PhoenixKonnect

PHOENIXKONNECT™ AND MECALC

Computer Methods and MECALC Technologies are excited to announce a collaborative offering for transient and streaming data capture, designed for today’s stringent traceability requirements.

Broadband vs Damped Sensor Response

MECALC ALI25 Transient Data Capture

High-Speed Video Synchronized with Event Time-Zero

MECALC QuantusSeries Mainframe

Signal Directory Manages Configuration and Data Capture

Python Endaq Module for Post-Processing

PhoenixKonnect™

An intuitive software solution for control, channel/signal validation, capture, analysis, and archiving of data. Supports simultaneous transient and streaming capture from multiple sources. PhoenixKonnect post-processing offers support for custom Python scripts or interfaces with Matlab and Kornucopia.

MECALC

The ALI25 is the industry’s first 5M Sa/s, 24-bit acquisition module with a flat bandwidth response greater than 2 MHz and built-in signal conditioning for bridge-type transducers. WSB and ICP streaming modules are also available and supported by PhoenixKonnect.

SDVXI

The VX2805 has been an industry standard for high-speed transient data capture for over 20 years. PhoenixKonnect supports existing SDVXI customers and provides a cost-effective path for upgrading legacy systems with MECALC hardware.

PhoenixKonnect on Display

Videos presented at Automotive Testing Expo in Stuttgart

PhoenixKonnect Analyzes Pyroshock Data

MECALC ATE Recap

KEY SYSTEM SPECIFICATIONS:

Ability to configure systems up to 1000 channels.
Built-in signal conditioning for bridge-type transducers and voltage signals. Constant voltage or current excitation is programmable for each channel and supports TEDS.
Continuous pre-trigger monitoring with summarized channel information and sensor-fault detection verifies measurement integrity prior to data capture.
21M sample data memory per channel.
Buffered broadband low-noise output on each channel for monitoring or capture using a backup data collection system.
Events are triggerable by an advanced set of options to support multi-system synchronization and ensure event detection.
Post-event signal processing scans each channel and graphically highlights both analog and digital overloads.