Microwave/Counter/Analyzer with Integrated Power Meter MCA3000 Series Datasheet
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Microwave/Counter/Analyzer with Integrated Power Meter MCA3000 Series Datasheet Key features Measurement throughput 250k Sample/s data transfer rate to internal memory (up to 750k samples stored) 5k sample/s data transfer rate over USB/GPIB bus (block mode) Available functions and features Automated measurements: frequency, period, ratio, time Interval, time interval error, pulse width, rise/fall time, phase angle, duty cycle, maximum voltage, minimum voltage, peak-to-peak voltage Integrated power meter With industry-leading frequency and time resolution, the MCA Series comes standard with internal memory, a fast data transfer rate of 250k Samples/s to memory, and an integrated power meter. The multi-parameter display shows auxiliary measurements alongside your main measurement to provide you with the results you need at a glance. With the industry’s most comprehensive analysis modes, including measurement statistics, histograms, and trend plots, you have the tools you need to quickly and accurately analyze your signal. Key performance specifications 27 GHz and 40 GHz models Multi-measurement display Trend plot mode Measurement statistics mode Histogram mode Allan deviation Zero dead-time frequency/period measurements Connectivity USB device and GPIB ports on rear panel for quick PC connectivity GPIB interface supports full SCPI-compatible programmability and offers an emulation mode for Plug-and-Play replacement in existing ATE systems 100 ps single-shot time resolution External arming input 12 Digit/s frequency resolution, 14 digit display 10 MHz reference oscillator output 25 ms (auto) or zero (manual) acquisition Time Includes national instrument’s LabVIEW SignalExpress™ TE limited edition software for connecting your bench Microwave analyzer channel with CW or Burst 3 mV voltage resolution Optional 1.5×10–8 ultra high-stability oven time base –35 dBm to +10 dBm power range Optional application software Optional TimeView™ software available for modulation domain analysis

MCA3000 Series Industry-leading performance for demanding designs Fast high-resolution frequency or power measurements with a very short acquisition time of 25 ms (Auto) or zero (Manual) is essential for validating today’s complex designs. For calibration and metrology applications, the MCA3000 Microwave Counter Analyzer Series offers very high accuracy through a stable internal OCXO time base, low systematic time interval A-B error, and high resolution. Multi-parameter display With the multi-parameter display, you can read important auxiliary measurement values (such as Vmax, Vmin, and...

Datasheet Histogram plots Intuitive operation The histogram function lets you graphically see the average and standard deviation of a set of measurements, and the distribution of measurement results. Menu-oriented settings reduce the risk of mistakes. With dedicated and menu-driven front-panel buttons, you will have fast access to frequently used functions and parameters, reducing setup time. For example, a singletouch Analyze key toggles you between Statistics, Trend Plot, and Histogram modes. Autoset function Similar to Tektronix oscilloscopes, the front-panel Autoset button automatically...

Specifications All specifications are guaranteed unless noted otherwise. All specifications apply to all models unless noted otherwise. 12 digits in 1 s measuring time Acquisition time Input C Frequency burst A, B, C Minimum Burst Duration Minimum Pulses in Burst Aux Parameters Period A, B (single or average), C (average) Start Delay Single, Average 100 ps (single); 12 digit/s (average) 25 ms in Auto (typical) Auto or Manual (within ±40 MHz) Acquisition time Aux parameters Range Input frequency Normal calculation: 0 ns to +106 s Smart calculation: –106 s to +106 s 100 ps single Smart...

Datasheet Measurements Positive and negative pulse width A, B Slew rate, Vmax, Vmin Frequency Range Period, pulse width Single cycle: 0.001° to 10 kHz, decreasing to 1° >10 MHz. Resolution can be improved by averaging (statistics) Frequency Range –50 V to +50 V, –5 V to +5 V. Range is limited by the specification for max input voltage without damage (see input A, B) Frequency Range Phase A relative B, B relative A Trigger Levels Positive and negative duty factor A, B Aux Parameters Rise and fall time A, B Resolution Uncertainty (5 V range, typical) 20 MHz to 100 MHz 10% + 15 mV 100 MHz to...

Inputs and outputs Inputs A, B Frequency Range Trigger Slope Max Channel Timing Difference 30 mVp-p to 10 Vp-p within ±5 V window Trigger Level (Readout on display) AUTO trigger level Trigger level is automatically set to 50% point of input signal (10% and 90% for rise/ fall time) Auto Hysteresis Min hysteresis window (hysteresis compensation) One-third of input signal amplitude Max Voltage without 1 MΩ Damage 50 Ω 350 V (DC + AC peak) to 440 Hz, falling to 12 VRMS (X1) at 1 MHz 2.92 mm spark plug female Frequency Range Operating Input Voltage Range 50 MHzp-p, Frequency C >3.5 GHz 30...

Datasheet Inputs and outputs Rear panel Reference Input 1 MHz, 5 MHz, or 10 MHz; 0.1 to 5 VRMS sine; impedance ≥1 kΩ Reference Output 10 MHz; >1 VRMS sine into 50 Ω Arming Input (Arming of all measuring functions) GPIB Frequency range IEEE 488.2-1987, SCPI 199953131A Compatibility mode Interface Functions 5k readings/s (Block mode) 500 readings/s (individual GET triggered) To internal memory 250k readings/s Internal Memory Size USB Time Delay Range Additional functions Trigger holdoff External start and stop arming Arming can be used to synchronize the frequency and power measurements with...

MCA3000 Series Math functions Statistics Maximum, Minimum, Mean, ΔMax-Min, Standard Deviation, and Allan Deviation Numeric, histograms, or trend plots Sample Size Limit Qualifier Off, or capture values above, below, inside, or outside limits Measurement Pacing Mathematics Pacing Time Range: 4 μs to 500 s Math functions (K*X+L)/M, (K/X+L)/M, or X/M-1. X is current reading and K, L, and M are constants; set using the keyboard or as frozen reference value (X0) Time-base option characteristics Standard (medium stability) Ultra high stability (Opt. US) Root Allan variance (t = 10 s) Power-on...