 50 Vibration Resistance 10 - 2000 Hz 10 Ambient Temperature 10 C/ minute max. allowable -20 Storage Temperature 10 oC/ minute max. allowable Soldering Temperature JEDEC Norm JESD22-A113A o Cleaning g 85 o C -35 125 o C 190 220 o C fully sealed Material of Case FR4, Thermoset Molding Compound Material of Pins Sn63/Pb37, 0.65mm diameter www.meder.com 186 g MEDER electronic RM Serie RF Reed Relay Module 4 input / 4 output DESCRIPTION The RM05-4A-S-4/4 and RM05-2A2B-S-4/4 are low-profile 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 reflow temperatures up to 220oC. FEATURES APPLICATIONS * Test and Measurement * Telecommunications * High frequency applications * 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 profile * Internal magnetic shielding * Gold plated traces for high conductivity signal path * Insulation resistance typically 1014 ohms DIMENSIONS POST REFLOW HEIGHT All dimensions in mm [inch] unspecified tolerances +/- 0.1 mm www.meder.com 187 RM Series MEDER electronic RF Reed Relay Module 4 input / 4 output PAD DESIGNATION (Top view) PAD LAYOUT (Top view) SHEMATIC (Top view) 4A-S-4/4 2A2B-S-4/4 + + + + ORDER INFORMATION Series Nominal Voltage Contact Form Solder Balls Input Output RM - 05 - 4A S- 4/ 4 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 www.meder.com 188 RM Series MEDER electronic RF Reed Relay Module 4 input / 4 output COIL DATA Contact Form Switch Model All Data at 20 C * 4A 2A2B Coil Voltage Coil Resistance Pull-in Voltage Drop-out Voltage Nominal Coil Power VDC VDC VDC mW Min. 80 Max. Min. Typ. Max. Max. Min. Typ. 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. RELAY DATA Module Characteristics Min. Typ Max. Units Insertion Loss Input / Output TBD Voltage standing Wave Ratio VSWR dB Input / Output TBD Isolation Input / Output TBD dB Rise Time Potential change Input / Output TBD psec Characteristics Impedance Input / Output TBD www.meder.com 189 MEDER electronic RM Series RF Reed Relay Module 4 input / 4 output RELAY DATA Switch Model Contact form All Data at 20 C Contact Ratings Switching Power Conditions Switch 80/1 Form A / dry Min. Typ. Any combination of the switching voltage and the current must not exceed the given rated power. Max. Units 10 W Switching Voltage 180 V Switching Current 0.3 A Carry Current 0.5 A 200 m Static Contact Resistance Measured w/ nominal Voltage Insulation Resistance RH 45% Breakdown Voltage 1010 250 VDC Operate Time incl. Bounce Measured w/ nominal Voltage 0.6 ms Release Time Without coil suppression 0.05 ms 0.1 pF 1000 108 Cycles Capacitance Life Expectancies Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance For other load requirements, see the life test section on P. 120. Environmental Data Insulation Resistance Coil to Contact 1011 Dielectric strength Coil to Contact 1.5 kVDC Shock Resistance 1/2 sine wave duration 11 ms 50 Vibration Resistance 10 - 2000 Hz 10 Ambient Temperature 10 C/ minute max. allowable -20 Storage Temperature 10 C/ minute max. allowable Soldering Temperature JEDEC Norm JESD22-A113A o o Cleaning g 85 o C -35 125 o C 190 220 o C fully sealed Material of Case FR4, Thermoset Molding Compound Material of Pins Sn63/Pb37, 0.025" diameter www.meder.com 190 g RM Series MEDER electronic RF Reed Relay Module 4 input / 1 output DESCRIPTION The RM05-6AS-4/1 is a low-profile 4 input / 1 output Relay Module with an FR-4 substrate and rugged thermoset 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 reflow temperatures up to 220oC. FEATURES APPLICATIONS * Test and Measurement * Telecommunications * High frequency applications * 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 profile * Internal magnetic shielding * Gold plated traces for high conductivity signal path * Insulation resistance typically 1014 ohms DIMENSIONS POST REFLOW HEIGHT All dimensions in mm [inch] unspecified tolerances +/- 0.1 mm www.meder.com 191 RM Series MEDER electronic RF Reed Relay Module 4 input / 1 output PAD DESIGNATION PAD LAYOUT (Top view) 1 (Top view) TOP VIEW 2 3 4 5 6 7 8 G H I J 9 A B SHEMATIC C D E F (Top view) ORDER INFORMATION Series Nominal Voltage Contact Form Solder Balls Input Output RM - 05 - 6A S- 4/ 1 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 www.meder.com 192 RM Series MEDER electronic RF Reed Relay Module 4 input / 1 output COIL DATA Contact Form Switch Model All Data at 20 C * 6A Coil Voltage Coil Resistance Pull-in Voltage Drop-out Voltage Nominal Coil Power VDC VDC VDC mW Min. 80 Max. Min. Typ. Max. Max. Min. Typ. 