On 18.04.2018 16:53, Uwe Kleine-König wrote:
> On Wed, Apr 18, 2018 at 04:06:38PM +0200, Stefan Agner wrote:
>> When using half-duplex mode (which disables receiver during txing)
>> the RTS signal cannot be driven low during transmission. This seems
>> to be a limitation of the i.MX UART IP: The
On 18.04.2018 16:53, Uwe Kleine-König wrote:
> On Wed, Apr 18, 2018 at 04:06:38PM +0200, Stefan Agner wrote:
>> When using half-duplex mode (which disables receiver during txing)
>> the RTS signal cannot be driven low during transmission. This seems
>> to be a limitation of the i.MX UART IP: The
On Wed, Apr 18, 2018 at 04:06:38PM +0200, Stefan Agner wrote:
> When using half-duplex mode (which disables receiver during txing)
> the RTS signal cannot be driven low during transmission. This seems
> to be a limitation of the i.MX UART IP: The RTS (CTS_B) signal is
> controlled by the receiver.
On Wed, Apr 18, 2018 at 04:06:38PM +0200, Stefan Agner wrote:
> When using half-duplex mode (which disables receiver during txing)
> the RTS signal cannot be driven low during transmission. This seems
> to be a limitation of the i.MX UART IP: The RTS (CTS_B) signal is
> controlled by the receiver.
When using half-duplex mode (which disables receiver during txing)
the RTS signal cannot be driven low during transmission. This seems
to be a limitation of the i.MX UART IP: The RTS (CTS_B) signal is
controlled by the receiver. When the receiver is disabled, the
signal stays in UART logic idle
When using half-duplex mode (which disables receiver during txing)
the RTS signal cannot be driven low during transmission. This seems
to be a limitation of the i.MX UART IP: The RTS (CTS_B) signal is
controlled by the receiver. When the receiver is disabled, the
signal stays in UART logic idle
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