Hi Kiste,
Good to know some of the history, I did not know that. Thanks.

Kind regards,
Rob


Met vriendelijke groet,
Rob Jansen
________________________________
From: 'Oliver Seitz' via jallib <[email protected]>
Sent: Tuesday, May 12, 2020 8:03:52 AM
To: [email protected] <[email protected]>
Subject: AW: [jallib] Re: 16F505

The blink samples are generated by a script. They all use a certainly named 
port pin.

Once a user complained that the blink sample did not work. It was due to a 
read/modify/write problem on a certain chip, which actually could only drive 
3.5mA on the standard pin. There were solutions discussed, including to have 
different blink samples which use a per-chip selected pin that can drive 25mA. 
That would have been a huge amount of work for a very small effect. So the 
solution chosen was to just recommend a low current LED for all samples.


Greets,
Kiste

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Am Mo., Mai 11, 2020 at 22:45 schrieb Zet Weeh
<[email protected]>:

Hi Sunish

Thanks for your fast reply. I have three questions ( written in red).

xx -- In the datsheet on page 40 I see some configuration-bits but the register 
has no name. Is it still possible to use those bits?

pragma target clock 4_000_000      -- oscillator frequency
--
pragma target OSC      INTOSC_NOCLKOUT           -- Int osc, no clockout 
………..>>>>> in the datasheet and in the library16F505:  I can't find 'noclkout'
pragma target WDT      DISABLED                  -- watchdog
pragma target MCLR     INTERNAL                  -- internal reset
--
-- A low current (2 mA) led with 2.2K series resistor is recommended
-- since the chosen pin may not be able to drive an ordinary 20mA led.  
……….>>>>>> in the datasheet the pin can deliver 25 mA/that is enough for a 
standard led
--
--Best regards,

Peter

Op maandag 11 mei 2020 00:34:10 UTC+2 schreef Zet Weeh:
Hi
I never worked with small PIC's.
I want to use the internal oscillator of the 16F505.
Is it correct I need to change in the library 16F505 in the oscillator part:

pragma fuse_def OSC 0x7

in

pragma fuse_def OSC 0x4

Best regards,
Peter

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