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. RELAY DATA Module Characteristics Min. Typ Max. Units Insertion Loss Input / Output TBD Voltage standing Wave Ratio VSWR dB Input / Output TBD Isolation Input / Output TBD dB Rise Time Potential change Input / Output TBD psec Characteristics Impedance Input / Output TBD www.meder.com 193 MEDER electronic RM Series RF Reed Relay Module 4 input / 1 output RELAY DATA Switch Model Contact form All Data at 20 C Contact Ratings Conditions Switching Power Any combination of the switching voltage and the current must not exceed the given rated power. Switching Voltage Switch 80/1 Form A / dry Min. Typ. Max. Units 10 W 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 m Insulation Resistance RH 45% Breakdown Voltage 1010 250 VDC Operate Time incl. Bounce Measured w/ nominal Voltage 0.6 ms Release Time Without coil suppression 0.05 ms 0.1 pF 1000 108 Cycles Capacitance Life Expectancies Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance For other load requirements, see the life test section on P. 120. Environmental Data Insulation Resistance Coil to Contact 1011 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 o C Storage Temperature 10 oC/ minute max. allowable -35 125 o C Soldering Temperature JEDEC Norm JESD22-A113A 190 220 o C Cleaning fully sealed Material of Case FR4, Thermoset Molding Compound Material of Pins Sn63/Pb37, 0.025" diameter www.meder.com 194 RM Series MEDER electronic Reed Relay Module RM05-8A DESCRIPTION The RM05-8A is a complete Relay Module with one serial 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 forward 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 finished, the code in the shift register can be transferred to the output drives with a positive impulse (clock signal) at Input 5, witch will activate the selected output switches. FEATURES * Reed Relay Module with integrated shift register, storage register and buffer * Saves PCB space * Saves wiring costs * Saves assembly costs APPLICATIONS * Test and Measurement * Telecommunications DIMENSIONS PAD LAYOUT All dimensions in mm [inch] unspecified tolerances +/- 0.1 mm www.meder.com 195 MEDER electronic RM Series Reed Relay Module RM05-8A SHEMATIC RELAY MODULE COIL DATA Coil / Relay Characteristics Current consumption with each switched contact Condition at 20 oC Typ Max. Units 9 10 11 mA 4.75 5.0 5.25 VDC at 5V operating voltage Nominal Voltage Nominal power with each switched contact Min. at 5V operating voltage 50 Insulation Resistance Coil to Contact 1011 Dielectric Strength Coil to Contact 1.5 kVDC www.meder.com 196 mW MEDER electronic RM Series Reed Relay Module RM05-8A RELAY DATA Switch Model Contact form All Data at 20 C Contact Ratings Conditions Switching Power Any combination of the switching voltage and the current must not exceed the given rated power. Switching Voltage Switch 80 Form A / dry Min. Typ. Max. Units 10 W 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 m Insulation Resistance RH 45% Breakdown Voltage 1010 200 VDC Operate Time incl. Bounce Measured w/ nominal Voltage 0.4 ms Release Time Without coil suppression 0.1 ms 0.3 pF 1000 108 Cycles Capacitance Life Expectancies Switching 5 Volts at 10 mA DC only & < 10 pF stray capacitance For other load requirements, see the life test section on P. 120. Environmental Data 1011 Insulation Resistance Coil to Contact 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 o C Storage Temperature 10 oC/ minute max. allowable 260 o C Soldering Temperature JEDEC Norm JESD22-A113A 260 o C Cleaning 1.5 190 fully sealed Material of Case FR4, Thermoset Molding Compound Material of Pins Sn63/Pb37, 0.65mm diameter www.meder.com 197