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Harmonic Tuners The MPT provides unmatched performances and capabilities - Harmonic tuning, high VSWR and wideband coverage FOCUS MICROWAVES GROUP powered by FOCUS MICROWAVES V05/18

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Page 1: Harmonic Tuners - Focus Microwaves · every MPT it can be set in high VSWR mode or harmonic mode making it ideal for low impedance tuning and ad-vanced device characterisation like

Harmonic Tuners

The MPT provides unmatched performances and capabilities - Harmonic tuning, high VSWR and wideband coverage

FOCUS MICROWAVES GROUP

powered by FOCUS MICROWAVESV05/18

Page 2: Harmonic Tuners - Focus Microwaves · every MPT it can be set in high VSWR mode or harmonic mode making it ideal for low impedance tuning and ad-vanced device characterisation like

MPT Series

Automated Wideband Harmonic Tuner PortfolioThe deepest portfolio of unique harmonic tuners from 0.4-67GHz (and growing)

The MPT is Focus’ flagship tuner. Its performance is unmatched and its capabilities make it the most popular tuner on the market today. Multi-purpose tuners (MPT) use three wideband probes, allowing independent control of the amplitude and phase of the reflection factor at all three harmonic frequencies simultaneously. The MPT is widely used for advanced applications like high power/efficiency RF amplifier design. By controlling the harmonic impedances at the source and load, users can generate more robust behaviour models and have better insight on how their device performs in all classes of operation.

The MPT can be used to pre-match impedances at the fundamental and the harmonic frequencies making it ideal for hybrid active systems, reducing the power needed to drive the load of high power devices.

MPT-Lite tuners use two probes and control the fundamental and one harmonic frequency (2Fo or 3Fo).

0.4 10 20

MPT / MPT-Lite-704MPT / MPT-Lite-804

MPT-Lite 1804MPT-Lite-1505

MPT-Lite-1806MPT / MPT-Lite-807

MPT-Lite 1007MPT-Lite-608

MPT / MPT-Lite 808MPT / MPT-Lite-1208

MPT / MPT-Lite-1808MPT / MPT-Lite-2110

MPT / MPT-Lite 618MPT-Lite-1218

MPT / MPT-Lite-1818MPT / MPT-Lite-1020

MPT / MPT-Lite-1220MPT / MPT-Lite-3020

MPT / MPT-Lite-3620MPT / MPT-Lite-924

MPT / MPT-Lite-1224MPT / MPT-Lite-1826

MPT / MPT-Lite-4030MPT / MPT-Lite-1840

MPT / MPT-Lite-2640MPT-Lite-3640

MPT / MPT-Lite-1850MPT-Lite-2970

MPT / MPT-Lite-4080MPT / MPT-Lite-5080MPT / MPT-Lite-50140

MPT / MPT-Lite-67100

30 40 50 60 70 GHz

MPT: 6 US Patents MPT-Lite: 3 US Patents

F0

F3

F2

www.focus-microwaves.com2

Page 3: Harmonic Tuners - Focus Microwaves · every MPT it can be set in high VSWR mode or harmonic mode making it ideal for low impedance tuning and ad-vanced device characterisation like

MPT-1808 (0.8-18GHz)

The MPT-1808 is by far the most commonly used har-monic tuner in the industry today. Its versatility and per-formance are simply unmatched. This specific MPT is mainly used for advanced device characteristic, which requires low impedance tuning and harmonic frequency control. For obvious reasons this tuner was designed for Cellular network standards like GSM, CDMA, HSPA, Wi-MAX, LTE and more.

MPT-67100 (10-67GHz)

The MPT-67100 is widely used in frequency bands like X, Ku, K and Ka, but was designed with 5G applications in mind. The frequency response of the probes was opti-mized for increased tuning range at 28 and 37GHz. Like every MPT it can be set in high VSWR mode or harmonic mode making it ideal for low impedance tuning and ad-vanced device characterisation like behaviour modeling.

MPT-3620 (2-36GHz)

The MPT-3620’s unique frequency coverage allows the user to do testing in both the cellular and millimeter wave spectrum. Widely used for applications like 802.11 the MPT-3620 provides continuous fundamental and harmonic frequency coverage for 802.11a/b/g/n as well as 802.11ac. Its small footprint makes it also ideal for on wafer applications as well as production testing.

