Telemetry Solutions

Rugged, highly durable, telemetry solutions for airborne applications like Aircrafts, Parachutes, Projectiles and Space systems.

OVERVIEW

Telemetry solutions use a remote sensing technique by which measurements and other data are collected at remote or inaccessible points and transmitted to receiving equipment for monitoring. Parameters such as velocity, altitude, temperature, etc. are measured, and transmitted via telemetry techniques to a distant station where they are displayed, recorded and analyzed. The transmission media for telemetry products and modules may be air, space, copper wire or fiber cable, depending on the application.

Telemetry solutions and modules gather and process critical information on-board spacecrafts, aircrafts, projectiles and UAVs. Mistral provides custom engineering services for designing  airborne telemetry solutions compliant with IRIG106 Class2 specifications that support a variety of video, data and command & control link needs that meet all perquisite environment and performance requirements.

Airborne telemetry solutions gather and process critical information on-board spacecrafts, aircrafts, projectiles and UAVs.  We design FPGA based airborne telemetry solutions that record and transmit data to remote receiving stations on the ground which process and display it for further analysis and decision-making. These airborne telemetry solutions are built to function under the most severe conditions of defense and aerospace applications.

EXPERTISE

Telemetry Solutions

Aircrafts

Data acquisition, processing and transmission of flight, engine and Actuator parameters

Interfaces to data recorders

Video Telemetry soutions

Projectiles

Miniature battery-operated Telemetry solutions

Modules with built-in S-band Transmitter

Digital Data Processing

Space

Multi-stage data acquisition and transmission

Captures temperature, vibration, stress
and pressure parameters

Parachutes

For capturing velocity and direction data

Light-weight, rechargable
battery-operated

Design and Development

TElemetry solutions with Finite state machines implemented on FPGA, no microprocessor involved

Modulation Techniques

Digital: BPSK, QPSK

Analog: PCM, PAM

Analog multiplexed systems with Anti-aliasing filters, A/D converters and programmable digital filters

Crosstalk elimination

Flexible sample rates

Simultaneous, Over/Super Sampling Methods

Error correction techniques

IIR and FIR Digital filters

S-Band based transmission programmable frequency from 2.2 – 2.4 GHz, with a resolution of 0.1 MHz

Rechargeable Li-ion battery packs

Internal & External Interfaces

Signal conditioning electronics for external interfaces

Electrical, sensors, Analog

Optical and analog isolation

12-bit resolution for all sensor and electrical channels

Digital filter for all sensor and electrical channels

Transient protection provided on all sensor and electrical channels

Serial Interfaces

RS 232, RS 422, UART, MIL1553B, ARINC-429 and Ethernet