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SMIP (VXI) Series

VTI's SMIP™ signal switching series revolutionized the automated signal switching marketplace by providing a level of modularity, density, and performance for the VXIbus platform that was unprecedented.

The SMIPII family includes:

  • Power (Switching greater than 2 A)
  • General Purpose
  • Multiplexers/Scanners
  • Matrices
  • RF
  • Relay Drivers, Loads & Digital I/O

Configuring your switch system has never been easier.

Step 1: Start with the SMP1100 or SMP1200 base units.

Step 2: Select up to two switch modules for the SMP1100 or up to six for the SMP1200. Different switch modules can be mixed together for maximum flexibility.

Step 3: Select the appropriate mating connectors

  • SMP1100

    SMIP Single-Slot Base Unit (Holds Two Switch Modules)



    • Holds up to 2 SMP switch modules
    • Switch Modules can be mixed and matched for flexibility and density
    • For maintainability and upgrades in the field, all switch modules are removable from the front panel

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  • SMP1200

    SMIP Double-Slot Base Unit (Holds up to Six Switch Modules)



    • Holds up to 6 SMP switch modules
    • Switch Modules can be mixed and matched for flexibility and density
    • For maintainability and upgrades in the field, all switch modules are removable from the front panel

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  • SMP2001A

    20 SPST 16A Power Switch or 10 DPST 16A, VXI Power Switch



    • Large Switching Capacity in a Small Footprint
    • High Breakdown Voltage (1,000 Vrms between open contacts)
    • Ideal for Switching AC or DC Power Supplies and Current Sources
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • Combine with Other SMP Modules within a Single or Double Slot VXI Card
    • 20 SPST 16 A or 10 DPST 16A
    • 250VAC, 125VDC
    • 300W, 2000VA
    • More than 20 MHz Bandwidth

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  • SMP2002A

    12 SPDT 16A, VXI Power Switch



    • Large Switching Capacity in a Small Footprint
    • High Breakdown Voltage (1,000 Vrms between open contacts)
    • Ideal for Switching AC or DC Power Supplies and Current Sources
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • Combine with Other SMP Modules within a Single or Double Slot VXI Card
    • 12 SPDT 16A
    • 250VAC, 125VDC
    • 300W, 2000VA
    • More than 20 MHz Bandwidth

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  • SMP2003

    8 SPDT 20A Power Switch (SMP1100 Only)



    • High Switching Capacity
    • High Breakdown Voltage (1,500 Vrms between open contacts)
    • Ideal for Switching AC or DC Power Supplies and High Current Sources
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • 8 SPDT 20A
    • 270VAC, 220VDC
    • 600WDC, 5400VA
    • More than 20 MHz Bandwidth

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  • SMP2004

    12 SPST 20A Power Switch (SMP1100 Only)



    • High Switching Capacity
    • High Breakdown Voltage (1,500 Vrms between open contacts)
    • Ideal for Switching AC or DC Power Supplies and High Current Sources
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • 12 SPST 20A
    • 270VAC, 220VDC
    • 600WDC, 5400VA
    • More than 20 MHz Bandwidth

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  • SMP2005

    3 SPDT & 3 SP4T 20A Power Switch (SMP1100 Only)



    • High Switching Capacity
    • High Breakdown Voltage (1,500 Vrms between open contacts)
    • Ideal for Switching AC or DC Power Supplies and High Current Sources
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • 3 SPDT & 3 SP4T 20A
    • 270VAC, 220VDC
    • 600WDC, 5400VA
    • More than 20 MHz Bandwidth

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  • SMP2007A

    48-ch 1000V High Voltage Multiplexer



    • High-density, High-voltage Multiplexer/Scanner (1x288 in a VXI Double-slot)
    • Built-in Configuration Relays Expand the 1x24 Multiplexer Building Blocks
    • Ideal for Hipot, Cable Breakdown, Source-Measure-Unit and Power Supply Switching
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Break-Before-Make (BBM) and Make-Before-Break (MBB) Accomplished in Hardware, Considerably Improving Scanning Time

