Integrated Power Telemetry Acquisition

Integrated Power Telemetry Acquisition (IPTA) is a system that simultaneously delivers power to sensors and acquires high-fidelity data from devices, often in challenging or rotating environments, enabling real-time monitoring and control.

Overview

Integrated Power Telemetry Acquisition combines power delivery and data acquisition into a single, seamless system. It is particularly useful in applications where traditional wired connections are impractical, such as rotating machinery, high-voltage environments, or remote installations.

IPT

A systems allow sensors to operate continuously without battery limitations while transmitting accurate measurements of parameters like torque, temperature, voltage, current, and strain in real time. Key FeaturesSingle-Cable or Contactless Operation: Some IPTA systems use a single coaxial cable to supply power and transmit data simultaneously, while others employ inductive coupling to transfer energy and signals across a small air gap, eliminating wear and mechanical fatigue.

High-

Fidelity Data Acquisition: These systems capture digital signals with high integrity, even under extreme temperatures, high rotational speeds, or electromagnetic interference. Modular and Scalable: Modern telemetry solutions, such as those used in vehicles or industrial plants, are modular, allowing the number and type of measurement channels to be customized for specific applications.

Real-

Time Monitoring and Control: IPTA integrates with SCADA systems, RTUs, and PLCs, enabling remote monitoring, automated control, and data logging for distributed assets.

Applications

Rotating Machinery: Measuring torque, bending, and thrust on shafts or turbines without physical wiring. Automotive and Aerospace Testing: Capturing multi-domain parameters such as force, strain, temperature, and digital bus signals in vehicles or aircraft. Industrial Automation: Monitoring pumps, reservoirs, oil wells, and distribution networks with real-time telemetry for pressure, flow, and temperature.

Power Electronics: Telemetry in power supplies, servers, and FPGA applications to dynamically monitor voltage, current, and temperature for optimal performance.

Benefits

Eliminates Wiring Limitations: Reduces mechanical wear and failure risks associated with twisted or fatigued wires. Continuous Power Supply: Inductive or integrated power delivery ensures sensors operate without battery replacement.

Synchronous Multi-

Domain Data: Captures electrical, mechanical, and digital signals in a unified, time-synchronized manner. Enhanced Analysis and Control: Data can be visualized, logged, and analyzed in real time, supporting predictive maintenance and system optimization. Integrated Power Telemetry Acquisition is therefore a critical technology for modern testing, industrial automation, and remote monitoring, providing reliable, high-resolution data while powering sensors in environments where conventional wiring is impractical.