Typical Vector Load Pull Setup

3www.focus-microwaves.com

Vector Load Pull allows measuring the input and output large signal impedances of the DUT, the input delivered power, the real added efficiency, and “in-situ” absolute tuner Gamma, thus not relying on mechanical tuner repeatability.

Page 4: Harmonic Tuners - Focus Microwaves · every MPT it can be set in high VSWR mode or harmonic mode making it ideal for low impedance tuning and ad-vanced device characterisation like

[email protected] www.focus-microwaves.com+1 514 684 4554

Model Specifications

MPT-Lite

0.4 - 18 GHzMPT-Lite-1804MPT-Lite-1505 0.5 - 15 GHz APC-7, N Type

APC-7, N Type

0.6 - 18 GHzMPT-Lite-1806MPT-Lite-1007 0.7 - 10 GHz APC-7, N Type

APC-7, N Type

0.8 - 6 GHzMPT-Lite-608MPT-Lite-808 0.8 - 8 GHz APC-7, N Type

APC-7, N Type

0.8 - 12 GHzMPT-Lite-1208 APC-7, N Type

FrequencyModel Connector

MPT

0.4 - 7 GHzMPT-704MPT-804 0.4 - 8 GHz APC-7, N Type

APC-7, N Type

0.7 - 8 GHzMPT-807MPT-1007 0.7 - 10 GHz APC-7, N Type

APC-7, N Type

0.8 - 8 GHzMPT-808MPT-1208 0.8 - 12 GHz APC-7, N Type

APC-7, N Type

FrequencyModel Connector

0.8 - 18 GHzMPT-1808MPT-2110 1 - 21 GHz 3.5 mm

APC-7, N Type

1.8 - 6 GHzMPT-618MPT-1818 1.8 - 18 GHz APC-7, N Type

APC-7, N Type

2 - 10 GHzMPT-1020MPT-1220 2 - 12 GHz APC-7, N Type

APC-7, N Type

2 - 30 GHzMPT-3020MPT-3620 2 - 36 GHz 2.9 mm

3.5 mm

2.4 - 9 GHzMPT-924MPT-1224 2.4 - 12 GHz APC-7, N Type

APC-7, N Type

2.6 - 18 GHzMPT-1826MPT-4030 3 - 40 GHz 2.9 mm

APC-7, N Type

4 - 18 GHzMPT-1840MPT-2640 4 - 26 GHz 3.5 mm

APC-7, N Type

5 - 18 GHzMPT-1850MPT-4080 8 - 40 GHz 2.9 mm

APC-7, N Type

8 - 50 GHzMPT-5080MPT-50140 14 - 50 GHz 2.4 mm

2.4 mm

10 - 67 GHzMPT-67100 1.85 mm (V)

MPT-Lite-1808

MPT-Lite-3620MPT-Lite-1818MPT-Lite-1218

MPT-Lite-3640MPT-Lite-2970 7 - 29 GHz

4 - 36 GHz2 - 36 GHz1.8 - 18 GHz1.8 - 12 GHz0.8 - 18 GHz

3.5 mm2.9 mm2.9 mmAPC-7, N Type APC-7, N TypeAPC-7, N Type

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F0 tuning YY≤F0≤XX Ex: 0.8≤F0≤18GHzYY≤F0≤XX/2; 2*YY≤2F0≤XXF0 + 2F0 tuning Ex: 0.8≤F0≤9GHz; 1.6≤2F0≤18GHz

MPT Model & Tuning CapabilityMPT-XXYY tunes (example MPT-1808)

YY≤F0≤XX/3; 2*YY≤2F0≤2/3*XX; 3*YY≤3F0≤XXF0 + 2F0 +3F0 tuning Ex: 0.8≤F0≤6GHz; 1.6≤2F0≤9GHz; 2.4≤3F0≤18GHz

Tuner Models: MPT-XXYY(Y): XX=Fmax (in GHz); YY=Fmin (in x 0.1GHz)-IBL = Integrated Bendline-HR = High Reflection