Index

minimum hold, 239 marker, 205, 250 x position, 240

MINPOS, 240

mixer level, 179, 267 MKA, 241 MKACT, 242 MKBW, 243 MKCF, 244 MKD, 245

MKF, 246

MKFC, 247

MKFCR, 248

MKMIN, 250 MKN, 251 MKNOISE, 252 MKOFF, 253 MKP, 254 MKPK, 255 MKPT, 256 MKPX, 257 MKREAD, 258 MKRL, 260 MKSP, 261 MKSS, 262 MKT, 263 MKTRACE, 264 MKTRACK, 265 MKTYPE, 266 ML, 267 mnemonic

command, 76 msb length, 77 MT0, 269 MT1, 270 MXMH, 271

N

N9061A-2FP - installation, 25 negative peak detection, 190 noise

marker, 252 marker off, 201 marker on, 203 measurement, 252 signal to noise ratio, 252

normal detection, 184 marker, 228, 251

normalize trace data, 272 normalized reference level, 273 normalized reference position, 274 NORMLIZE, 272

NRL, 273 NRPOS, 274 number syntax, 77

O

O1, 275

O2, 276

O3, 277

O4, 278

OA, 279 OCCUP, 280

occupied power bandwidth, 280 occupied power bandwidth within delta

marker, 139 offset

frequency, 159, 211 reference level, 214, 304 video bandwidth

coupling, 349 OL, 281

OT, 284

output data, identifying block size, 361 output learn string, 281

output termination, 77 output trace annotations, 284

P

parameter (variables), 360 parameters (commands), 359 parameters, variable, 360 parsing done, 145

peak

excursion marker, 257 marker, 147, 255 negative peak detection, 190 pre-selector,288

peak position, 286 PEAKS, 285 peaks, 285

percent occupied power bandwidth, 280

percent parameter (variables), 360 phase parameter (variables), 360 PKPOS, 286

PLOT, 287 polarity

trigger, 342 position

minimum x, 240 positive peak detection, 186 power

bandwidth, 290 carrier off, 122 carrier on, 123 channel, 127

percent occupied bandwidth, 280 power measurement

mean, 236

power parameter (variables), 360 PP, 288

pre-selector peak, 288

preset fast, 210

preset instrument, 178 PRINT, 289 programming

command parameters, 359 command syntax, 356 SCPI basics, 356

valid commands, 356 PWRBW, 290

Q

query

status byte, 320 sweep, 237

R

R1, 291

R2, 292

R3, 293

R4, 294 ratio

VBW/RBW, 350 RB, 134, 295 RBR, 297

RBW to span ratio, 297 RBW/VBW, 35

RC, 298 RCLS, 299 readout

marker, 258

recall last state, 298 recall state, 299 recommended path, 76 reference level, 301

marker to, 150, 260 normalized, 273 offset, 304

reference level offset, 214 reference position

normalized, 274 Refresh log file, 34 relative limit lines, 222

relative power parameter (variables), 360

remote language 8560E/EC, 29 8561E/EC, 29 8562E/EC, 29 8563E/EC, 29 8564E/EC, 29 8565E/EC, 29 HP8566B, 29 HP8568B, 29 selection, 29

repeating syntax element, 76 request service conditions, 305

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Agilent Technologies N9030a manual 366

N9030a specifications

Agilent Technologies, now known as Keysight Technologies, is recognized as a leader in providing advanced electronic measurement solutions. One of their highlighted products is the N9030A PXA X-Series Signal Analyser, a versatile instrument that caters to the needs of engineers and researchers in various fields, including telecommunications, aerospace, and defense.

The Agilent N9030A is designed to address the increasing complexity of modern signals. One of its standout features is its exceptional frequency range, spanning from 3 Hz to 50 GHz, making it suitable for both wideband and narrowband applications. This broad frequency coverage allows users to capture a wide array of signals, from low-frequency analog to high-frequency digital communications.

Another significant characteristic of the N9030A is its high dynamic range, which enables accurate measurements even in the presence of strong interfering signals. This capability is essential for testing and developing communication systems that operate in challenging environments, where signal integrity is paramount. The analyser also features a high sample rate of 5 GS/s, providing detailed resolution for even the most intricate signals.

The integrated measurement applications further enhance the instrument’s versatility, allowing for specific analyses related to modulation formats, spectral emissions, and time-domain events. Such applications streamline workflows and improve measurement efficiency, making it easier for users to obtain and interpret data.

One of the technological highlights of the N9030A is its advanced digital signal processing (DSP), which significantly improves measurement speed and performance. The DSP capabilities allow engineers to conduct real-time analysis, which is critical for applications that require immediate feedback, such as signal troubleshooting and validation.

The user-friendly interface of the N9030A, along with a myriad of connectivity options, ensures that integration into existing testing setups is seamless. Data can be easily exported to other software tools for further analysis, enhancing collaboration and report generation.

In conclusion, the Agilent N9030A PXA X-Series Signal Analyser stands out as a powerful tool for modern signal analysis. With its wide frequency range, high dynamic range, advanced DSP capabilities, and integrated measurement applications, it is tailored to meet the rigorous demands of today’s engineers and researchers. Whether for development, testing, or troubleshooting, the N9030A provides the performance and flexibility required for successful project outcomes.