Difference between revisions of "Winter Hill receiver project"

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==Winter Hill==
 
==Winter Hill==
  
The Winter Hill receiver project by Brian G4EWJ uses the BATC [[Advanced receiver hardware]].
+
The Winter Hill receiver project by Brian G4EWJ with hindrance occasional help from Mike G0MJW. It uses the BATC [[Advanced receiver hardware]].
  
 
The software will run on the Raspberry Pi4 desktop environment providing a multi-channel receiver capable of receiving up to four channels simultaneously.
 
The software will run on the Raspberry Pi4 desktop environment providing a multi-channel receiver capable of receiving up to four channels simultaneously.
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February 2021 - beta testing in progress
 
February 2021 - beta testing in progress
  
March 2021 - First PCBs expected
+
March 2021 - First production PCBs expected
 
 
  
 
==Hardware==
 
==Hardware==
 
  
 
The PCB design by Mike G0MJW is based on a completely new concept, BATC Advanced DATV Receiver, supporting two SERIT tuners with an integrated Raspberry PI4 and PICs. No USB module is required. This supports 4 simultaneous receivers in either a set top box mode, with the PI desktop, or headless, or a combination of these.  
 
The PCB design by Mike G0MJW is based on a completely new concept, BATC Advanced DATV Receiver, supporting two SERIT tuners with an integrated Raspberry PI4 and PICs. No USB module is required. This supports 4 simultaneous receivers in either a set top box mode, with the PI desktop, or headless, or a combination of these.  
 
   
 
   
 
 
====Version 0.1====
 
====Version 0.1====
  
Feasibility design which was worked fine
+
Feasibility design which worked fine
  
 
====Version 0.2====
 
====Version 0.2====
  
A prototype that was also built.
+
A prototype that was also built by several beta testers.
  
 
====Version 1====
 
====Version 1====
  
First general release PCB - limited availability in January 2021.  General release March 2021
+
First general release PCB - Likely release March 2021
 +
 
 +
 
 +
 
 +
 
 +
 
 +
==Software==
  
 +
TBD
  
 +
===Hardware Build===
  
 
Schematic is here:  
 
Schematic is here:  
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BOM is here:
 
BOM is here:
  
 +
It is best to build this in order of component height. It took the author about 3 hours. There is an old proverb, a man with a watch knows the time. A man with two watches is never sure. While working with SMT, if you make a mistake, having two soldering irons to had is a great help when removing misplaced components. The other essential trick is to have the right tools for the job, a fine tip iron and thin, ideally 0.3mm solder. With experience you can use bar solder and a poker, but you are on your own there. Plenty of light and magnification is a must. If you don't have a magnifier then some +2 or +3 reading glasses might help those with normal vision.
  
 +
Starting with an unpopulated PCB fit all the parts shown:
  
==Software==
+
[[File:Stage1.png|thumb|Low profile parts]]
  
TBD
+
Next fit the PICs - ideally use IC sockets
  
===Hardware Build===
+
[[File:Stage2.png|thumb|Higher]]

Revision as of 13:27, 2 March 2021

Winter Hill

The Winter Hill receiver project by Brian G4EWJ with hindrance occasional help from Mike G0MJW. It uses the BATC Advanced receiver hardware.

The software will run on the Raspberry Pi4 desktop environment providing a multi-channel receiver capable of receiving up to four channels simultaneously.

Timeline

December 2020 - Currently the project is at the design phase with a proof of concept receiver working on breadboard hardware.

February 2021 - beta testing in progress

March 2021 - First production PCBs expected

Hardware

The PCB design by Mike G0MJW is based on a completely new concept, BATC Advanced DATV Receiver, supporting two SERIT tuners with an integrated Raspberry PI4 and PICs. No USB module is required. This supports 4 simultaneous receivers in either a set top box mode, with the PI desktop, or headless, or a combination of these.

Version 0.1

Feasibility design which worked fine

Version 0.2

A prototype that was also built by several beta testers.

Version 1

First general release PCB - Likely release March 2021



Software

TBD

Hardware Build

Schematic is here:

BOM is here:

It is best to build this in order of component height. It took the author about 3 hours. There is an old proverb, a man with a watch knows the time. A man with two watches is never sure. While working with SMT, if you make a mistake, having two soldering irons to had is a great help when removing misplaced components. The other essential trick is to have the right tools for the job, a fine tip iron and thin, ideally 0.3mm solder. With experience you can use bar solder and a poker, but you are on your own there. Plenty of light and magnification is a must. If you don't have a magnifier then some +2 or +3 reading glasses might help those with normal vision.

Starting with an unpopulated PCB fit all the parts shown:

Low profile parts

Next fit the PICs - ideally use IC sockets

Higher