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Break up SMA info
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‎docs/assets/img/hookup_guide/SMA.png‎

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‎docs/hardware_overview.md‎

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@@ -385,69 +385,127 @@ The µSD socket is connected directly to the mosaic-T via a one-bit SDIO in
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## SMA Connectors
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The GNSSDO has robust SMA connectors for the mosaic-T GNSS antenna, Pulse-Per-Second output, 10 MHz input / output, and the Event A input.
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<div class="grid" markdown>
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<div markdown>
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<figure markdown>
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[![SMA RF Connections](./assets/img/hookup_guide/Ant-GNSS.png){ width="750" }](./assets/img/hookup_guide/Ant-GNSS.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the GNSS antenna.</figcaption>
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[![SMA Connections](./assets/img/hookup_guide/SMA.png){ width="750" }](./assets/img/hookup_guide/SMA.png "Click to enlarge")
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<figcaption markdown>The SMA connections on the SparkPNT GNSSDO.</figcaption>
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</figure>
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<figure markdown>
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[![SMA RF Connections](./assets/img/hookup_guide/RF-GNSS.png){ width="400" }](./assets/img/hookup_guide/RF-GNSS.png "Click to enlarge")
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<figcaption markdown>The connection for the GNSS antenna to the mosaic-T.</figcaption>
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</figure>
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The mosaic-T GNSS SMA connector is standard polarity and provides 3.3V power for an active antenna.
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</div>
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!!! tip "Connector Polarity"
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All these SMA connectors have a standard polarity. When selecting antennas and/or cables for the GNSSDO, double-check the polarity for the connections and cables.
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<div markdown>
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<figure markdown>
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[![SMA PPS Connections](./assets/img/hookup_guide/PPS.png){ width="750" }](./assets/img/hookup_guide/PPS.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the Pulse-Per-Second output.</figcaption>
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</figure>
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<figure markdown>
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[![SMA PPS Connections](./assets/img/hookup_guide/PPS-PCB.png){ width="400" }](./assets/img/hookup_guide/PPS-PCB.png "Click to enlarge")
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<figcaption markdown>The connection for the Pulse-Per-Second output.</figcaption>
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</figure>
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=== "`EVENTA`"
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The Pulse-Per-Second SMA connector is standard polarity. The voltage is selectable via the VCCIO switch: 3.3V or 5V. 2.8V and 1.8V are also available via the jumper links *(see the **[Jumpers](#jumpers)** section)*. The output is DC-coupled. The output can be configured for 50 Ohm output via the jumper links *(see the **[Jumpers](#jumpers)** section)*.
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</div>
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<div class="grid" markdown>
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<div markdown>
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<figure markdown>
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[![SMA 10MHz Connections](./assets/img/hookup_guide/10MHz.png){ width="750" }](./assets/img/hookup_guide/10MHz.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the 10 MHz output / input.</figcaption>
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</figure>
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<div markdown>
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<figure markdown>
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[![SMA 10MHz Connections](./assets/img/hookup_guide/10MHz-Switch-PCB.png){ width="400" }](./assets/img/hookup_guide/10MHz-Switch-PCB.png "Click to enlarge")
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<figcaption markdown>The connection for the 10 MHz output / input.</figcaption>
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</figure>
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<figure markdown>
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[![EventA Connections](./assets/img/hookup_guide/EventA.png){ width="750" }](./assets/img/hookup_guide/EventA.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the EventA input.</figcaption>
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</figure>
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The 10 MHz SMA connector is standard polarity. The voltage is adjustable via the VCCIO switch: 3.3V or 5V. 2.8V and 1.8V are also available via the jumper links *(see the **[Jumpers](#jumpers)** section)*. The output can also be configured for 50 Ohm via the jumper links *(see the **[Jumpers](#jumpers)** section)*. Output / Input is selected via the small slide switch adjacent to the connector. When configured for input: the input impedance is 50Ω; the detection level is -14dBm; the max supported input level is +12dBm.
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</div>
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The Event A SMA connector is standard polarity. The voltage is adjustable via the VCCIO switch: 3.3V or 5V. 2.8V and 1.8V are also available via the jumper links *(see the **[Jumpers](#jumpers)** section)*. The output can also be configured for 50 Ohm via the jumper links *(see the **[Jumpers](#jumpers)** section)*.
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<div markdown>
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<figure markdown>
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[![EventA Connections](./assets/img/hookup_guide/EventA.png){ width="750" }](./assets/img/hookup_guide/EventA.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the EventA input.</figcaption>
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</figure>
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</div>
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<figure markdown>
