VXITM Compliant VME, VPX, and VXI Switches
from AMETEK Programmable Power
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. The base units for signal switching in DC to RF frequency ranges consist of the SMP1100... [See More]
- Technology: VXI
- Switch Topology: Multiplexer
from AMETEK Programmable Power
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... [See More]
- Technology: VXI
- AC Switching Voltage: 250
- Relay Type: SPST; SPDT
- Operating Speed: 20000
from AMETEK Programmable Power
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,... [See More]
- Technology: VXI
- Operating Speed: 100000
- Switch Topology: Multiplexer
from AMETEK Programmable Power
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. The SMP6001 high-density... [See More]
- Technology: VXI
- Operating Speed: 900000
- Switch Type: RF Switch
from AMETEK Programmable Power
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... [See More]
- Technology: VXI