LPTScope hardware

From: "Saved by Internet Explorer 11" Subject: LPTScope hardware Date: Mon, 4 Jul 2016 10:12:08 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01D1D5DC.8596A9A0" X-MimeOLE: Produced By Microsoft MimeOLE V6.1.7601.17609 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01D1D5DC.8596A9A0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: file://C:\Users\R&D 1\Documents\Research\Software\LPTScope hardware.htm LPTScope hardware=20 =20 =20 =20 =20 =20 =20 =20

LPTScope=20 hardware

3D"LPTscope

3D"Bottom

3D"Enclosed

At=20 the beggining: I don't take any responsability if you burn out your PC = or=20 anything else. I don't even care. You are using this information at = your own=20 risk.

ADC0820 (TLC0820) is a cheap and fast ADC. I like it! See = the datasheets.
This=20 oscilloscope uses the SPP or EPP parallel port (LPT1) for reading the = data from=20 ADC. If your LPT1 is an ECP then the program automatically switches the = LPT1 in=20 byte mode (normal mode). BUT, not all parallel ports (LPT ports) are=20 bidirectional. "Bidirectional" means, that except outputing data, the = port can=20 also read the data.
How to determine if your LPT1 port is a = bidirectional=20 one? Start the LPTscope program and on the program menu select: = "Bidirectional=20 capabilities testing" then follow the given instructions.

This = is how=20 the test is performed: =20

1) Program sets pins 2-9 of LPT1 = port all=20 high (5V). In other words: program puts a 0xFF in the data port of your = LPT1 at=20 adress 0x378
2) Program then continuosly reads the LPT1 data port = and tracks=20 if anything changes
3) Your task is to connect any data pin to a = ground. For=20 example, connecting pin 2(DATA0) to pin 18(GND) would change the read = value=20 from 255 to 254. You should use a 1kOhm resistor to connect a "high" = pin to a=20 GND pin

a) If the port is not = bidirectional (pin 2=20 keeps 5 volts), 1k resistor is big enough to limit the current at 5mA. = 5mA=20 sources from pin2 and sinks on pin18 which is acceptable on all ports = without=20 damaging it. (1kOhm means current of 5mA at 5V).
b) If the port is=20 bidirectional, 1k resistance is low enough to pull the pin 2 low, from = 5Volts=20 to 0 Volts.

4) If the read value changes this = is a good=20 news: your port is a bidirectional one!
If it does not change, = first, try to=20 change the settings in the BIOS of your PC (in the case when your LPT1 = is on=20 the MB). Make few tries in this order: Normal, EPP or ECP.
If the = test=20 doesn't pass, then you can't use the above shematics. But hey, do not = give up.=20 Just consider some other options. For example this.=20 In this option you should drastically change the above schematics, and = just a=20 little the program in the LPT-reading part. For example this=20 project uses multiplexed reading. But, using multiplexed data = gathering,=20 nibble by nibble, you obtain twice as slower reading = speed.

In=20 addition, there is a software test upon starting the program, which = checks if=20 the hardware lets the software set the bit 5 of the LPT's control byte. = Setting=20 the bit 5 of the control port to a logical high, we put a LPT port in = the=20 bidirectional mode. There is lots of different ports around. = Differently=20 protected, or not protected at all. Read this=20 article if you want to know more about this issue.

Those = 1kOhm=20 current limiting resistors between ADC and LPT are here just in case = somebody=20 tries to connect this to a non-bidirectional port. You can omit this = resistor=20 if you know that you are going to plug it in a bidirectional port only. = I never=20 tested this schematics with those resistors, since I'm sure that my PC = is a=20 bidirectional one. Or else this resistor could help if someone tries to = send=20 something out (printing) when the oscilloscope is plugged in=20 LPT1...

10k, 1M resistors and 1N4148 and ZD5V are there for = analog input=20 protection. Analog input (signal in) at the pin 1 should never exceed = the=20 supply voltage of the ADC. If you are planning to measure the signals = with=20 amplitude more than 5V, you should add an additional resistor divider = between=20 signal and ADC to keep the voltage below 5V at pin1. And of course, you = can=20 omit this protection and connect the signal directly to pin1 if you are = sure=20 that your analog input will allways be in range of 0V-5V.

Pin 10 = of LPT1=20 (Ack) acts like an external trigger. It is a TTL level trigger which = fires at=20 rising edge.

ADC0820 works in wr/rd mode (pin7 high), = stand-alone=20 operation.
To make a measuring sample, program has to set the pin6 = low for a=20 very short time. After that (820ns ater that - regarding to = datasheets), the=20 data is ready on data pins. Simple, isn't it. When doing the program, I = was=20 worrying about timings, but during the testing, I realised that ADC0820 = is=20 faster than any LPT port (available this days), and all the program has = to do,=20 is a short low impulse at pin6 and read the data as quick as it can. I = never=20 noticed any data was lost (eaten samples) during the testing. I must = say that=20 any data wasn't lost in a DOS version of the program. Windows are a bad = choice=20 for a heavy timing tasks such as a (software) oscilloscope. Windows = runs other=20 programs in the background. That's why the win version doesn't have = 100%=20 accurate time base, but in other side it looks fancy.
The bottleneck = in the=20 data transfer from ADC to PC is read/write routines of the LPT port, = not the=20 speed of ADC0820. For one data sample we need 3 I/O instructions from = PC:=20

_out (set pin6 of ADC low)
_out (set pin6 of ADC high)
_in (read a data byte from = ADC)

Under=20 different OS and processor modes these I/O instructions take different = number=20 of processor cycles. Read this=20 if you want to know more.
I tried to set an external oscillator for = ADC clock=20 and avoid two "out" commands to save some time, but this way we loose=20 synchronisation between ADC and PC and data became messed. ADC must be=20 synchronised with the PC (does it?).

Conclusion: Almost = everything I=20 know about parallel ports I learned at this great site: http://www.beyondlog= ic.org/spp/parallel.htm.
Since=20 I have just few PCs available for testing, it is possible that many=20 unpredictable things (nice or bad) happen. I'm thankful for any = suggestion from=20 you. I will update this page if you know or find out anything worth=20 mentioning.

Other LPT handling and programming related=20 stuff:
http://www.lvr.com/parport.htm
ftp://ftp= .armory.com/pub/user/rstevew/LPT/zha96lpt.faq
...=20

Back=20 home =20

=20 =20

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