** Commradio CTX-10

Object/Artifact

-

Radio Alpha

Image: hamandhfi.com

Image: hamandhfi.com

Name/Title

** Commradio CTX-10

Description

QRP HF Transceiver

Category

Transceiver, HF, QRP

Made/Created

Manufacturer

Commradio

Dimensions

Height

1-5/8 in

Width

5-11/16 in

Depth

6-11/16 in

Weight

2 lb

General Notes

Note

The CommRadio CTX-10 is a rugged, ultra-portable QRP HF transceiver designed by AeroStream Communications in Colorado. It is built with a philosophy of simplicity and durability, often described as having a "military-spec" feel. Extremely rugged construction; exceptional battery life and flexible charging; simple, intuitive interface; high duty cycle for digital modes (FT8). Unlike many modern radios with complex menus, the CTX-10 is designed for "set-it-and-forget-it" ease of use. It features a machined aluminum enclosure that acts as a giant heatsink, allowing it to run at a 100% duty cycle without a cooling fan. It includes three internal #18650 Li-ion batteries providing about 28.8 watt-hours of operation. It can be charged by almost any DC source between 5V and 20V, including solar panels or standard USB power banks. Features a built-in automatic antenna tuner (ATU) and an integrated CW keyer/reader, and a high-contrast OLED display that is easily readable in both bright sunlight and low-light conditions. Specifications Frequency Coverage: Transmit: 80–10 meters Receive: 150 kHz – 30 MH RF Power Output: Selectable: 1W, 5W, or 10W | Modes: SSB, CW, AM (Receive only) Receiver Sensitivity:| –135 dBm (500 Hz CW), –110 dBm (2600 Hz SSB) | Tuning Resolution: 1 MHz down to 10 Hz Antenna Input: BNC 50 Ohm Power Requirements: 5V – 20V DC (NEVER exceed 20 volts) Current Consumption: Receive: ~1.5W / Transmit: ~20W Temperature Range: It is acceptable to charge and use the CTX-10 in the temperature range of 32° - 113°F. It is acceptable to store the CTX-10 in the temperature range of –4° to 113°F. Be aware that temperatures on a vehicle’s dashboard can exceed 176°F, resulting in permanent damage to the transceiver if left there for extended periods.