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  • SMP2008

    16 DPST 500V High-Voltage Relays



    • Large Switching Capacity in a Small Footprint
    • High Breakdown Voltage (2,000 Vrms between open contacts)
    • Shielded Coaxial Signal Paths Improve Signal Integrity
    • 75 Ohm Impedance for Communications Applications
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • 16 DPST 500V 75 ohm
    • 1A Switch
    • 2A Carry
    • 25WDC
    • More than 35 MHz Bandwidth

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  • SMP2009

    16 SPDT 500V High-Voltage Relays



    • Large Switching Capacity in a Small Footprint
    • High Breakdown Voltage (2,000 Vrms between open contacts)
    • Shielded Coaxial Signal Paths Improve Signal Integrity
    • 75 Ohm Impedance for Communications Applications
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • 16 SPDT 500V 75 ohm
    • 1A Switch
    • 2A Carry
    • 25WDC
    • More than 35 MHz Bandwidth

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  • SMP2012

    10 SPST 30A Power Switch (SMP1100 Only)



    • High Current Switching Capacity
    • High Breakdown Voltage (1,500V rms between open contacts)
    • Ideal for Switching AC or DC Power Supplies and High Current Sources

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  • SMP2104

    10-Channel 20 A DC Solid State Switch



    • 10 SPST 60VDC, 20 A DC solid state relays
    • Unlimited relay life cycles with solid state relays
    • Provides for hot and cold power switching
    • Can handle in-rush currents of < 70 A DC
    • Fail-safe interrupt input on front panels for emergency safety conditions

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  • SMP2300

    24 SPST or 12 SPDT 500V, 2A Carry (50 Ohm)



    • 500V DC Operation in a Small Footprint with Controlled Impedance
    • Up to 144 Channels in Two VXI Card Slots
    • SPST Relays can be Paired to Configure 12 DPST Relays per SMP2300
    • Fail-safe Interrupt Input on Front Panels for Emergency Fault Conditions

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  • SMP2300-93

    24 SPST or 12 SPDT 500V, 2A Carry (93 Ohm)



    • 500V DC Operation in a Small Footprint with Controlled Impedance
    • Up to 144 Channels in Two VXI Card Slots
    • SPST Relays can be Paired to Configure 12 DPST Relays per SMP2300
    • Fail-safe Interrupt Input on Front Panels for Emergency Fault Conditions

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  • SMP3001

    1x64 2-wire Multiplexer or 1x128 1-wire



    • High-density mutiplexing/scanning (1x768 in a VXI Double-slot)
    • Built-in Configuration Relays Expand the 1x16 Multiplexer Building Blocks
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Break-Before-Make (BBM) and Make-Before-Break (MBB) Accomplished in Hardware, Considerably Improving Scanning Time
    • 8 (1x16) 1-wire, 8 (1x8) 2-wire or 4x(1x8) 4-wiremultiplexer
    • 2A
    • 300VDC
    • 60WDC, 125VA
    • More than 100 MHz Bandwidth

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  • SMP3001DS

    1x64 2-wire Multiplexer, Discharge capability



    • High-density Mutiplexing/Scanning (1x768 in a VXI Double-slot)
    • Built-in Configuration Relays Expand the 1x16 Multiplexer Building Blocks
    • Internal Capacitive Discharge Relays keep High Voltages from Disturbing Sensitive Measurement Points
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Break-Before-Make (BBM) and Make-Before-Break (MBB) Accomplished in Hardware, Considerably Improving Scanning Time
    • 8 (1x8) 2-wire or 4x(1x8) 4-wire multiplexer
    • 2A
    • 300VDC
    • 60WDC, 125VA
    • More than 100 MHz Bandwidth

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  • SMP3002

    16 (1x8) 1-wire Multiplexer



    • High-density Multiplexing/Scanning (1x768 in a VXI Double-slot)
    • High Voltage and Current Carrying Capabilities
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Break-Before-Make (BBM) and Make-Before-Break (MBB) Accomplished in Hardware, Considerably Improving Scanning time

