The Boonton 4500/01 is a versatile RF peak power analyzer designed for precise power measurements in complex RF signal environments. Its advanced digital sampling technology allows for detailed analysis of time-domain and statistical power characteristics, making it suitable for demanding applications in research, development, and manufacturing. The instrument’s ability to handle modulated, pulsed, and noise-like signals positions it as a critical tool for engineers working with modern wireless communication systems, radar, and other advanced RF technologies.
### Technical Specifications
**Measurement Capabilities:**
* **Measurement Modes:** Pulse Power, Modulated Power, Statistical Analysis (optional)
* **Time-Domain Analysis:** Captures, displays, and analyzes RF power in the time domain
* **Statistical Analysis:** Includes Cumulative Distribution Function (CDF/CCDF) and Probability Density Function (PDF) for characterizing noise-like signals
* **Triggering:** Automatic peak-to-peak, delay-by-time, and delay-by-events triggering
* **Math Functions:** Supports analysis of differences between channels for measurements like compression and intermodulation distortion
* **Automatic Measurements:** Displays up to 15 time and power measurements per channel
* **Waveform Display:** Offers envelope and persistence views for in-depth signal analysis
**Performance Characteristics:**
* **Frequency Range:** 30 MHz to 40 GHz (Note: Specific sensor models may have different effective ranges)
* **Dynamic Range:** Greater than 60 dB, and over 80 dB in some configurations without range switching.
* **Timebase Resolution:** 100 ps
* **Rise Time (RF channel):** Less than 5 ns
* **Video Bandwidth (RF channel):** Up to 125 MHz
* **Minimum Pulse Width:** 6 ns
* **Maximum PRF:** 50 MHz
* **Accuracy (Overall):** 0.2 dB
**Calibration and Signal Source:**
* **Built-in Calibrator:** 1 GHz NIST traceable calibrator for automatic sensor calibration (linearity and offset)
* **Calibrator Output:** Programmable from -50 dBm to +20 dBm
* **Calibration Data:** Stored in sensor EEPROM and automatically downloaded to the instrument
**Sampling and Acquisition:**
* **Sampling Technique:** Digital sampling system with pre- and post-trigger capabilities
* **Sampling Rate:** Up to 25 MSa/s on 2 channels simultaneously, and up to 100 MS/s for statistical analysis
* **Limit Count (Statistical Acquisition):** Adjustable from 2 to 4096 Megasamples
### Electrical Specifications
* **Power Requirements:** 90 to 260 VAC, 47 to 440 Hz, 200 VA maximum
### Interfaces
* **Display:** Color VGA display (CRT or LCD depending on model/revision)
* **Data Storage:** PC-compatible 1.44 MB floppy drive. USB ports for data storage (setups, waveforms, bitmaps)
* **Communication Ports:** GPIB, USB, LAN (RS-232, Parallel Port also available on some models)
* **Sensor Connectors:** Specific sensor model dependent
* **RF Connector:** Precision Type N
* **External Pulse Input:** Rear panel BNC, TTL level compatible
### Physical Specifications
* **Dimensions:** 17.25 inches (43.8 cm) wide, 7 inches (17.8 cm) high, 22 inches (55.9 cm) deep
* **Weight:** 38 lbs (17.2 kg) with second channel installed
### Compatibility
* **Sensors:** Compatible with Boonton 56000 Series sensors, and 56xxx and 57xxx series peak power sensors.
* **Communication Protocols:** IEEE-488, RS-232, USB, LAN
### Why Choose Aumictech for Boonton 4500/01?
At Aumictech, we specialize in supplying high-performance RF and microwave test equipment. Whether you need precise power measurements for complex modulated signals, reliable analysis of pulsed RF data, or robust troubleshooting capabilities for advanced wireless systems, our team ensures the Boonton 4500/01 delivers maximum performance for your application.
