Tektronix VX4380 256-Crosspoint Matrix Relay Module
Request a quote
Tektronix VX4380 is a high-density VXI relay matrix module with four 4×16 2-wire matrix sections supporting 2A switching current and 220VDC/250VAC voltage.
Product details
| Model | VX4380 |
| Manufacturer | Tektronix |
| Category | RF & Microwave Test Equipment |
| Availability | Made to order |
Description
Overview
The Tektronix VX4380 is a high-density single-slot VXI module providing four independent 4×16 2-wire matrix relay sections. This matrix relay module can be reconfigured to create larger matrix configurations, such as 16×16 or 4×64 2-wire matrices, by connecting sections via the P2 local bus. The module features latching relays for low-power, low-noise operation and supports Option 01 for controlling up to 11 additional relay modules.
Key Features
- Four 4×16 2-wire matrix sections with >15MHz bandwidth (-3dB)
- Maximum switching current of 2A per contact
- Maximum switching voltage of 220VDC, 250VAC per contact
- Maximum switching power of 60W, 125VA per contact
- Latching relays for low-power operation
- Two 160-pin DIN front panel connectors
- Option 01 enables control of up to 11 additional relay modules via VXI P2 local bus
Applications
- Automated test equipment (ATE) signal routing
- RF and microwave switching matrices
- High-density relay switching in VXI-based instrumentation
Specifications
| Matrix Configuration | Four 4×16 2-wire matrix sections |
| Expandable Matrix Sizes | 16×16 or 4×64 2-wire matrices |
| Maximum Switching Current | 2A per contact |
| Maximum Switching Voltage | 220VDC, 250VAC per contact |
| Maximum Switching Power | 60W, 125VA per contact |
| Bandwidth | >15MHz (-3dB) |
| Relay Type | Latching relays |
| Front Panel Connectors | Two 160-pin DIN connectors |
| Module Type | Single-slot VXI C-size module |
| Control Option | Option 01: Control of up to 11 additional relay modules via VXI P2 local bus |
Request a quote
Tektronix VX4380 256-Crosspoint Matrix Relay Module
Response within 24 hours
No obligation
Direct communication