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  • SMP3005

    12 (1x5) 2-wire Multiplexer



    • High-density Multiplexing/Scanning
    • Built-in Configuration Relays Expand the 1x5 Multiplexer Building Blocks
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Break-Before-Make (BBM) and Make-Before-Break (MBB) Accomplished in Hardware, Considerably Improving Scanning Time

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  • SMP3620

    24-Channel Digital-Analog Converter



    • 24 independent 16-bit D/A converters per module
    • Up to 48 channels per single VXI slot, 144 channels in two slots
    • Programmable outputs per channel 0 – 35 V DC
    • Mix and match with other SMIP switching and I/O modules for maximum system flexibility
    • Up to 20 mA short circuit protection

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  • SMP3625

    16-Channel 400 Hz Output



    • 16 independent 16-bit D/A converters per module
    • Up to 32 channels per single VXI slot, 96 channels in two slots
    • 400 Hz outputs programmable per channel 0 – 70 V pk-pk
    • Mix and match with other SMIP switching and I/O modules for maximum system flexibility
    • Up to 20 mA short circuit protection

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  • SMP4001

    9 (4x4) 2-Wire Matrices, 2A per Channel



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Matrices Built up Using 4x4 Building Blocks for Configuration Flexibility
    • 2A Switching per Path
    • 9 (4x4) 2-wire matrices
    • 300VDC
    • 60W, 125VA
    • More than 35 MHz Bandwidth

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  • SMP4001-S

    User-defined Matrix, Built from 9 (4x4) Matrices



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Matrices Built up Using 4x4 Building Blocks for Configuration Flexibility
    • 2A Switching per Path
    • 300VDC
    • 60WDC, 125VA
    • More than 35 MHz Bandwidth

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  • SMP4002

    1 (4x36) 2-Wire Matrix, 2A per Channel



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • 2A Switching per Path
    • 1 (4x36) 2-wire matrices
    • 300VDC
    • 60W, 125VA

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  • SMP4003

    2 (4x16) 2-Wire and 1 (4x4) 2-Wire Matrices, 2A per Channel



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Matrices Built up Using 4x4 Building Blocks for Configuration Flexibility
    • 2A Switching per Path
    • 2 (4x16) and 1 (4x4) 2-wire matrices
    • 300VDC
    • 60W, 125VA

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  • SMP4004

    1 (8x16) 2-Wire and 1 (4x4) 2-Wire Matrices, 2A per Channel



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Matrices Built up Using 4x4 Building Blocks for Configuration Flexibility
    • 2A Switching per Path
    • 1 (8x16) and 1 (4x4) 2-wire matrices
    • 300VDC
    • 60WDC, 125VA

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  • SMP4005

    1 (12x12) 2-Wire Matrix, 2A per Channel



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Matrices Built up Using 4x4 Building Blocks for Configuration Flexibility
    • 2A Switching per Path
    • 1 (12x12) 2-wire matrices
    • 300VDC
    • 60WDC, 125VA
    • More than 30 MHz Bandwidth

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  • SMP4006

    3 (4x12) 2-Wire Matrices, 2A per Channel



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Matrices Built up Using 4x4 Building Blocks for Configuration Flexibility
    • 2A Switching per Path
    • 3 (4x12) 2-wire matrices
    • 300VDC
    • 60WDC, 125VA
    • More than 50 MHz Bandwidth

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  • SMP4007

    2 (8x8) 2-Wire Matrices and 1 (4x4) 2-Wire Matrices



    • Highest Density 2-wire Matrix Available on the Market (4x216 in 2 VXIbus Slots)
    • Extensive Signal Shielding Employed on PCBs for Excellent Signal Fidelity
    • Matrices Built up Using 4x4 Building Blocks for Configuration Flexibility
    • 2A Switching per Path
    • 2 (8x8) 2-wire matrices
    • 300VDC
    • 60WDC, 125VA
    • More than 50 MHz Bandwidth

