Bird 4480A RF Wattmeter for ensuring radio readiness
The Bird 4480A Power Meter offers element-free, precise RF power measurements for CW and digital signals. It’s designed for ease of use, delivering reliable performance across a wide range of applications.
Key Features:
Element-Free Operation for simplified measurements.
Supports CW & Digital Signals, perfect for modern RF systems.
User-Friendly Interface for easy navigation and control.
New In-line power measuring equipment intended for
Measuring incident and reflective power levels in watts for frequency ranges
- [2 MHz – 30 MHz] 10 W to 10 kW continuous
- [25 MHz - 1000 MHz] 1 W to 1 kW, continuous
- Peak to Average Ratio 10dB
- Directivity 25dB
- Enhanced precision up to ±4% accuracy achieved without requiring elements.
Purpose: Ensuring radio readiness.
Connection: Inline RF power measurements between the transmitter output (RF source) and the load or antenna.
Measurement Capabilities:
- Incident (forward) RF power
- Reflected (reverse) RF power
Advancements Over 4410A:
- Replaces the 4410A model.
- No longer requires Bird’s elements.
- Offers enhanced accuracy in field operations.
Element-less design streamlines field operations by reducing maintenance needs and enhancing reliability, allowing personnel to focus on mission-critical tasks without the complexity of managing interchangeable parts
- ±4% accuracy, exceeding industry standards and ideal for measuring digital modulation signals.
- Wide frequency range covering 2 MHz to 30 MHz and 25 MHz to 1000 MHz.
- Versatile Signal Measurement: Capable of handling both digital and CW signals, making it an essential tool for modern communication needs in diverse commercial applications.
- Eliminates the need for frequency-specific elements, simplifying setup and reducing potential user error.
- Simplified Integration: Designed for easy insertion into RF coaxial transmission lines, the Wattmeter is user-friendly and requires minimal setup, ideal for non-specialist users in commercial settings
- User-friendly interface with a backlit display for clear information.