SMX-4413 - 1 x (4x40) 2-Wires Matrices

SMX-4413 - 1 x (4x40) 2-Wires Matrices
Main features
  • 1 x (4×40), 2 wires
  • Switching voltage 300 Vac / 300 Vdc
  • Switching current 2 A
  • Typical bandwidth 31 MHz
  • Crosstalk <-68 dB @ 100 KHz
  • Isolation <-62 dB @ 100 KHz
  • End-to-end signal shielding
  • Integrated self-test

SMX-4413: PXIE VTI INSTRUMENTS CARD, FIXED MATRIX 1 x (4×40) 2 WIRES

The SMX-4413 is a high density matrix module in PXIe 3U format. It allows the user to connect any input row to any output column, with a DPST relay at each row / column cross point. This architecture allows for flexible switching system designs where multiple test instruments must be connected to common test points.

The SMX-4413 contains four 2-wire (4X10) matrix blocks configured as 1 x (4×40). The card is able to switch up to 300V in voltage, and 2A in current allowing its use on a wide range of applications. It also includes a built-in self-test mechanism that can be used to determine the quality of the relay.

The SMX-4413 incorporates extended signal shielding. Shield pins are available on the front panel connector to attach it to the cable shield. This preserves signal integrity throughout the signal path by keeping the signals at the same reference level as the UUT. In addition, careful signal routing is done for signal shielding and interference reduction. This allows the SMX-4413 to achieve the best switching performance. This performance allows the board to be used with high frequency signals and signals that have fast rise times and narrow pulse widths.

Ideally suited for medium to high density Automated Test Systems (ATE), the SMX-4xxx series offers uncompromising measurement integrity. The SMX-4xxx series is ideal for the most demanding aerospace, defense and automotive applications.

Find all the downloads concerning the SMX-4413 card on the VTI Instruments website.

Find the full range of VTI Instruments SMX switching boards on our website.

You may also like…

d2142524e13fe03c03727dee8319ca6e>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>