Airborne Data Acquisition & Transmission Telemetry

PARK ENCODER 32S

PARK PCM-32S is an extremely compact PCM encoder capable of handling thirty-two single-ended analog input channels and three RS422 asynchronous serial communication ports. It can encode the analog channel input data and the data received on asynchronous communication channels into a user-defined PCM stream structure. 

The PCM-32S encoder can handle data rates up to 115Kbps on the RS422 serial communication ports and employs a very high-speed (500K samples per second) 12-bit ADC to handle the analog inputs. The unit operates on a single 5V ± 0.25V power supply and dissipates less than one watt of power. It can generate PCM bit streams up to 2Mbits per second.

The PCM frame format, the PCM bit rate, and the commutation schemes required can be downloaded into the configuration flash of the unit from a PC, using the configuration software provided with the unit. Its compact size, rugged construction, field configurability, and low power consumption make it ideally suited for onboard applications.

PARK PCAMi-1000

PCAMi-1000: PARK Compact Avionics Module for Instrumentation

PCAMi-1000 is a rugged Data Acquisition Unit designed for use in commercial and defense aircraft, UAVs, missiles, helicopters, and launch vehicles. It plays a crucial role in measuring performance levels and optimizing the same for various flight systems.

The PCAMi-1000 also serves as a key support unit for Health and Usage Monitoring Systems (HUMS) in flight vehicles, enabling predictive maintenance for different subsystems.

Key Features:

• Field Configurable: Designed with a proprietary bus architecture and pluggable modules.
• Versatile & Scalable: A flexible system that adapts to various aviation needs.
• Master-Slave Distributed Architecture: Supports seamless integration via Ethernet.
• High-Performance Data Acquisition: Capable of collecting and processing data, audio, and video efficiently.

PARK-SSDVRS

PARK SSDVRS - Solid State Digital Video Recording Systems

The PARK SSDVRS refers to Solid State Digital Video Recording Systems. The system combines cutting-edge solid-state technology with robust architecture to ensure long-term operational efficiency, minimal maintenance, and seamless integration into existing platforms.

The ruggedized unit has been tested as per military-grade standards and is capable of maintaining peak performance in challenging conditions. Whether deployed in high-speed flight tests, ground-based military operations, or harsh environmental missions, the PARK SSDVRS delivers high-definition video recording that ensures mission-critical data is captured and preserved for detailed analysis and decision-making.

PARK-ITS100

PARK ITS-100 is an Integrated Telemetry System that is used as Data Acquisition System for Instrumentation. 

The PARK ITS-100 is a MIL-Grade Commercial Off-the-Shelf (COTS) product that supports highly accurate measurement, signal conditioning, serial interface, and bus monitoring, making it the perfect solution for several defence and aerospace applications.

This rugged Data Acquisition Unit (DAU) is capable of peak performance in extreme conditions and comes with an ultra-compact telemetry system and transmitter up to 5 watts with power splitter for dual output of the transmitter. 

It supports a variety of parameters including pressure, vibration, strain, temperature, etc. The signal conditioners can be reconfigured to support combinations of sensors and multiple channels. It’s numerous practical applications make it ideal for launchers, sounding rockets, guided bombs, and missile testing and telemetry.   

 

PARK-EIU

PARK - Engine Instrumentation Unit (EIU)

The PARK - Engine Instrumentation Unit (EIU) enhances reliability and safety by providing real-time engine parameter monitoring. It comes with a range of advanced data acquisition capabilities and supports predictive maintenance while minimizing downtime and maximizing operational efficiency. Equipped with robust diagnostics, it optimizes engine performance and extends its lifecycle, making it an indispensable tool for modern propulsion systems. It is a highly useful unit in the field of aviation and defense.

PARK-ST227

PARK BUMT Series & PARK ST Series – Telemetry Data Transmitters

The PARK BUMT series and the PARK ST series consist of specialized devices designed for transmitting telemetry data from airborne or ground systems to a receiving station. These transmitters operate in specific frequency bands for enhanced flexibility:

• L Band: 1–2 GHz
• S Band: 2–4 GHz

Key Features:

• Customizable Design: Tailored for specific mission-critical requirements.
• Reliable Data Transmission: Ensures uninterrupted performance in dynamic environments.
• Ruggedized Construction: Built to withstand extreme aerospace and defense conditions.
• Low-Latency Transmission: Provides optimized signal integrity for real-time communication.
• Seamless Integration: Compatible with airborne, ground, and satellite systems.
• Enhanced Operational Efficiency: Enables real-time decision-making and mission success.

