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Assembling PLUS expansion in a WSUB1G PLUS analyzer

WSUB1G PLUS expansion Front

Use these instructions to assemble a RFEM2.4G PLUS, RFEM4G PLUS or a RFEM6G PLUS into a RF Explorer WSUB1G PLUS unit.

For RF Explorer WSUB1G PLUS SLIM please use this alternative article.

Firmware support for expansion modules requires version 3.10, available in our download page. Please follow below instructions to assemble the expansion module in your RF Explorer WSUB1G PLUS spectrum analyzer.

You may need to order a separate top aluminum CNC cover to assemble a standard expansion into the new form factor of WSUB1G PLUS. Please check this product from SeeedStudio for more details if your expansion module does not include it already.

ESD precautions

As you will be dealing with ESD sensitive electronic CMOS components, you should use antistatic protection to avoid any impact on the circuit. For that, it is recommended to use an Antistatic wrist strap. See below tools you will need for the upgrade.

Assemble tools small

Before following this process, be sure you upgrade the RF Explorer WSUB1G PLUS firmware with the v3.06 or latest available version from the download page. The firmware upgrade must be completed before you install the hardware Expansion Module.

Remove RF Explorer case cover

The very first step is to power off your RF Explorer and disconnect it from any external USB source or power.

RFEPlusAssembled small

Then remove the rubber protection.

RFEPlus removed rubber small

Get top and bottom cover off by removing the small screws, indicated by red arrows below. Use an appropriate Philips screwdriver of the right size to avoid damaging the screws. Remove the SMA nut as well.

TopCover Plus small

BottomCover Plus small

Note: There is no need to remove the main PCB from the front cover, we suggest not removing it; otherwise assembling it back with all button keys may be a bit difficult.

Plug the Expansion Module in

You can now get the PCB out of the box, you may optionally disconnect the lipo battery but that is not mandatory if you keep the power switch in the OFF position at all times.

HeaderPositions

After proper connection, the alignment of the boards must look like these images below.

 Alignment detail plus

Alignment detail 2

Important

  • Review very carefully your battery is not making contact with any PCB or connector anywhere.
  • The battery should have been assembled in the factory in such a way that would be in an area far from the Expansion Module contacts. However, if you see the battery in risk of contacting the PCB, connector or anything else, you must fix that before assembling the RF Explorer unit back.
  • Always proceed very carefully with the Lithium Ion battery and make sure it is not punctured, damaged or inflated in any way. A healthy battery is a flat rectangle with no signs of any deformation. If you have any doubt, please take a picture of your unit and send it to us for further help. Read this article for additional information on battery handling and care.

Assemble RF Explorer

Next step is to securely attach the back cover, top and bottom covers.

Final step is to tighten all screws up in all top, bottom and back covers.

Power the unit on, if everything is working as expected, you will see a screen detailing the base model and new module in place. Check the new module is identified as expected, below is an example but the exact screen will depend on the model installed.

The asterisk mark indicates the SMA connector associated with the module, and the [ACTIVE] signals the currently actived one.

You can use the MENU button to navigate to this screen anytime to review your configuration. To switch between the two available modules, you can use the MENU button to navigate to the FREQUENCY MENU and then cycle through the active module by clicking ENTER on the Module option at the bottom.

Notes:

  • There may be minor variations in the pictures shown when compared to what you have, based on model or production batches. If you got any question, please ask in the list or by the contact form.
  • All the RF Explorer CNC job is done with sub-millimeter accuracy. It may be sometimes difficult to fit everything perfectly in place if you tighten some screws too much before having the others in place. You may need to release a bit some screws for the others to fit properly in place. Generally speaking, it is better to have all the screws in place before you tighten them up to their final position.

Assembling PLUS expansion module in a WSUB1G PLUS SLIM analyzer

WSUB1G PLUS SLIM expansion

Use these instructions to assemble a RFEM2.4G PLUS, RFEM4G PLUS or a RFEM6G PLUS into a RF Explorer WSUB1G PLUS SLIM unit.

For RF Explorer WSUB1G PLUS with older enclosure please use this alternative article.

Firmware support for expansion modules requires version 3.10, available in our download page. Please follow below instructions to assemble the expansion module in your RF Explorer WSUB1G PLUS spectrum analyzer.

Upgrade Firmware

Before following this process, be sure you upgrade the RF Explorer WSUB1G PLUS firmware with the v3.12 or latest available version from the download page. The firmware upgrade must be completed before you install the hardware Expansion Module.

ESD precautions

As you will be dealing with ESD sensitive electronic CMOS components, you should use antistatic protection to avoid any impact on the circuit, and handle carefully not making finger contact with any electronic component.

It is strongly recommended to use an Antistatic wrist strap properly grounded. See below tools you will need for the upgrade.

