Modular Systems > National Instruments > PXI Matrix Switch Modules




Or speak to a sales representative for additional information:
PXI-2533 In Stock | Ships in 5-10 Days
PXI-2533, 1-Wire, PXI Matrix Switch Module
Need an Official Quote?
National Instruments PXI-2533 PXI Matrix Switch Module
Featured with Solid-State Relays (SSRs), the National Instruments PXI-2533 (Part Number: 778572-33) is a 1-Wire, 256-Crosspoint PXI Matrix Switch Module. The PXI-2533 is known for its reliability since its relays have an unlimited mechanical lifetime. This model offers ±55 VDC, 30 VACrms maximum switching voltage, 55 W maximum switching power, and 1 A maximum switching current. The module is designed to provide >2 GΩ, typical DC isolation resistance, 2 µV, typical, and 1 Ω (typical) total row-to-column path resistance.
In a one row to one column, 50 Ω system, the NI PXI 2533 can provide >1.5 MHz (typical) single crosspoint bandwidth. The SSRs incorporated in this switch module have 724 µs (typical) and 2.5 ms (maximum) operating time. The NI PXI-2533 can scan at the rate of 400 crosspoints/s when switching at 1 Ampere and <20 V, with a simultaneous drive limit of 256 relays. This Matrix Switch Module can be triggered through PXI trigger lines <0 to 7> at a minimum pulse width of 70 ns and can generate output trigger signals at a programmable pulse width within a range of 1 µs to 62 µs.
For I/O connections, this model comes equipped with a 68-pin male SCSI type connector. The NI PXI-2533 consumes 8 W at 5 V, 1 W at 3.3 V in typical conditions. It is a 3U type, one slot PXI module and has physical dimensions of 21.6 × 2.0 × 13.0 cm. This module can be configured in a 1-wire 4 × 64 matrix topology.
Model | PXI-2533 (778572-33) |
---|---|
Manufacturer | National Instruments |
Type | PXI Matrix Switch Module |
Crosspoints | 256 |
Banks | 1 |
Rows | 4 |
Columns | 64 |
Dimensions | 8.5 x 0.8 x 5.1 in. |
Weight | 8.4 oz. |
Warranty | 2-3 Year Warranty |
PXI-2533 Manual | User Manual and Maintenance Manual Available for Download |
Price | Contact a sales representative for a quote. |
Associated part numbers for the PXI-2533:
197623A-01, 197623A-01L, 197623B-01L, 197805A-01, 197805A-01L, 197805B-01L, 778572-33
National Instruments PXI-2533 Frequently Asked Questions
Question: What is the minimum pulse width of the NI PXI-2533?
Answer: The minimum pulse width of the NI PXI-2533 is 70 ns.
Question: What type of I/O connector is on the PXI-2533?
Answer: The PXI-2533 has a 68-pin male SCSI I/O connector.
Question: What is the switch bandwidth of the PXI-2533?
Answer: The PXI-2533 has a 1.5 MHz switch bandwidth.
Question: What is the scan rate for the PXI-2533 PXI Matrix Switch Module?
Answer: The PXI-2533 PXI Matrix Switch Module has a scan rate of 400 cycles/s.
PXI-2533 PDF Manuals
NI PXI-2533 SPECIFICATIONS.PDF
PXI-2533 2534 LETTER OF VOLATILITY.PDF
PXI-2533 Diagrams
Driver Downloads for PXI-2533
OS Compatibility:
Win XP 32-bit, Win 7 32-bit, Win 10 32-bit
Why Buy From Apex Waves:
"Hand carrying parts to fedex directly to make sure I get them overnight. Great service"
"They were very helpful to get me the test equipment that I need."
PXI-2533
Modular Systems > National Instruments > PXI Matrix Switch Modules
PXI-2533, 1-Wire, PXI Matrix Switch Module
1-800-915-6216
- Description
- Technical Specifications
- FAQ
- Manuals & PDFs
- Drivers
National Instruments PXI-2533 PXI Matrix Switch Module
Featured with Solid-State Relays (SSRs), the National Instruments PXI-2533 (Part Number: 778572-33) is a 1-Wire, 256-Crosspoint PXI Matrix Switch Module. The PXI-2533 is known for its reliability since its relays have an unlimited mechanical lifetime. This model offers ±55 VDC, 30 VACrms maximum switching voltage, 55 W maximum switching power, and 1 A maximum switching current. The module is designed to provide >2 GΩ, typical DC isolation resistance, 2 µV, typical, and 1 Ω (typical) total row-to-column path resistance.
In a one row to one column, 50 Ω system, the NI PXI 2533 can provide >1.5 MHz (typical) single crosspoint bandwidth. The SSRs incorporated in this switch module have 724 µs (typical) and 2.5 ms (maximum) operating time. The NI PXI-2533 can scan at the rate of 400 crosspoints/s when switching at 1 Ampere and <20 V, with a simultaneous drive limit of 256 relays. This Matrix Switch Module can be triggered through PXI trigger lines <0 to 7> at a minimum pulse width of 70 ns and can generate output trigger signals at a programmable pulse width within a range of 1 µs to 62 µs.
For I/O connections, this model comes equipped with a 68-pin male SCSI type connector. The NI PXI-2533 consumes 8 W at 5 V, 1 W at 3.3 V in typical conditions. It is a 3U type, one slot PXI module and has physical dimensions of 21.6 × 2.0 × 13.0 cm. This module can be configured in a 1-wire 4 × 64 matrix topology.
Model | PXI-2533 (778572-33) |
---|---|
Manufacturer | National Instruments |
Type | PXI Matrix Switch Module |
Crosspoints | 256 |
Banks | 1 |
Rows | 4 |
Columns | 64 |
Dimensions | 8.5 x 0.8 x 5.1 in. |
Weight | 8.4 oz. |
Warranty | 2-3 Year Warranty |
PXI-2533 Manual | User Manual and Maintenance Manual Available for Download |
Price | Contact a sales representative for a quote. |
National Instruments PXI-2533 Frequently Asked Questions
Question: What is the minimum pulse width of the NI PXI-2533?
Answer: The minimum pulse width of the NI PXI-2533 is 70 ns.
Question: What type of I/O connector is on the PXI-2533?
Answer: The PXI-2533 has a 68-pin male SCSI I/O connector.
Question: What is the switch bandwidth of the PXI-2533?
Answer: The PXI-2533 has a 1.5 MHz switch bandwidth.
Question: What is the scan rate for the PXI-2533 PXI Matrix Switch Module?
Answer: The PXI-2533 PXI Matrix Switch Module has a scan rate of 400 cycles/s.
PXI-2533 PDF Manuals & Diagrams
PXI-2533 PDF Manuals
NI PXI-2533 SPECIFICATIONS.PDF
PXI-2533 2534 LETTER OF VOLATILITY.PDF
PXI-2533 Diagrams
Why Buy From Apex Waves
"The business transaction was super easy and friendly."
"Hand carrying parts to fedex directly to make sure I get them overnight. Great service"
"They were very helpful to get me the test equipment that I need."