PARK-BUMT32

PARK BUMT Series & PARK ST Series – Telemetry Data Transmitters

The PARK BUMT series and the PARK ST series consist of specialized devices designed for transmitting telemetry data from airborne or ground systems to a receiving station. These transmitters operate in specific frequency bands for enhanced flexibility:

• L Band: 1–2 GHz
• S Band: 2–4 GHz

Key Features:

• Customizable Design: Tailored for specific mission-critical requirements.
• Reliable Data Transmission: Ensures uninterrupted performance in dynamic environments.
• Ruggedized Construction: Built to withstand extreme aerospace and defense conditions.
• Low-Latency Transmission: Provides optimized signal integrity for real-time communication.
• Seamless Integration: Compatible with airborne, ground, and satellite systems.
• Enhanced Operational Efficiency: Enables real-time decision-making and mission success.

PARK-BUMT31

PARK BUMT Series & PARK ST Series – Telemetry Data Transmitters

The PARK BUMT series and the PARK ST series consist of specialized devices designed for transmitting telemetry data from airborne or ground systems to a receiving station. These transmitters operate in specific frequency bands for enhanced flexibility:

• L Band: 1–2 GHz
• S Band: 2–4 GHz

Key Features:

• Customizable Design: Tailored for specific mission-critical requirements.
• Reliable Data Transmission: Ensures uninterrupted performance in dynamic environments.
• Ruggedized Construction: Built to withstand extreme aerospace and defense conditions.
• Low-Latency Transmission: Provides optimized signal integrity for real-time communication.
• Seamless Integration: Compatible with airborne, ground, and satellite systems.
• Enhanced Operational Efficiency: Enables real-time decision-making and mission success.

PARK-BPBL-14

L Band & S Band Telemetry Power Amplifiers – PARK BP Series

L Band & S Band Telemetry Power Amplifiers are crucial components in modern telemetry systems. The PARK BP Series is designed to amplify RF signals for reliable, long-range data transmission.

Key Features:

• Frequency Range: Operates in the L Band (1–2 GHz) and S Band (2–4 GHz).
• Reliable Communication: Ensures clear and continuous signal transmission in demanding aerospace, defense, and satellite applications.
• High Performance: Delivers robust signal strength, even in harsh environments.
• Seamless Real-Time Data Transfer: Enables uninterrupted telemetry for critical missions.
• Precision Engineering & Rugged Construction: Built to withstand extreme conditions while maintaining signal integrity over vast distances.
• Versatile Applications: Ideal for UAVs, launch vehicles, and space exploration missions requiring dependable and efficient data transmission.

PARK-BPBS39

L Band & S Band Telemetry Power Amplifiers – PARK BP Series

L Band & S Band Telemetry Power Amplifiers are crucial components in modern telemetry systems. The PARK BP Series is designed to amplify RF signals for reliable, long-range data transmission.

Key Features:

• Frequency Range: Operates in the L Band (1–2 GHz) and S Band (2–4 GHz).
• Reliable Communication: Ensures clear and continuous signal transmission in demanding aerospace, defense, and satellite applications.
• High Performance: Delivers robust signal strength, even in harsh environments.
• Seamless Real-Time Data Transfer: Enables uninterrupted telemetry for critical missions.
• Precision Engineering & Rugged Construction: Built to withstand extreme conditions while maintaining signal integrity over vast distances.
• Versatile Applications: Ideal for UAVs, launch vehicles, and space exploration missions requiring dependable and efficient data transmission.

PARK-BHLN24

PARK BHLN: Ruggedized & Reliable Power Dividers

The PARK BHLN consists of ruggedized and reliable power dividers. The L Band & S Band 2-Way Power Dividers are precision-engineered RF components designed to ensure seamless power splitting and combining in telemetry and communication systems.

Key Features:

• Frequency Range: Operates across the L Band (1–2 GHz) and S Band (2–4 GHz) frequencies.
• High Reliability: Ensures accurate signal distribution for mission-critical aerospace, defense, and satellite applications.
• Exceptional Performance: Maintains robust performance and signal integrity, even in extreme conditions.
• Versatile Applications: Ideal for real-time data transmission, communication systems, and advanced telemetry networks.
• Optimized Efficiency: Enhances system reliability and ensures uninterrupted operations in critical environments.

PARK-BHLN23

PARK BHLN: Ruggedized & Reliable Power Dividers

The PARK BHLN consists of ruggedized and reliable power dividers. The L Band & S Band 2-Way Power Dividers are precision-engineered RF components designed to ensure seamless power splitting and combining in telemetry and communication systems.

Key Features:

• Frequency Range: Operates across the L Band (1–2 GHz) and S-Band (2–4 GHz) frequencies.
• High Reliability: Ensures accurate signal distribution for mission-critical aerospace, defense, and satellite applications.
• Exceptional Performance: Maintains robust performance and signal integrity, even in extreme conditions.
• Versatile Applications: Ideal for real-time data transmission, communication systems, and advanced telemetry networks.
• Optimized Efficiency: Enhances system reliability and ensures uninterrupted operations in critical environments.