Boonton 9200B RF Millivoltmeter

The Boonton 9200B is a microprocessor-based RF voltmeter designed for precise measurement of RF power levels. It offers a user-friendly interface with versatile display options for voltage and decibel measurements, catering to a wide range of applications in communication systems, radar, and general RF equipment testing and calibration. Its accuracy and reliability make it a suitable instrument for engineers and technicians requiring precise RF power measurements.

### Technical Specifications

* **Voltage Range:**
* 200 µV to 3V in 8 ranges.
* Expandable to 300V with an optional 100:1 divider (up to 700 MHz).
* Indications down to 50 µV.
* **Voltage Display:** 1 mV to 300V full scale.
* **dB Range:** 80 dB in 8 ranges with 0.01 dB resolution.
* **dB Display Options:**
* dBmV (0 dB equivalent to 1mV).
* dBV (0 dB equivalent to 1V).
* dBW (0 dB equivalent to 1W).
* dBm (0 dB equivalent to voltage drop generated when 1mW is dissipated in selectable Z0 reference, 5 to 2000Ω).
* dBr (0 dB equivalent to any desired reference level, panel-selectable with 0.01 dB resolution, not exceeding ±99.99 dB display range).
* **Frequency Range:**
* 10 kHz to 1.2 GHz.
* 100 kHz to 2.5 GHz with the optional Model 952009 sensor.
* 10 Hz to 100 MHz with the optional Model 952016 probe.
* Extended to 2.5 GHz with an optional 50-ohm terminated sensor.
* **Waveform Response:**
* True RMS response for input levels up to 30 mV.
* Calibrated in RMS of a sine wave above 30 mV.
* RMS to 3V and 700 MHz with a 100:1 divider.
* Gradual transition to peak-to-peak above 30 mV.
* **Basic Accuracy:** To 1% of reading with full-scale sensitivity.
* **Maximum AC Input:** 10V, all frequencies and ranges.
* **Maximum DC Input:** 200V, all ranges.
* **Input Impedance:** High impedance probe, typically less than 1.5 pF input capacitance.
* **VSWR:** Less than 1.20 to 1.2 GHz (Return Loss greater than 23 dB).
* **Power Sensitivity:** 200 pW minimum detectable power in 50 ohms.

### Interfaces and Outputs

* **Recorder Output:**
* 10V full scale proportional to indicated voltage (mV mode) over each range.
* 8V equivalent to 0 dBm regardless of Z0 (dB mode) with a sensitivity of 1V per 10 dB change over the entire range.
* Linear DC output proportional to RF input voltage.
* **Input Channels:**
* Standard unit features one input channel.
* Optional second input channel (Option -03) provides a duplicate set of input amplifiers and circuits with front and rear panel connectors for a second probe or sensor.
* Ability to display Channel 1, Channel 2, or their instantaneous difference (Channel 3) in dB with the dual-channel option.
* **Remote Control:**
* Optional IEEE-488 (GPIB) interface allows remote operation of all front panel controls except the line switch.
* Listens/talks address and message termination characters are set by a rear panel bit switch.
* **Probe/Sensor Data Storage:** Non-volatile memory stores data for up to eight probes and/or sensors, including sensitivity and range linearization requirements.

### Physical and Environmental

* **Power Requirements:** 100, 120, 220, 240 V ±10%, 50 – 400 Hz, 24 VA.
* **Operating Temperature:** 0° to 55°C.
* **Storage Temperature:** -55° to +75°C.
* **Environmental Conformance:** Conforms to the requirements of Mil-T-28000D for type III, Class 5, Style E equipment.
* **Dimensions:** 8.3 in (21.1 cm) wide, 5.85 in (14.9 cm) high, and 13.75 in (34.9 cm) deep.
* **Weight:** 10 lbs (4.54 kg).

### Accessories and Options

* **Included Accessories:**
* 95200101D RF Probe.
* 95200201B 50 Ω BNC Adapter (F).
* 95200401A Probe Tip.
* 95200501A 100:1 Divider.
* **Optional Accessories:**
* Model 952009 Sensor for extended frequency range to 2.5 GHz.
* Model 952016 Probe for low-frequency measurements (10 Hz to 100 MHz).
* Model 91-7C 100:1 Voltage Divider for measurements up to 300 volts and extending RMS measuring range.
* Option -01B for IEEE-488 Bus Interface.
* Option -03 for a second input channel.

### Compatibility

The Boonton 9200B is designed for use with RF systems and equipment. It can be integrated into test setups requiring precise RF power level measurements, including communication systems, radar, and general RF electronics development and manufacturing. Its compatibility with IEEE-488 allows for integration into automated test equipment (ATE) systems.

Why Choose Aumictech for Boonton 9200B?
At Aumictech, we specialize in supplying high-end RF test and measurement equipment. Whether you need precise RF power level measurements, integration into automated test systems, or versatile application support, our team ensures the Boonton 9200B delivers maximum performance for your application.