Advanced Signal Routing & Switching

TSS-3300

A 32-channel tri-state relay switching platform for programmable signal routing, isolation, distribution and automated test-system reconfiguration.
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View Specifications
nVolts TSS-3300 tri-state signal switcher
Tri State Signal Switcher

32-Channel Tri-State Switching

Independently configurable signal paths
Switch Matrix 1

Low-Impedance Relay Routing

stat 4ms switching

Fast 4 ms Switching

Open control interface

Open Control & Integration

Key Specifications

Tri State Signal Switcher

32 channels

Tri-state and independently configurable
Switch Matrix 1

Tri-state routing

Route, isolate or distribute signal paths
Open-source control interface

USB-C UART

9600 baud · nV Software · Python / C++ / LabVIEW compatible
TSS-3300 relay switching hardware

Mechanical relays

Latched switching architecture
spec voltage 1

250 VAC

Maximum switching voltage
spec dac 1

2 A @ 30 VDC

Rated DC load
spec current 1

0.5 A @ 125 VAC

Rated AC load
spec frequency 1

4 ms

Maximum operate time
spec output current

4 ms

Maximum release time
32 channel Tri state and configurable 1

100 million

Mechanical operations minimum
spec temperature

USB-C

Control connection
spec gpio

9600 baud

UART communication

Designed for Automated Signal Routing

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Flexible Test Fixtures

Reconfigure signal paths without repeated manual rewiring.

spec range

Multi-Device & Neural Routing

Suitable for switching architectures used in device arrays and research setups.

application device switching

Built-In Tri-State Switching Architecture

The TSS-3300 provides 32 relay-based switching channels for controlled routing, isolation and distribution of electrical signals in automated test setups.
  • 32 independently controlled channels
  • Tri-state switching for flexible signal-path configuration
  • AC and DC switching capability
  • Very-low-impedance mechanical relay paths
  • Suitable as a selector or signal distributor
switch

nV Software & Remote Control

  • Individual channel control
  • USB-C serial communication
  • UART protocol at 9600 baud
  • nV Software interface
nV software interface

Open and Integrable Platform

Compatible with Python, C++, LabVIEW and other software environments. Designed for integration into laboratory automation and industrial/instrumentation control workflows.

Applications

exp vector

Automated test fixtures

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Neural-network signal routing

exp memory

Multi-device switching setups

exp sensor

Sensor & instrumentation routing

Typical Switching Tasks

✓   Signal selection and distribution
✓   Device isolation
✓   AC / DC signal switching
✓   Fixture reconfiguration
✓   Repetitive automated switching
✓   Multi-channel routing
✓   Remote / local integration

✓  Device-to-device variation

✓ Temperature based measurement

✓ DC SWEEP

✓ AC SWEEP

✓ Frequency Response

✓ User Define Tests