Include power sensor cable, 11730A length 5-ft (1.5m)
Dual channel average power meter
Cord Power
Qty: 1Cable Power Meter
Qty: 2Cable USB-A - USB-MiniB
Qty: 1USB Drive with Software and Manuals
Qty: 1USB Software I/O Libraries
Qty: 1Dual channel average power meter with VGA, trigger in/out, 1 front and 1 rear USB port
Cord Power
Qty: 1Cable Power Meter
Qty: 2Cable USB-A - USB-MiniB
Qty: 1USB Drive with Software and Manuals
Qty: 1Dual channel average power meter with VGA, trigger in/out, 1 front and 1 rear USB port
Front calibrator, front sensor
Code compatibility for 438A
Cord Power
Qty: 1Cable Power Meter
Qty: 2Cable USB-A - USB-MiniB
Qty: 1USB Drive with Software and Manuals
Qty: 1Dual channel average power meter, trigger in/out, 1 front and 1 rear USB port
Cord Power
Qty: 1Cable Power Meter
Qty: 2Cable USB-A - USB-MiniB
Qty: 1USB Drive with Software and Manuals
Qty: 1USB Software I/O Libraries
Qty: 1Dual channel average power meter with VGA, trigger in/out, 1 front and 1 rear USB port
Front calibrator, front sensor
Cord Power
Qty: 1Cable Power Meter
Qty: 2Cable USB-A - USB-MiniB
Qty: 1USB Drive with Software and Manuals
Qty: 1USB Software I/O Libraries
Qty: 1Include power sensor cable, 11730A length 5-ft (1.5m)
Dual channel average power meter
Code compatibility for 438A, fixed perpetual license
Cord Power
Qty: 1Cable Power Meter
Qty: 2Cable USB-A - USB-MiniB
Qty: 1USB Drive with Software and Manuals
Qty: 1Keysight Technologies N1914A Manual
Keysight Technologies N1914A Spec Sheet
Content is AI-generated. Verify critical details with manufacturer-provided resources.
The N1914A is a dual-channel EPM Series power meter while the N1913A is single-channel. The N1914A can simultaneously measure power on two independent channels (A and B), display channel ratios (A/B, B/A), or show the difference between channels (A-B, B-A). It also features dedicated recorder outputs for each channel on the rear panel.
The N1914A operates across a frequency range of 9 kHz to 110 GHz and a power range of -70 dBm to +44 dBm (100 pW to 25 W), depending on the attached power sensor. With E-Series power sensors, it offers a single sensor dynamic range of up to 90 dB, significantly exceeding the 50 dB range available with 8480 Series sensors.
Yes, the N1914A features the industry's first high-resolution color LCD display in an average power meter. The display supports selectable single and split screen formats, with a quasi-analog display mode available for peaking measurements. The dual channel capability allows simultaneous display of various channel configurations including individual channels, ratios, and differences.
The N1914A offers three measurement speed modes: Normal (20 readings/second), x2 (40 readings/second), and Fast (400 readings/second with E-Series sensors). In Fast mode with both channels active, the typical maximum speed is 200 readings per second. Maximum speed is achieved using binary output in free run trigger mode over the remote interface.
The N1914A uses SCPI standard interface commands and is code-compatible with legacy E4418B/E4419B EPM Series power meters. With Option N1914A-200, it provides 438A code compatibility for easy replacement of older instruments. The instrument supports GPIB, USB, and LAN interfaces operating to IEEE 488.2 standard.
The N1914A provides an absolute accuracy of plus or minus 0.02 dB in logarithmic mode or plus or minus 0.5% in linear mode. Relative accuracy is plus or minus 0.04 dB (logarithmic) or plus or minus 1.0% (linear). For complete system accuracy assessment, you must add the corresponding power sensor linearity percentage from the sensor specifications.
The N1914A offers an optional external trigger input and output feature (Option 107). The trigger input and output use BNC connectors with TTL compatible logic levels (high greater than 2.4 V, low less than 0.7 V). This capability enables automated frequency and power sweep measurements and synchronized testing in complex test setups.
The N1914A provides selectable averaging from 1 to 1024 readings for noise reduction, with auto-averaging available for automatic noise compensation. Settling time varies based on the number of averages, measurement speed mode, and sensor type. For example, with E-Series sensors at 16 averages in normal mode, settling time is approximately 1.1 seconds for a 10 dB decreasing power step.