MMVNA – 200 – Mixed Mode Multi-Port Vector Network Analyzer -

MMVNA - 200
Mixed Mode Multi-Port Vector Network Analyzer

The MMVNA performs mixed-mode S-parameter measurements in single-ended or dual-ended configurations. MMVNA is used with VNA Manager Pro software providing customizable S-Parameter based test configuration setup to meet your specific testing needs. MMVNA can also be easily integrated with the client’s proprietary software via TCP/IP socket interface, or by using our commands interface. This makes MMVNA an ideal tool for manufacturing testing and lab testing of RF components.

Overview

Specifications

Documents

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Overview

Specifications

Parameter	Specifications
Frequency Range	0.1 -3,000 MHz
Frequency Resolution	0.01 MHz
Frequency Accuracy	± 2 ppm
Test Ports (single ended)	4 (differential)/ 4 (single ended)
Test Ports (dual ended)	8 (differential)
IF bandwidth	100 Hz (range setting = 7)
Test Interface	SMA (female)
Impedance of Test Port	50 Ω (single ended) 100 Ω (differential)
Test Port power output	-1.0 dBm
Max DC voltage at Test port (damage level)	60 V
Sweep Speed	0.3 msec/step (80 db noise floor) 3.4 msec/step (110 db noise floor)
RF Measurement Parameters	Differential-to-single ended return loss (SSD,x+/-,x) Differential-to-single ended cross-talk (SSD,y+/-,x) Differential-to-differential return loss (SDD,xx) Differential-to-differential cross-talk (SDD,yx). Differential to common mode return loss (TCL) (SCD,xx) Differential to common mode transmission (TCTL) (SCD,xx) Differential to common mode cross-talk (SCD,yx)
RF Measurement Parameters – Double Ended	Differential-to-single ended return loss and cross-talk. Differential-to-differential return loss and cross-talk. (near-end and far-end). Differential Insertion loss, differential to common-mode insertion loss
Measurement Floor – Cross-Talk (regular sweep mode)	100 dB @ 0.1MHz 105 dB @ 1MHz 105 dB @ 100MHz 95 dB @ 600MHz 85 dB @ 1000MHz 50 dB @ 3000MHz
Measurement Floor- Return Loss (regular sweep mode)	60 dB @ 0.1MHz 60 dB @ 1MHz 60 dB @ 100MHz 50 dB @ 600MHz 40 dB @ 1000MHz 15 dB @ 3000MHz
Dynamic Range transmission measurements (regular sweep mode)	90 dB @ 0.1MHz 100 dB @ 1MHz 100 dB @ 100MHz 95 dB @ 600MHz 85 dB @ 1000MHz 50 dB @ 3000MHz
Accuracy – Transmission measurements (regular sweep mode) mid dynamic range measurements	± 0.2 dB @ 0.1MHz ± 0.1 dB @ 1MHz ± 0.1 dB @ 100MHz ± 0.1 dB @ 600MHz ± 0.3 dB @ 1000MHz ± 0.5 dB @ 3000MHz
Accuracy – Reflection measurements mid dynamic range measurements	± 0.4 dB
Directivity	40 dB @ 0.1MHz 60 dB @ 1MHz 60 dB @ 100MHz 45 dB @ 600MHz 30 dB @ 1000MHz 25 dB @ 3000MHz
Tracking error	0.05 dB (0.1 to 1000MHz)
Source Return Loss	50 dB @ 1MHz 40 dB @ 100MHz 20 dB @ 1000 MHz
Insertion Loss Measurement range-dual ended	80 dB @ 0.1MHz 80 dB @ 1MHz 70 dB@ 100 MHz 65 dB @ 1000 MHz 40 dB @ 3000 MHz
DC Measurement Parameters – Double Ended	End-to-end connectivity (wiremap) DC resistance pair-to-pair and wire-to-wire resistance unbalance
DC Resistance Measurement Range	0 – 100 Ω (± 0.5 Ω)
DC Resistance measurement resolution	0.1 Ω
File Format for S-parameter results	CSV and Touchstone (s8p, s16p)
Plots	frequency domain S-parameter (magnitude) time-domain impulse response (linear or dB) time-domain step response (impedance or dB) phase v/s frequency, real part v/s frequency, imaginary part v/s frequency ACRF, PSACRF for dual ended tests power sum measurements of selected combinations of S-parameters
size	17.5cm (Depth) x 16.5cm (Width) x 5.5cm (Height)
File Format for S-parameter results	CSV and Touchstone (s8p, s16p)
weight	1.0 kg
power supply	5V DC adapter
Power consumption	8 W
Battery Operation	8 hours with full charge and 1 test/min
Connectivity	USB, 10/100/1000 Ethernet
Operating System	Linux
Operating Temperature	0 °C to 45 °C
Storage Temperature	-50 °C to +70 °C
Humidity	90 % at 25 °C
Atmospheric pressure	70.0 kPa to 106.7 kPa