Anritsu ShockLine ME7868A Bedienungsanleitung

Quick Start Guide

ShockLine™ME7868A

Modular 2-Port Vector Network Analyzer System

ME7868A Modular 2-Port Vector Network Analyzer System

Anritsu Company

490 Jarvis Drive

Morgan Hill, CA 95037-2809

USA

http://www.anritsu.com

Part Number: 10410-00782

Revision: A

Published: July 2020

QSG-2 PN: 10410-00782 Rev. A ME7868A QSG

ShockLine ME7868A Modular 2-Port Vector Network Analyzer System

This guide provides quick setup instructions for the ME7868A Modular 2-Port VNA System. For additional

safety and compliance information, see the ShockLine™ Product Information, Compliance, and Safety Guide

(PICS) – 10410-00067.

This and all other documentation that supports the ME7868A is available on the ShockLine MS46131A

product web page:

http://www.anritsu.com/test-measurement/products/MS46131A

On this web page, you can select various tabs for more information about your instrument. Included is a Library

tab which contains links to all the latest technical documentation related to this instrument.

ME7868A System Main Components

The ME7868A Modular VNA is a two-port VNA consisting mainly of:

•Two MS46131A 1-port VNAs with the PhaseLync™ option (MS46131A-012)

•PhaseLync cabling connecting the two VNAs:

•2 and 5 meter setups will have two separate PhaseLync cables: PhaseLync electrical cable (PLE)

and PhaseLync optical cable (PLO).

•25 meter and longer will have a single combined PhaseLync cable.

•A customer-provided PC

This creates the ability to make vector S-parameter measurements over a large displaced physical distance.

Depending on the separation, the two modules can be controlled directly by one PC and two USB interfaces

(distances up to 5 meters), or by one PC and USB extensions provided by two MN25131A Multi-Function

Extenders (for distances starting from 5 to 25 meters or longer). The extenders also allow the user to operate a

two-port vector system in environments where AC power is difficult to access and they provide flexibility to

place the control of the PC at either end of the system.

ME7868A System Configuration Options

Table 1. ME7868A System Configuration Options (1 of 2)

System Consists Of Comments

2 Meter

ME7868A-010-2: 1 MHz to 8 GHz

ME7868A-020-2: 1 MHz to 20 GHz

ME7868A-043-2: 1 MHz to 43.5 GHz

• Two MS46131A Modular 1-Port

VNAs:

Each VNA must have one

frequency option 010/020/043

Each VNA must have Option 012

PhaseLync

• One 2000-2011-R (2 meter)

PhaseLync Optical Cable (PLO)

• One 2000-2013-R (2 meter)

PhaseLync Electrical Cable (PLE)

ME7868A QSG PN: 10410-00782 Rev. A QSG-3

5 Meter

ME7868A-010-5: 1 MHz to 8 GHz

ME7868A-020-5: 1 MHz to 20 GHz

ME7868A-043-5: 1 MHz to 43.5 GHz

• Two MS46131A Modular 1-Port

VNAs:

Each VNA must have one

frequency option 010/020/043

Each VNA must have Option 012

PhaseLync

• One 2000-2012-R (5 meter)

PhaseLync Optical Cable (PLO)

• One 2000-2014-R (5 meter)

PhaseLync Electrical Cable (PLE)

• Two 3 meter USB extension cables

25 Meter

ME7868A-010-25: 1 MHz to 8 GHz

ME7868A-020-25: 1 MHz to 20 GHz

ME7868A-043-25: 1 MHz to 43.5 GHz

• Two MS46131A Modular 1-Port

VNAs:

Each VNA must have one

frequency option 010/020/043

Each VNA must have Option 012

PhaseLync

• One 2000-2025-R (25 meter)

PhaseLync Cable Assembly

• One 2000-2007-R PhaseLync

Accessory Kit

The PhaseLync Accessory Kit

enables:

• Longer separation based on

fiber USB extension with the

MN25131A Extenders.

• Users at both ends to

communicate and to adjust

the measurement.

For distances > 25 meters,

please contact the factory.