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  • SMP4028

    8 (2x8) Coaxial Matrix



    • Ideal for Instrument Matrix Switching
    • High Voltage and Current Handling Capabilities
    • 2A Switching per Path
    • 50 Ohm Characteristic Impedance
    • Extensive Shielding Employed on PCB’s for Excellent Signal Fidelity
    • VXI plug&play Drivers

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  • SMP4044

    1 (8x20) Coaxial Matrix



    • Ideal for Instrument Matrix Switching
    • Front Panel Expandability to Larger Matrix Configurations
    • 1A Switching per Path
    • 50 Ohm Characteristic Impedance
    • Extensive Shielding Employed on PCB's for Excellent Signal Fidelity
    • VXIplug&play Drivers

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  • SMP5001

    80 SPST Relays, 2 A Per Channel



    • High channel counts - up to 480 SPST relays in two VXIbus card slots
    • Can be mixed and matched to create application specific configurations
    • Ideal for general purpose switching
    • SPST relays can be paired to configure 40 DPST relays per SM5001
    • 80 SPST or 40 DPST
    • 2 A
    • 300 V
    • 60 W, 125 VA
    • More than 100 MHz bandwidth

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  • SMP5002

    50 SPDT Relays, 2 A Per Channel



    • High channel counts - up to 300 SPDT relays in two VXIbus card slots
    • Can be mixed and matched to create application specific configurations
    • Ideal for general purpose switching
    • SPDT relays can be paired to configure 25 DPDT relays per SM5002
    • 50 SPDT or 25 DPDT
    • 2 A
    • 300 V
    • 60 W, 125 VA
    • More than 100 MHz bandwidth

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  • SMP5003

    26 (1x4) 2 A Switch Module



    • High channel counts - up to 156 SP4T relays in two VXIbus card slots
    • Can be mixed and matched to create application specific configurations
    • Ideal for general purpose switching
    • 26 SP4T
    • 2 A
    • 300 V
    • 60 W, 125 VA
    • More than 50 Mhz bandwidth

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  • SMP5004

    30 SPDT 5A Relays



    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • All Cards have Built-in Shield Planes to Improve Signal Integrity
    • Ideal for 5A General Purpose Switching
    • SPDT Relays can be Paired to Configure 15 DPDT Relays per SM5004
    • 30 SPDT or 15 DPDT
    • 5A
    • 110VDC, 250VAC
    • 150W, 1250VA
    • More than 50 MHz Bandwidth

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  • SMP5005

    48 SPST 5A, 220V Relays



    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • All Cards have Built-in Shield Planes to Improve Signal Integrity
    • Ideal for 5A General Purpose Switching
    • SPST Relays can be Paired to Configure 24 DPST Relays per SM5005
    • 48 SPST or 24 DPST
    • 5A/30VDC
    • 5A/250VAC
    • More than 50 MHz bandwidth

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  • SMP6001

    10 (1x4) Coaxial Trees 900MHz



    • Greater than 900MHz Bandwidths with Excellent Crosstalk and Isolation
    • Can be Mixed and Matched to Create Application Specific Configurations
    • Ideal for General Purpose RF Switching with High Signal Fidelity
    • No Unterminated Stub Effects
    • 10 (1x4) Trees
    • 0.5 A
    • 100V
    • 10W

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  • SMP6002

    17 (1x2) Coaxial Switches 900MHz



    • Greater than 900MHz Bandwidths with Excellent Crosstalk and Isolation
    • Can be Mixed and Matched to Create Application Specific Configurations
    • Ideal for General Purpose RF Switching with High Signal Fidelity
    • No Unterminated Stub Effects
    • 17 (1x2) Switches
    • 0.5A
    • 100V
    • 10W

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  • SMP6004

    3 (1x8) and 3 (1x2) Coaxial Stars 500MHz



    • Greater than 500MHz Bandwidths with Excellent Crosstalk and Isolation
    • Star Configurations Allow any Channel to be Connected to any other Channel
    • Ideal for General Purpose RF Switching with High Signal Fidelity
    • Optional 50 ohm Terminations (1/2 Watt)
    • 3 (1x8) and 3 (1x2) Stars
    • 0.5A
    • 100V
    • 10W

