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--- resources:eval:user-guides:circuits-from-the-lab:fthr-pmd-intz [31 May 2022 10:29] – [SPI Pmod Connector (P6)] Richmond Eustacio
+++ resources:eval:user-guides:circuits-from-the-lab:fthr-pmd-intz [14 Jul 2023 14:34] (current) – Corrected download link for Design & Integration files. Brent Kowal
@@ Line 1: / Line 1: @@
-====== FTHR-PMD-INTZ Hardware User Guide ======
+====== FTHR-PMD-INTZ Feather-to-PMOD Interposer Hardware User Guide ======
 ===== Overview =====
-The [[ADI>FTHR-PMD-INTZ]] is an add-on adapter board especially built for the MAXIM MCU boards. Maxim Feather Boards, namely the [[maxim>MAX32630FTHR]], [[maxim>MAX32650FTHR]], [[maxim>MAX32655FTHR]], [[maxim>MAX32666FTHR]], and [[maxim>MAX78000FTHR]], are very small form factors called "feathers", and they require special connectors to be used with other Pmod boards.
+The [[ADI>FTHR-PMD-INTZ]] is an add-on adapter board especially built for the MAXIM MCU boards. Maxim Feather Boards, namely the [[ADI>MAX32630FTHR]], [[ADI>MAX32650FTHR]], [[ADI>MAX32655FTHR]], [[ADI>MAX32666FTHR]], and [[ADI>MAX78000FTHR]], are very small form factors called "feathers", and they require special connectors to be used with other Pmod boards.
 This interposer board provides such solution and allows interfacing with up to two Pmod boards via SPI or I2C interface. Furthermore, this add-on adapter board adheres to the standards, such as the Digilent Pmod™ Interface Specification and Adafruit Feather Specification.
+{{ :resources:eval:user-guides:circuits-from-the-lab:fthr:fthr-pmd-intz_rev_0_angle.png?450 |}}
+<wrap center 22%> //<fc>Figure 1. FTHR-PMD-INTZ</fc>// </wrap>
-\\
-\\
-<insert isometric view of board>
-\\
 <WRAP center round info 60%>
 **__Evaluation Kit Contents:__**
   * [[adi>FTHR-PMD-INTZ]] Adapter Board ([[cart>FTHR-PMD-INTZ|Buy]])
 </WRAP>
-\\
 ===== Adapter Board Hardware =====
+{{ :resources:eval:user-guides:circuits-from-the-lab:fthr:fthr-pmd-intz_hardware.png?600 |}}
+<wrap center 22%> //<fc>Figure 2. Hardware Parts</fc>// </wrap>
-<insert photo of feather pmod labeled parts>
 ==== Power Configuration ====
 The circuit is powered by the voltage coming from the Maxim Feather headers.
-<insert photo labelled jumpers>
+{{ :resources:eval:user-guides:circuits-from-the-lab:fthr:power_jumpers_with_label.png?600 |}}
+<wrap center 22%> //<fc>Figure 3. Power Jumpers</fc>// </wrap>
 \\
 The table below lists the power configuration for this interposer board. The default voltage configuration for all is 3V3.
+|  **Part**  |  **Description**  |  **Left Connection**  |  **Right Connection**  |
+|  P2  | Feather Voltage Selector|  3V3  |  1V8  |
+|  P4  | I2C PMOD Voltage Selector|  3V3  |  VBUS (5V)  |
+|  P5  | SPI PMOD Voltage Selector|  3V3  |  VBUS (5V)  |
 ==== SPI Pmod Connector (P6) ====
 Connect Pmod devices that use SPI interface to the left-hand side Pmod connector, as shown below.
-<insert labelled SPI pin>
+{{ :resources:eval:user-guides:circuits-from-the-lab:fthr:spi.png?600 |}}
+<wrap center 22%> //<fc>Figure 4. SPI PMOD Connector</fc>// </wrap>
 The table below lists the corresponding pin assignment
+^  SPI Pmod Connector (P6) Pinout  ^^^^
+|  **Pin Number**  |  **Pin Function on FTHR-PMD-INTZ**  |  **Pin Number**  |  **Pin Function on FTHR-PMD-INTZ**  |
+|  1  | **CS**. SPI Chip select #1 from MAXFTHR to the Pmod device.|  7  | **SPI_GPIO0**. Interrupt Signal from the Pmod device to the MAXFTHR |
+|  2  | **MOSI_GPIO1**. SPI data from MAXFTHR to the Pmod device. |  8  | **SPI_GPIO1**. Reset Signal from MAXFTHR to Pmod device |
+|  3  | **MISO**. SPI data from MAXFTHR to the Pmod device. |  9  | **SPI_GPIO2**. SPI Chip select #2 from MAXFTHR to the Pmod device. |
+|  4  | **SCLK**. SPI Clock from MAXFTHR to the Pmod device. |  10  | **SPI_GPIO3**. SPI Chip select #3 from MAXFTHR to the Pmod device. |
+|  5  | **GND**. Ground |  11  | **GND**. Ground|
+|  6  | **VCC**. Connected to 3V3 or VBUS from MAXFTHR (shorted in P5).|  12  | **VCC**. Connected to 3V3 or VBUS from MAXFTHR (shorted in P5). |
+=== I2C Pmod Connector (P7) ===
-=== I²C Pmod Connector (P7) ===
+Pmod devices that use I2C interface should be connected to the right Pmod connector.
