FW: Sampo S2 IO and Source Code

From: Nordic ID Support <support@nordicid.com>
Sent: Wednesday, October 23, 2019 6:05 PM
To: jin@intensecomp.com
Subject: RE: Sampo S2 IO and Source Code

Hi Jin,

I will do it that way:

Watch the inspiring Nordic ID HH83 video

From: jin@intensecomp.com <jin@intensecomp.com>
Sent: Friday, October 18, 2019 1:11 PM
To: Nordic ID Support <support@nordicid.com>
Subject: RE: Sampo S2 IO and Source Code

Hi Turo,

For your reference. If you can assist us it will be great. Thanks.

Regards,

Jin

From: Nordic ID Support <support@nordicid.com>
Sent: Friday, September 13, 2019 12:21 AM
To: jin@intensecomp.com
Subject: RE: Sampo S2 IO and Source Code

See page 9

https://www.nordicid.com/wp-content/uploads/nordic-id-sampo-s2-user-guide-1v2.pdf.pdf

Best Regards,
Turo Rantanen

From: jin@intensecomp.com <jin@intensecomp.com>
Sent: Thursday, September 12, 2019 7:19 PM
To: Nordic ID Support <support@nordicid.com>
Subject: RE: Sampo S2 IO and Source Code

Hi Turo,

We will using I/O Relay Board to control the buzzer and LED. Do you have the pins diagram?

Regards,

Jin

From: Nordic ID Support <support@nordicid.com>
Sent: Thursday, September 12, 2019 10:55 PM
To: jin@intensecomp.com
Subject: RE: Sampo S2 IO and Source Code

Hi Jin,

There are 4 x opto-isolated outputs on the device that can drive 25mA so if the required current is less than mentioned, then you can driver buzzer and/or LED directly. Otherwise you will need buzzer with a control signal and LED with controlling logic. If you could share datasheets from the components, then I will look how to connect those components.

Here's how to code with C#:

// Make INPUT configuration

NurApi.GpioEntry configInput = new NurApi.GpioEntry();

configInput.available = true;

configInput.enabled = true;

configInput.type = NurApi.GPIO_TYPE_INPUT;

configInput.action = NurApi.GPIO_ACT_NOTIFY;

configInput.edge = NurApi.GPIO_EDGE_BOTH;

// Make OUTPUT configuration

NurApi.GpioEntry configOutputHigh = new NurApi.GpioEntry();

configOutputHigh.available = true;

configOutputHigh.enabled = true;

configOutputHigh.type = NurApi.GPIO_TYPE_OUTPUT;

configOutputHigh.edge = NurApi.GPIO_EDGE_RISING; // High

// Get current configuration

NurApi.GpioEntry[] configs = hNur.GetGPIOConfig();

// Reconfigure IO-pins (INPUTS = 0, 1, 2, 3 / OUTPUTS = 4, 5, 6, 7)

configs[0] = configInput;

configs[1] = configInput;

configs[2] = configInput;

configs[3] = configInput;

configs[4] = configOutputHigh;

configs[5] = configOutputHigh;

configs[6] = configOutputHigh;

configs[7] = configOutputHigh;

hNur.SetGPIOConfig(configs);

// Pull Output 1 & 2 down

hNur.SetGPIOStatus(4, false);

Watch the inspiring Nordic ID HH83 video

From: jin@intensecomp.com <jin@intensecomp.com>
Sent: Thursday, September 12, 2019 11:45 AM
To: Nordic ID Support <support@nordicid.com>
Subject: Sampo S2 IO and Source Code

Hi Support,

I've a requirement to implement buzzer and LED once RFID labels detected. How can I connect the IO port and is there any sample application I can refer. I've experience coding Mono for Sampo S2? Do we need to buy any external IO board?

Regards,

Jin

Technical Support

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FW: Sampo S2 IO and Source Code

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