Motorola DSCP10725 UHF Mobile Duplexer (406-500 MHz) - Pre-Tuned for Clear Communication | Ideal for Two-Way Radios, Emergency Services & Fleet Management
$197.45 $359-45%
Free shipping on all orders over $50
7-15 days international
23 people viewing this product right now!
30-day free returns
Secure checkout
88735706
Guranteed safe checkout
DESCRIPTION
Motorola DSCP10725 (Untuned & Pre-Tuned)
UHF (406-500 MHz) Mobile Duplexer - Untuned or Customer Pre-Tuned Options
The Motorola DSCP10725 UHF mobile duplexer operates in the 406-500 MHz frequency range, enabling simultaneous transmission and reception through a single antenna in repeater systems. Available in both an untuned option for flexible frequency customization and a pre-tuned variant configured to customer-specified frequencies upon purchase. Both versions feature N-female connectors and are recommended for repeater applications under 50 Watts in low-density RF environments. Proper tuning is required for untuned models (instructions included) to maintain the warranty.
Key Features
Wide UHF Range (406-500 MHz): Offers broad frequency coverage for various UHF communication needs.
Untuned or Pre-Tuned Options: Provides flexibility for user customization or convenient out-of-the-box operation.
Customer Pre-Tuning (Optional): Allows for factory pre-configuration to specific frequency spacing upon purchase.
N-Female Connectors: Standard RF interface for easy integration with existing equipment.
Single Antenna Operation: Enables simultaneous transmit and receive using one antenna, reducing complexity.
Compatibility
Compatible with most repeater applications under 50 Watts maximum output power.
Benefits
Simplified Setup: Enables repeater functionality with a single antenna.
Flexible Frequency Options: Choose between user-defined tuning or convenient pre-configuration.
Efficient Communication: Filters signals for clear and reliable simultaneous transmission and reception.
We use cookies to enhance your browsing experience, serve personalized ads or content, and analyze our traffic. By clicking "Allow cookies", you consent to our use of cookies. More Information see our Privacy Policy.