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  • SMP6005

    8 (1x4) Star Switches 500MHz



    • Greater than 500MHz Bandwidths with Excellent Crosstalk and Isolation
    • Star Configurations Allow any Channel to be Connected to any other Channel
    • Ideal for General Purpose RF Switching with High Signal Fidelity
    • Optional 50 ohm Terminations (1/2 Watt)
    • 8 (1x4) Stars
    • 0.5A
    • 100V
    • 10W

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  • SMP6006

    2 (1x16) Hi-Voltage Star Switches >250 MHz



    • Greater than 250 MHz bandwidth
    • Very high-density (Two 1x16 Muxes)
    • 500 V switching capability
    • Ideal for differential coaxial switching
    • Star configurations allow any channel to be connected to any other channel

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  • SMP6101

    10 (1x4) Coaxial Trees 1.3GHz



    • Highest Density RF Switches & Matrices
    • Ideal for General Purpose RF Switching with High Signal Fidelity and Total System Bandwidths > 1.3 GHz
    • Can be Mixed and Matched to Create Application Specific Configurations
    • No Unterminated Stub Effects
    • Excellent Crosstalk and Isolation Specifications
    • 10 (1x4) Trees
    • 0.5A
    • 100V
    • 10W

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  • SMP6102

    17 (1x2) Coaxial Switches 1.3GHz



    • Highest Density RF Switches & Matrices
    • Ideal for General Purpose RF Switching with High Signal Fidelity and Total System Bandwidths > 1.3 GHz
    • Can be Mixed and Matched to Create Application Specific Configurations
    • No Unterminated Stub Effects
    • Excellent Crosstalk and Isolated Specifications
    • 17 (1x2) Trees
    • 0.5A
    • 100V
    • 10W

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  • SMP6103

    1x31 RF Mux



    • High-density RF Tree (1x31)
    • Can be Mixed and Matched with Combiners/Splitters and other SMIPII Nodules to Create Application Specific Configurations
    • No Unterminated Stub Effects
    • 10W Maximum Switching Power
    • Excellent Crosstalk and Isolation Specifications

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  • SMP6122

    6 (2x2) Matrix 1.0GHz



    • Highest Density RF Switches & Matrices
    • Ideal for General Purpose RF Switching with High Signal Fidelity and Total System Bandwidths > 1.3 GHz
    • Can be Mixed and Matched to Create Application Specific Configurations
    • No Unterminated Stub Effects
    • Excellent Crosstalk and Isolated Specifications
    • 6 (2x2) Trees
    • 0.5A
    • 100V
    • 10W

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  • SMP6144

    1 (4x4) Matrix 1.0GHz



    • Highest Density RF Switches & Matrices
    • Ideal for General Purpose RF Switching with High Signal Fidelity and Total System Bandwidths > 1.3 GHz
    • Can be Mixed and Matched to Create Application Specific Configurations
    • No Unterminated Stub Effects
    • Excellent Crosstalk and Isolated Specifications
    • 1 (4x4) Trees
    • 0.5A
    • 100
    • 10W

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  • SMP6202

    17 (1x2) Coaxial Switches - 75 Ohm Tree > 500 MHz



    • Greater than 500MHz Bandwidths with Excellent Crosstalk and Isolation
    • High-density 75 ohms Switching
    • Ideal for General Purpose Telecommunication and Video Applications
    • Can be Mixed and Matched to Create Application Specific Configurations
    • No Unterminated Stub Effects
    • 17 (1x2) 75 ohm Trees
    • 0.5A
    • 100V
    • 10W

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  • SMP6301

    4 (1x4) >1.8 GHz (SMB Connectors)



    • Greater than 1.8GHz Bandwidths with Excellent Crosstalk and Isolation
    • SMB Male Connectors for High Performance
    • 10W Maximum Switching Power
    • Can be Mixed and Matched to Create Application-specific Configurations
    • Ideal for General Puerpose RF Switching with High Signal Fidelity
    • No Unterminated Stub Effects

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  • SMP6301T

    4 (1x4) >1.8 GHz with 50 Ohm Termination (SMB Connectors)