-Pmod devices that use I²C interface should be connected to the right pmod connector.
+{{ :resources:eval:user-guides:circuits-from-the-lab:fthr:i2c.png?600 |}}
+<wrap center 22%> //<fc>Figure 5. I2C PMOD Connector</fc>// </wrap>
-<insert labelled I<sup>2</sup>C  pin>
 The table below lists the corresponding pin assignment
 \\
-\\
+^  I2C Pmod Connector (P7) Pinout  ^^^^
-^  I²C Pmod Connector #1 (P3) Pinout  ^^^
 |  **Pin Number**  |  **Pin Function on FTHR-PMD-INTZ**  |  **Pin Number**  |  **Pin Function on FTHR-PMD-INTZ**  |
-|  1 | **I²C_GPIO_0**. Interrupt Signal from the Pmod device to the MAXFTHR.| 7 | **I²C_GPIO_0**. Interrupt Signal from the Pmod device to the MAXFTHR. |
+|  1  | **I2C_GPIO0**. Interrupt Signal from the Pmod device to the MAXFTHR.|  7  | **I2C_GPIO0**. Interrupt Signal from the Pmod device to the MAXFTHR. |
-|  2 | **I²C_GPIO_1**. Reset Signal from the MAXFTHR to the Pmod device. | 8 | **I²C_GPIO_1**. Reset Signal from the MAXFTHR to the Pmod device. |
+|  2  | **I2C_GPIO1**. Reset Signal from the MAXFTHR to the Pmod device. |  8  | **I2C_GPIO1**. Reset Signal from the MAXFTHR to the Pmod device. |
-|  3 | **SCL**. I²C Clock from the MAXFTHR to the Pmod device. | 9 | **SCL**. I²C Clock from the MAXFTHR to the Pmod device. |
+|  3  | **SCL**. I2C Clock from the MAXFTHR to the Pmod device. |  9  | **SCL**. I2C Clock from the MAXFTHR to the Pmod device. |
-|  4 | **SDA**. I²C Data from the MAXFTHR to the Pmod device. | 10 | **SDA**. I²C Data from the MAXFTHR to the Pmod device.  |
+|  4  | **SDA**. I2C Data from the MAXFTHR to the Pmod device. |  10  | **SDA**. I2C Data from the MAXFTHR to the Pmod device.  |
-|  5 | **GND**. Ground | 11 | **GND**. Ground|
+|  5  | **GND**. Ground |  11  | **GND**. Ground|
-|  6 | **VCC**. Connected to 3V3 or VBUS from MAXFTHR
+|  6  | **VCC**. Connected to 3V3 or VBUS from MAXFTHR (shorted in P4).|  12  | **VCC**. Connected to 3V3 or VBUS from MAXFTHR (shorted in P4). |
-(shorted in P4).| 12 | **VCC**. Connected to 3V3 or VBUS from MAXFTHR
-(shorted in P4). |
 \\
 \\
-==== Sensor Connector #2 (P?) ====
-{{:resources:eval:user-guides:eval-adicup360:hardware:cn0398:rtd_connector.png |}}
-\\  \\ \\ \\      \\   \\    \\     \\
-=== Sensor Specific Input Configuration ===
-\\
+====== Schematic, PCB Layout, Bill of Materials ======
-{{:resources:eval:user-guides:eval-adicup360:hardware:cn0398:2-wire.png |}}  {{:resources:eval:user-guides:eval-adicup360:hardware:cn0398:3-wire.png |}} {{:resources:eval:user-guides:eval-adicup360:hardware:cn0398:4-wire.png |}}
-\\ \\     \\   \\   \\   \\  \\  \\   \\   \\    \\    \\     \\    \\  \\   \\   \\  \\  \\   \\   \\    \\   \\
-\\ \\     \\   \\   \\   \\  \\  \\   \\   \\     \\    \\     \\
-<note>3-wire **PT100** RTD was used during evaluation, Excitation currents are set to 500uA. For the 4-wire configuration, Do not connect the RSENSE(+) wire.</note>
-\\
-==== Sensor Connector #3 (P?) ====
-The EVAL-CN0398-ARDZ shield board comes with a BNC connector J1 for pH sensors as shown on the image below
-\\
-{{:resources:eval:user-guides:eval-adicup360:hardware:cn0398:phprobe.png |}}
-\\    \\   \\   \\   \\  \\  \\  \\
-The output of the pH sensor is bipolar and gives a maximum signal of ±414 mV at 25°C. The [[adi>ad7124-8|AD7124-8]] operates from a single power supply therefore the pH probe should be biased above ground so that it is within the acceptable common-mode range of the [[adi>ad7124-8|AD7124-8]]. One of the integrated features of the [[adi>ad7124-8|AD7124-8]] is its internal bias voltage generator that sets the common mode voltage of a channel to AVDD/2, or 1.65 V. This bias voltage from the ADC is applied to the pH probe shield and sets the output of the sensor 1.65 V ±414 mV at 25°C. For information about pH calibration, visit [[ADI>CN0398]] Circuit Note.