Table 2. PhaseLync Accessory Kit

System Consists Of

2000-2007-R PhaseLync Accessory Kit • Two MN25131A Multifunction Extenders

• USB Monitor

• USB Keyboard/Mouse

• Two USB Headsets

• Extender Connection Cables

Table 1. ME7868A System Configuration Options (2 of 2)

System Consists Of Comments

QSG-4 PN: 10410-00782 Rev. A ME7868A QSG

ME7868A System Connections

Figure 1 ME7868A — 2 Meter System

Table 3. ME7868A — 2 Meter System Components

Ref Item Comments

1 MS46131A w/Option 012 SFP is inserted in the Green socket of the PhaseLync interfacea.

a.The system requires the two MS46131As to have the PhaseLync cables connected to opposite color sockets.

Therefore Red-to-Green or Green-to-Red configurations are allowed. Both ends going to the same color will not work.

2 MS46131A w/Option 012 SFP is inserted in the Red socket of the PhaseLync interfacea.

3 Windows PC User supplied.

4 PhaseLync Optical Cable Connects the PhaseLync optical signal between the two MS46131A

VNAs.

5 PhaseLync Electrical Cable Connects the PhaseLync electrical signal between the two

MS46131A VNAs.

6, 7 1.8 meter USB-A to USB-B Cable USB cables supplied with the MS46131A VNA modules.

8, 9 AC/DC Power Supply Power supply module and AC power cord.

ME7868A QSG PN: 10410-00782 Rev. A QSG-5

Figure 2 ME7868A — 5 Meter System

Table 4. ME7868A — 5 Meter System Components

Ref # Item Comments

1 MS46131A w/Option 012 SFP is inserted in the Green socket of the PhaseLync interfacea.

a.The system requires the two MS46131As to have the PhaseLync cables connected to opposite color sockets.

Therefore Red-to-Green or Green-to-Red configurations are allowed. Both ends going to the same color will not work.

2 MS46131A w/Option 012 SFP is inserted in the Red socket of the PhaseLync interfacea.

3 Windows PC User supplied.

4 PhaseLync Optical Cable Connects the PhaseLync optical signal between the two MS46131A

VNAs.

5 PhaseLync Electrical Cable Connects the PhaseLync electrical signal between the two

MS46131A VNAs.

6, 7 1.8 meter USB-A to USB-B Cable USB cables supplied with the MS46131A VNA modules.

8, 9 3 meter USB Extension Cable Use extension cables as needed to properly position the PC.

Note: Maximum length of a USB 2.0 cable connection is 5 meters.

10, 11 AC/DC Power Supply Power supply module and AC power cord.

10 11

QSG-6 PN: 10410-00782 Rev. A ME7868A QSG

Figure 3 ME7868A — 25 Meter System (PhaseLync Cables #10, #11, # 12, and the spare are shown in

Figure 4. Connections to MN25131A #3 and #4 are shown in Figure 5 and Figure 6.)

22 23

Spare

191817b 20

17a

1212

ME7868A QSG PN: 10410-00782 Rev. A QSG-7

Figure 4 PhaseLync Cables #10, #11, # 12, and spare

Figure 5 MN25131A #3 Front and Rear Panel Connections — 25 Meter System

PLO Cable #10

PLE Cable #11 Strain Relief

Spare Optical Fiber

Optical Fiber #12

Cable

#10

17a

Front

Rear

QSG-8 PN: 10410-00782 Rev. A ME7868A QSG

Figure 6 MN25131A #4 Front and Rear Panel Connections — 25 Meter System

Table 5. ME7868A — 25 Meter System Components (1 of 2)

Ref # Item Comments

1 MS46131A w/Option 012 SFP is inserted in the Green socket of the PhaseLync interfacea.

2 MS46131A w/Option 012 SFP is inserted in the Red socket of the PhaseLync interfacea.

3, 4 MN25131A Multi-Function Extender.

5 Windows PC User Supplied.

6 0.5 meter USB-A to USB-B Cable Connect from one of the front panel USB connectors on unit #3 to a

USB B connector on the rear panel of unit #3.