Tools SLIM

Remove RF Explorer case cover

The very first step is to power off your RF Explorer and disconnect it from any external USB source or power.

Next step is to remove the 4 hex screws using a M2 allen type key.

Remove SLIM screws

Disconnect battery carefully using fine pliers, then remove the metallic tape from the PCB and middle cover.

Remove battery 

Pull the PCB and middle cover back to free the front cover in this horizontal position, so all the keyboard keys remain in the right position.

Front Cover

At this point the black metallic middle cover is free to remove the PCB. First remove the SMA nut and washer, then pull the PCB as shown below

Remove PCB

 

Plug the Expansion Module in

You can now get the PCB out of the box, you may optionally disconnect the lipo battery but that is not mandatory if you keep the power switch in the OFF position at all times.

HeaderPositions

After proper connection, the alignment of the boards must look like these images below.

 Alignment detail plus

Alignment detail 2

Important

  • Review very carefully your battery is not making contact with any PCB or connector anywhere.
  • The battery should have been assembled in the factory in such a way that would be in an area far from the Expansion Module contacts. However, if you see the battery in risk of contacting the PCB, connector or anything else, you must fix that before assembling the RF Explorer unit back.
  • Always proceed very carefully with the Lithium Ion battery and make sure it is not punctured, damaged or inflated in any way. A healthy battery is a flat rectangle with no signs of any deformation. If you have any doubt, please take a picture of your unit and send it to us for further help. Read this article for additional information on battery handling and care.

Assemble RF Explorer

Remove the rubber hole cover to free the SMA on the right side, and correctly put the power switch cover in place.

Middle Cover

Then use the angled position to assemble the PCB back into the middle cover.

Assemble PCB

Once the PCB is back in the right position, follow this order to finish the assembly:

  1. Put the middle cover on top of the front cover horizontally, so all keys remain in the right position.
  2. Get the metallic fabric tape correctly located in their original position, making sure are only using their designated area and not making any electrical contact with components or vias outside the ground marked area.
  3. Double check the power switch is in the off position (black mark)
  4. Connect the battery
  5. Assemble back cover and use the 4 screws

Power the unit on, if everything is working as expected, you will see a screen detailing the base model and new module in place. Check the new module is identified as expected, below is an example but the exact screen will depend on the model installed.

The asterisk mark indicates the SMA connector associated with the module, and the [ACTIVE] signals the currently actived one.

You can use the MENU button to navigate to this screen anytime to review your configuration. To switch between the two available modules, you can use the MENU button to navigate to the FREQUENCY MENU and then cycle through the active module by clicking ENTER on the Module option at the bottom.

Notes:

  • There may be minor variations in the pictures shown when compared to what you have, based on model or production batches. If you got any question, please contact us using the contact form.
  • We can do fully assembly for you in our lab for a small extra charge, contact us if you prefer that option.

Pacific Technology Distributor

PTech

PACIFIC TECHNOLOGY

Industry:  VSAT, Satellite TV, Radio Communication, Education

Serving Area:  Singapore, Taiwan, Hong Kong, China

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Telephone:  +852 6213 9099

Fax:  +852 30075606

WeChat ID:  totalalive

Skype ID:  gannisyuen

RF Explorer job offering

Description

We are looking for developers with good C# knowledge but prior professional experience is not required. The developer will integrate in a team enhancing and evolving our family of RF Explorer products (www.rf-explorer.com). Our products are used worldwide by high profile technicians and electronic enthusiasts.

The software application and tools for RF Explorer are used on Windows PC, Linux and MacOS. There will be future variants for Android and iOS platforms as well. The excellent sales our products have worldwide and the community request for new enhancements and functionality is the biggest motivation to increase our development team. We emphasize our team members to learn new technologies and processes, where productivity is most valued and time compatibility with other activities is guaranteed. Working remotely is also feasible some hours a week.

Our team is distributed worldwide among partners and collaborators from USA and Shenzhen (the equivalent of Silicon Valley in China) - therefore written English is required, and native English spoken is very welcomed.

Electronics products we design are inside the Maker movement (http://makerspace.com) including Internet of Things (IoT) devices, many of them are Open Source software and Open Hardware designs.

We are an equal opportunity employer and offer professional environment and competitive compensation.

Requirements

Must have knowledge:

  • Windows C# development
  • Written English
  • No prior professional experience required

Nice to have knowledge:

  • Spoken English
  • Chinese
  • Linux GCC development
  • MacOS Objective-C development
  • Android / iOS development
  • Network and Internet sockets development
  • AutoCAD and 3D design, including 3D printing
  • Development and design with Microcontrollers (ARM, PIC, Atmel)
  • Experience on IoT, Raspberry Pi, Arduino and equivalent DIY platforms