• Frequency range: 9 kHz to 6 GHz
• Provides real-time spectrum monitoring and analysis of RF frequency circuits
• Compact package and intuitive touchscreen user interface
• Rechargeable, lithium-ion battery pack provides five hours on continuous use
• Spectrogram/Waterfall display shows intermittent power levels at a glance

The SignalHawk, SH-60S-TC, provides real-time spectrum monitoring and analysis of RF frequency circuits with a wide frequency range of between 9kHz to 6 GHz. This analyzer has been developed for field engineers, technicians, wireless equipment manufacturers, service providers, contractors, tower erectors and military field personnel.

Bird combines best-in-class functionality with compact package and boasts an intuitive touchscreen user interface. The SH-60S-TC lets you experience high performance and rich features that are available wherever you take it.

Signal bursts and transients can be viewed using the “Zero-span” function with video-level triggering (i.e. an oscilloscope with time on the x-axis) or “Waterfall” display (color-coded scrolling chart display) to analyze intermittent signal sources.

This device also includes the Bird RF Meter App for interoperability with a wide range of Bird Field sensors.

1. RF input connector, female N-type, 50 ohms

2. Air vent

3. Power switch

4. Fan and exhaust port

5. USB-C connector (cannot measure RF signals with USB connected)

6. Charging port

7. Charge indicator

8. 5.5” touch screen (1280x720)

In addition to displaying the RF Signal is the typical spectrum display, the SignalHawk is capable of displaying the RF signal in a waterfall display, allowing the user to view the signal in the time dimension as well as frequency and power dimension.

Bird offers two versions of its 6GHz Signal Hawk, the SH-60S-TC and the SH-60S-AOA. These two devices are very similar, however, the SH-60S-AOA also provides the ability to triangulate the location of an interferer on a map. The SH-60S-AOA integrates digital maps, GPS location and signal strength vectoring on an easy to use interface to pinpoint potential in-band interferers, rogue broadcast locations and dead spots.

The chart below provides an overview of pre-defined measurements for both.