7 1.8 meter Fiber Jumper Connect from the output of the unit #3 Extender on the rear of

unit #3 to the fiber coupler output of the PhaseLync cable (#12).

8 1.8 meter USB-A to USB-B Cable USB cable supplied with the MS46131A VNA module. Connect from

a front panel USB connector on unit #3 to the VNA module #1.

9 1.8 meter DC Power Cable Connect from a 12V connector on unit #3 to the VNA module #1.

10bPhaseLync Optical Cable Connects the PhaseLync optical signal between the two MS46131A

VNAs.

11bPhaseLync Electrical Cable Connects the PhaseLync electrical signal between the two

MS46131A VNAs.

12bPhaseLync Fiber Coupler Cable Used with the fiber jumper cables (#13) to create a fiber-optic link

between the two MN25131A extender units to enable long distance

USB communications.

17b

Front

Rear

ear

ME7868A QSG PN: 10410-00782 Rev. A QSG-9

13 1.8 meter Fiber Jumper Connect from the output of the MN25131A extender that has a

USB-A input on the rear of unit #4 to the fiber coupler output of the

PhaseLync cable (#12).

14 1.8 meter USB-A to USB-B Cable USB cable supplied with the MS46131A VNA module. Connect from

a front panel USB connector on unit #4 to the VNA module #2.

15 1.8 meter DC Power Cable Connect from a 12V connector on unit #4 to the VNA module #2.

16 0.5 meter USB-A to USB-B Cable Connect from the USB-A connector on the MN25131A extender that

has a fiber connected on the rear panel of unit #4 to the USB-B input

on the rear panel of unit #4.

17a USB Headset Connect the headset to a USB connector on the front of unit #3.

17b,

18, 19

USB Accessories Connect the keyboard, mouse, and headset to the USB connectors

on the front of unit #4.

20 Remote Display Connect the remote display with the USB cable that has two A

connectors and one micro B connector to two of the USB ports on

the front of unit #4.

21 1.8 meter USB-A to USB-B Cable Connect the user PC to the USB-B input on the rear panel of unit #3.

22, 23 AC/DC power supply Power supply module and AC power cord. (Optional if you are using

batteries in the extender units (#3 and #4).)

a.The system requires the two MS46131As to have the PhaseLync cables connected to opposite color sockets.

Therefore Red-to-Green or Green-to-Red configurations are allowed. Both ends going to the same color will not work.

b.Cables #10, #11, and #12 are bundled together, along with a spare PhaseLync Optical Cable. The PhaseLync cable bundle

should be treated similarly to any high frequency measurement cabling. Avoid twisting or kinking and minimize tension on the

cable bundle as it is pulled off the cable reel. Pull the cable from the metal bulkhead clamp at the end of the assembly. Pay

particular attention to not stress the breakout cables at each end.

Table 5. ME7868A — 25 Meter System Components (2 of 2)

Ref # Item Comments

QSG-10 PN: 10410-00782 Rev. A ME7868A QSG

System Turn On/Check

1. IMPORTANT: Use the PhaseLync Optical Cable Cleaning tool to clean the connections on the SFPs and

optical cables before connecting. Make sure that the protective caps are installed on any unused SFP

sockets.

2. For the 25-meter system:

a. Configure the user PC to share a duplicate display with the remote monitor. Push the Windows

and “P” keys on the keyboard simultaneously and then select the Duplicate mode for the projection

configuration.

b. The remote monitor will automatically be recognized in the Windows 10 environment. Consult the

manufacturer’s website for other drivers.

c. Continue with the steps in “Configure the User PC to support Dual Headsets (In Windows 10)”.

Configure the User PC to support Dual Headsets (In Windows 10)1

1. In Windows 10 click on the Start Button.

2. Type Sound, then click on Sound.

3. Note the device names.

4. Select the Recording tab open the first device.

1. Procedure may be different for other Window Operating Systems. Consult your PC documentation.

Figure 7 Control Panel — Sound

Figure 8 Sound Window — Playback Tab

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