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[![EventA Connections](./assets/img/hookup_guide/EventA-PCB.png){ width="400" }](./assets/img/hookup_guide/EventA-PCB.png "Click to enlarge")
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<figcaption markdown>The connection for the EventA input.</figcaption>
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</figure>
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The Event A SMA connector is standard polarity. The voltage is adjustable via the VCCIO switch: 3.3V or 5V. 2.8V and 1.8V are also available via the jumper links *(see the **[Jumpers](#jumpers)** section)*. The output can also be configured for 50 Ohm via the jumper links *(see the **[Jumpers](#jumpers)** section)*.
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<div markdown>
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</div>
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<figure markdown>
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[![EventA Connections](./assets/img/hookup_guide/EventA-PCB.png){ width="400" }](./assets/img/hookup_guide/EventA-PCB.png "Click to enlarge")
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<figcaption markdown>The connection for the EventA input.</figcaption>
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</figure>
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</div>
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</div>
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</div>
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=== "`10MHz`"
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<div class="grid" markdown>
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<div markdown>
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<figure markdown>
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[![SMA 10MHz Connections](./assets/img/hookup_guide/10MHz.png){ width="750" }](./assets/img/hookup_guide/10MHz.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the 10 MHz output / input.</figcaption>
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</figure>
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The 10 MHz SMA connector is standard polarity. The voltage is adjustable via the VCCIO switch: 3.3V or 5V. 2.8V and 1.8V are also available via the jumper links *(see the **[Jumpers](#jumpers)** section)*. The output can also be configured for 50 Ohm via the jumper links *(see the **[Jumpers](#jumpers)** section)*. Output / Input is selected via the small slide switch adjacent to the connector. When configured for input: the input impedance is 50Ω; the detection level is -14dBm; the max supported input level is +12dBm.
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</div>
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<div markdown>
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<figure markdown>
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[![SMA 10MHz Connections](./assets/img/hookup_guide/10MHz-Switch-PCB.png){ width="400" }](./assets/img/hookup_guide/10MHz-Switch-PCB.png "Click to enlarge")
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<figcaption markdown>The connection for the 10 MHz output / input.</figcaption>
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</figure>
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</div>
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</div>
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=== "`PPS`"
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<div class="grid" markdown>
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<div markdown>
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<figure markdown>
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[![SMA PPS Connections](./assets/img/hookup_guide/PPS.png){ width="750" }](./assets/img/hookup_guide/PPS.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the Pulse-Per-Second output.</figcaption>
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</figure>
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The Pulse-Per-Second SMA connector is standard polarity. The voltage is selectable via the VCCIO switch: 3.3V or 5V. 2.8V and 1.8V are also available via the jumper links *(see the **[Jumpers](#jumpers)** section)*. The output is DC-coupled. The output can be configured for 50 Ohm output via the jumper links *(see the **[Jumpers](#jumpers)** section)*.
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</div>
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<div markdown>
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<figure markdown>
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[![SMA PPS Connections](./assets/img/hookup_guide/PPS-PCB.png){ width="400" }](./assets/img/hookup_guide/PPS-PCB.png "Click to enlarge")
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<figcaption markdown>The connection for the Pulse-Per-Second output.</figcaption>
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</figure>
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</div>
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</div>
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=== "`GNSS`"
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<div class="grid" markdown>
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<div markdown>
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<figure markdown>
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[![SMA RF Connections](./assets/img/hookup_guide/Ant-GNSS.png){ width="750" }](./assets/img/hookup_guide/Ant-GNSS.png "Click to enlarge")
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<figcaption markdown>The SMA connector for the GNSS antenna.</figcaption>
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</figure>
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The mosaic-T GNSS SMA connector is standard polarity and provides 3.3V power for an active antenna.
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</div>
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<div markdown>
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<figure markdown>
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[![SMA RF Connections](./assets/img/hookup_guide/RF-GNSS.png){ width="400" }](./assets/img/hookup_guide/RF-GNSS.png "Click to enlarge")
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<figcaption markdown>The connection for the GNSS antenna to the mosaic-T.</figcaption>
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</figure>
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</div>
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</div>
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!!! tip "Connector Polarity"
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When selecting antennas and/or cables for the GNSSDO, double-check the polarity for the connections.
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## Input/Output Terminals

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