Radio Set Hx Prc 6020 Technical Data [portable] Info
An provides location and situational awareness data for C4I applications, enabling integration with broader command and control systems.
Supported by specialized hooks for power input, ensuring a robust connection.
| Category | Specification | |---|---| | | | | Frequency range | 1.5000 to 29.99999 MHz | | Channels | 2,850,000 @ 10 Hz spacing | | Modulation | USB, LSB, AM | | Frequency modes | Fixed, Dual-frequency, AutoCall, ALE, Frequency-hopping | | Transmitter | | | Output power | 5W / 10W / 20W (selectable, adaptive) | | Receiver | | | Sensitivity | -110 dBm (10 dB SINAD) | | Squelch | Digital FSK, <1 false alarm/hour | | Data | | | Data rate | Up to 4800 bps (std), up to 9600 bps (opt), 19.2 Kbps (HS opt) | | Modems | MIL-STD-188-110A/B, STANAG 4539/4285, single-tone, 39-tone, FSK, MFSK | | Audio | | | Vocoder | 2400/1200 bps, MELP | | Digital squelch | Yes | | Security | | | COMSEC | AES 256 digital encryption | | ECCM | Full-band and sub-band frequency-hopping (>10 hops/sec) | | GPS | Built-in C/A code L1 band GPS receiver | | Power | | | Battery | 12V, 15Ah LiSO₂ (non-rechargeable) | | Temp range | -30°C to +55°C | | Shelf life | >5 years | | Physical | | | Weight (complete) | <7 kg | | Weight (manpack unit) | <4 kg | | Environmental | | | Standards | MIL-STD-810 E/F, MIL-STD-461/2 | | Operating temp | -40°C to +65°C | | Interfaces | | | Antenna | Whip, dipole, long-wire | | Data | RS-232, RMT/DATA, RoIP | | Audio | Hand microphone-speaker |
The PRC-6020 is designed for extended field operations. It is compatible with various power sources: Radio Set Hx Prc 6020 Technical Data
: The internal logic assesses channel degradation on the fly, dynamically adjusting baud rates, modulation density, and error-correction codes to maintain data throughput. 3. COMSEC and ECCM (Electronic Counter-Countermeasures)
Operates using dedicated rechargeable batteries housed in an integral compartment.
Includes Fixed Operating Frequency (FOF), Dual-Frequency Simplex (DFS), and Frequency Hopping for ECCM. An provides location and situational awareness data for
Allows communication with individual stations or specific groups.
The Radio Set HX PRC-6020 is a versatile and reliable communication system designed for military and government applications. Its technical specifications, features, and capabilities make it suitable for a wide range of communication requirements. This report provides a comprehensive overview of the technical data for the Radio Set HX PRC-6020, which can be used for system integration, maintenance, and operational planning.
This radio set is designed for maximum efficiency in tactical, tactical-security, and emergency scenarios, providing reliable and secure communication. It is compatible with various power sources: :
: Features a built-in Automatic Link Establishment protocol (supporting up to 180 tables) that continuously evaluates the ionosphere to select the optimal operating channel without operator intervention. Power Management & Transmitting Specifications
is not merely a voice radio. It integrates digital signal processing (DSP) to support high-speed data modes. This allows for the transmission of text messages, GPS coordinates, and small files even in low-signal environments.
A critical piece of technical data concerns the battery system. The PRC 6020 utilizes a smart lithium-ion battery pack, typically rated at 14.4V and 7.8Ah. The radio’s power management unit delivers a mission duration of 12 to 48 hours depending on the duty cycle (transmit/receive ratio). A low-power standby mode (drawing <100 mA) allows the radio to remain listening for a wake-up call for days. From an interoperability standpoint, the 6020’s technical data lists standard audio interfaces (including 6-pin NATO connectors) and data ports (RS-232, USB, and Ethernet), allowing it to serve as a gateway for tactical tablets, GPS receivers, and even unmanned aerial vehicle (UAV) datalinks. This transforms the radio from a simple walkie-talkie into a tactical network hub.
The PRC-6020 includes both (continuous monitoring) and operator-initiated BIT that tests down to the module level, enabling rapid fault isolation and repair.