    • 50 Ohm On-board Self-termination Installed
    • SMB Male Connectors for High Performance
    • Greater than 1.8GHz Bandwidths with Excellent Crosstalk and Isolation
    • 10W Maximum Switching Power
    • Can be Mixed and Matched to Create Application-specific Configurations
    • Ideal for General Puerpose RF Switching with High Signal Fidelity
    • No Unterminated Stub Effects

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  • SMP7000-15

    Modular Prototyping breadboard with 15p DSub



    • 96 digital lines configurable as either input or output
    • Five available power supply rails for custom designs
    • Mix and match with standard SMIP switching and digital I/O modules to create high density configurations
    • VXIplug&play driver simplifies software development
    • On-board connector header for simplified migration to PCB implementation
    • Access to 16 MHz clock for use in complex designs
    • Multiple front panel connector options

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  • SMP7000-160

    Modular Prototyping breadboard with 160p DSub



    • 96 digital lines configurable as either input or output
    • Five available power supply rails for custom designs
    • Mix and match with standard SMIP switching and digital I/O modules to create high density configurations
    • VXIplug&play driver simplifies software development
    • On-board connector header for simplified migration to PCB implementation
    • Access to 16 MHz clock for use in complex designs
    • Multiple front panel connector options

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  • SMP7000-25

    Modular Prototyping breadboard with 25p DSub



    • 96 digital lines configurable as either input or output
    • Five available power supply rails for custom designs
    • Mix and match with standard SMIP switching and digital I/O modules to create high density configurations
    • VXIplug&play driver simplifies software development
    • On-board connector header for simplified migration to PCB implementation
    • Access to 16 MHz clock for use in complex designs
    • Multiple front panel connector options

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  • SMP7000-44

    Modular Prototyping breadboard with 44p DSub



    • 96 digital lines configurable as either input or output
    • Five available power supply rails for custom designs
    • Mix and match with standard SMIP switching and digital I/O modules to create high density configurations
    • VXIplug&play driver simplifies software development
    • On-board connector header for simplified migration to PCB implementation
    • Access to 16 MHz clock for use in complex designs
    • Multiple front panel connector options

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  • SMP7000-62

    Modular Prototyping breadboard with 62p DSub



    • 96 digital lines configurable as either input or output
    • Five available power supply rails for custom designs
    • Mix and match with standard SMIP switching and digital I/O modules to create high density configurations
    • VXIplug&play driver simplifies software development
    • On-board connector header for simplified migration to PCB implementation
    • Access to 16 MHz clock for use in complex designs
    • Multiple front panel connector options

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  • SMP7500

    96-Channel 300 mA Open-Collector/Relay Driver



    • Twelve Groups of 8 I/O Bits Each
    • Up to 192 Channels per Single VXIbus C-size Slot
    • Register-based Data Access for Fast Data Throughput
    • SMIPII™ Memory used for Memory Backed Word Generator
    • Flexible Triggering and Handshaking Capability
    • High current capability - Ideal for driving external relays

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  • SMP7600A

    Single-channel Programmable 5W Load



    • Ideal for Unit Under Test Loading or Simulation
    • 5 Watt High-density Programmable Load Module
    • Wide Resistance Range from 0.5 ohm to 1.5 M ohm
    • 0.1 ohm Step Size
    • Over-voltage, Over-current, and Over-temperature Sensing
    • External Voltage and Current Sense Outputs
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • VXIplug&play Drivers

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  • SMP7600A-S-11351

    Single-channel Programmable 5W Load for RT-CASS



    • Ideal for Unit Under Test Loading or Simulation
    • 5 Watt High-density Programmable Load Module
    • Wide Resistance Range from 0.5 ohm to 1.5 M ohm
    • 0.1 ohm Step Size
    • Over-voltage, Over-current, and Over-temperature Sensing
    • External Voltage and Current Sense Outputs
    • Fail-safe Interrupt Input on Front Panels for Emergency Safety Conditions
    • VXIplug&play Drivers

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  • VXI Mainframes and Controllers

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