-\\
-<note>[[http://www.atlas-scientific.com/product_pages/probes/ph_probe.html|Atlas Scientific]] pH probe was used during evaluation</note>
-\\
-====  LED Indicators ====
-Does your board have LEDs?  If yes what do they indicate?  Power good?  Data transfer?  Faults?  Tell your customer what they mean.
-{{ :resources:eval:user-guides:eval-adicup3029:hardware:power_and_error_led.png?400 |}}
-==== Switches and Buttons ====
-Are there any switches or reset buttons, describe them.
-==== Host processor Connector ====
-FMC, Arduino, RPI, PMOD, SDP, Other
-==== Other Analog/Digital Input/output Configuration ====
-Your board may be more or less complicated, so just ensure that you talked about everything that a customer would want to know about and change.
-===== Power Supply Considerations and Configuration (P3) =====
-Terminal block **P3** is the power supply input (input range:+9.5V to +36V DC). The EARTH terminal can be connected to an external earth connection, to the GND terminal or left floating if an external earth connection is not used.
-^  Main power setup   ^  P3 terminals description  ^
-|  {{ :resources:eval:user-guides:eval-adicup3029:hardware:cn0414_supply.png?400 |}} |  {{ :resources:eval:user-guides:eval-adicup3029:hardware:cn0414_p3_description.png?250 |}}  |
-===== Schematic, PCB Layout, Bill of Materials =====
 <WRAP round 80% download>
-[[adi>cn0xxx-designsupport|EVAL-CN0xxx-ARDZ Design & Integration Files]]
+[[adi>media/en/evaluation-documentation/evaluation-design-files/fthr-pmdz-intz-designsupport.zip|FTHR-PMD-INTZ Design & Integration Files]]
   * Schematics
   * PCB Layout
   * Bill of Materials
   * Allegro Project
-  * <ADD other things specific to your project if desired>
 </WRAP>
-===== Additional Information and Useful Links =====
+====== Additional Information and Useful Links ======
-  * [[https://github.com/analogdevicesinc/EVAL-ADICUP3029/tree/master/projects/ADuCM3029_demo_cn0414|CN0414 Demo Software]]
+  * [[ADI>FTHR-PMD-INTZ|FTHR-PMD-INTZ Product Page]]
-  * [[ADI>CN0414|CN0414 Circuit Note Page]]
+  * [[ADI>MAX32630FTHR|MAX32630FTHR Product Page]]
-  * [[ADI>CN0414-DesignSupport|CN0414 Design Support Package]]
+  * [[ADI>MAX32650FTHR|MAX32650FTHR Product Page]]
-  * [[ADI>AD4111|AD4111 Product Page]]
+  * [[ADI>MAX32655FTHR|MAX32655FTHR Product Page]]
-  * [[ADI>AD5700-1|AD5700-1 Product Page]]
+  * [[ADI>MAX32666FTHR|MAX32666FTHR Product Page]]
-  * [[ADI>ADUM5411|ADUM5411 Product Page]]
+  * [[ADI>MAX78000FTHR|MAX78000FTHR Product Page]]
-  * [[ADI>ADUM3151|ADUM3151 Product Page]]
-  * [[ADI>ADP2441|ADP2441 Product Page]]
-  * [[ADI>ADG704|ADG704 Product Page]]
 ====== Reference Demos & Software ======
-  * [[resources:eval:user-guides:eval-adicup360:reference_designs:demo_cn0398|ADICUP360 + CN0398 Demo]]
+  * [[resources:eval:user-guides:circuits-from-the-lab:eval-adxl355-pmdz|EVAL-ADXL355-PMDZ User Guide]]
-  * [[resources:eval:user-guides:eval-adicup3029:reference_designs:demo_cn0398|ADICUP3029 + CN0398 Wi-Fi Demo]]
+  * [[resources:eval:user-guides:circuits-from-the-lab:eval-adt7420-pmdz|EVAL-ADT7420-PMDZ Digital Temperature PMOD User Guide]]
+  * [[resources:eval:user-guides:circuits-from-the-lab:max31855pmb1|MAX31855PMB1 Thermocouple-to-Digital PMOD User Guide]]
+\\
+\\
 // End of Document //

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