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Automated Tuner Series

Automated Impedance Tuner Series

As leaders of the first commercial automated tuners Maury Microwave continues to innovate and expand our portfolio. Our XT-series tuners represent the next evolution in tuner technology. Faster, more accurate and more repeatable impedance control ideal for device characterization, VSWR sweeps, our maximizing power transfer from a generator to the load. Our NT-series tuners have been designed for on-wafer applications with maximum VSWR at the probe tip.

Specifications

Frequency Range

Matching Range

Power Handling

Repeatability

Harmonic Control

225 MHz to 330 GHz

up to 200:1

up to 250W CW/2.5W PEP

up to -50dB

up to 3Fo

 

Features & Benefits

  • Up to X2 faster mechanical movement vs prev. generation

  • Up to -50 dB repeatability

  • High Gamma (up to 200:1)

  • High power handling (250W CW/2.5kW PEP)

  • New tuner characterization validation process using MTune3

  • New non-harmonically related multi-frequency impedance tuning using MTune3

Filters

Connector 1

Connector 2

Frequency Range (GHz)

Insertion Loss (dB)

Matching Range (Minimum)

Matching Range (Typical)

Power Handling (CW, W)

Repeatability (dB)

Gender 1

Gender 2

Name Connector 1Connector 2Frequency Range (GHz)Insertion Loss (dB)Matching Range (Minimum)Matching Range (Typical)Power Handling (CW, W)Repeatability (dB)Gender 1Gender 2
MT977AL WR15WR1550-750.3520:130:120-40--
MT978AL WR12WR1260-900.520:130:120-40--
MT979AL WR10WR1075-1100.620:130:120-40--
MT984AL01 2.4mm2.4mm8-500.610:120:110-40MaleFemale
MT985AL01 1.85mm1.85mm8-651.1510:120:110-40MaleFemale
NT-110G-170G-1C WR6.5 (WR6)WR6.5 (WR6)110-1700.520:135:110-40--
NT-140G-220G-1C WR5.1 (WR5)WR5.1 (WR5)140-2200.6512:114:110-40--
NT-170G-260G-1C WR4.3 (WR4)WR4.3 (WR4)170-260118:127:110-40--
NT-18G-50G-1C 1.85mm1.85mm18-500.510:140:1 @ 28, 39 GHz10-40MaleFemale
NT-18G-50G-1C-C 1.85mm1.85mm18-500.510:140:1 @ 28, 39 GHz10-40MaleFemale
NT-220G-330G-1C WR3.4 (WR3)WR3.4 (WR3)220-3301.3512:117:110-40--
NT-8G-65G-1C 1.85mm1.85mm8-651.210:117:110-40MaleFemale
NT-8G-65G-1C-C 1.85mm1.85mm8-651.310:116:110-40MaleFemale
XT981AL14 7mm7mm0.225-40.315:125:1250-50--
XT981BL10 7mm7mm0.4-40.315:125:1250-50--
XT981BL18 7mm7mm0.4-80.310:125:1250-40--
XT981HL13 7mm7mm0.8-80.30.8-6.5, 100:1, 6.5-8, 60:10.8-6.5, 200:1, 6.5-8, 100:1250-40--
XT981HL14 7mm7mm1.8-80.3100:1200:1250-40--
XT981HL15 7mm7mm0.65-60.3100:1200:1250-40--
XT981HL16 7mm7mm0.65-80.340:1100:1250-40--
XT981ML01 7mm7mm0.65-80.3100:140:1250-50--
XT981VL10 7mm7mm0.6-6.50.30.6-5.5, 40:1, 5.5-6.5, 25:150:1250-50--
XT982AL02 7mm7mm1.8-180.415:120:150-40--
XT982GL01 7mm7mm0.6-180.510:118:150-40--
XT982GL30 7mm7mm0.6-80.50.6-2, 30:1, 2-8, 15:10.6-2, 40:1, 2-8, 20:150-40--
XT982ML01 7mm7mm0.6-180.8100:140:150-40--
XT982ML03 7mm7mm0.8-181100:140:150-40--
XT983BL01 3.5mm3.5mm2-26.50.610:115:125-40MaleFemale
XT983ML01 3.5mm3.5mm2-26.50.9100:140:125-40MaleFemale
EXPLORE MORE

Related Resources

01

A Practical Guide to Load Pull Measurements

From fundamental concepts to advanced techniques, learn how load pull optimizes the performance of RF/microwave systems in this comprehensive eBook.

02

Overcoming the Challenges of On-Wafer Load Pull Measurements at Millimeter-Wave Frequencies for 5G Applications

This paper reviews the challenges of on-wafer load pull measurements at 5G mmW bands, specifically how high insertion losses can reduce the effectiveness of load pull and how to overcome these losses through the novel concept of hybrid-active load pull.

03

A Beginner’s Guide To All Things Load Pull / Impedance Tuning 101

This article is intended to introduce the basics of load pull and tools needed to accomplish this measurement method.

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