SPRUII1A November   2017  – January 2020

 

  1.   Fusion Application Board
    1.     Trademarks
    2. 1 Introduction
    3. 2 Overview
      1. 2.1 Fusion Application Board
      2. 2.2 Fusion Board Features
    4. 3 Hardware
      1. 3.1  Hardware Architecture
        1. 3.1.1 Fusion Application Board With Component Identification
      2. 3.2  TDAx EVM Compatibility
      3. 3.3  Fusion Power
      4. 3.4  DS90UB960 Modes
        1. 3.4.1 Power over Coax (PoC)
      5. 3.5  I2C Addressing
        1. 3.5.1 Multiple Device Addressing (Aliasing)
        2. 3.5.2 I2C Bus Switches and Connections
      6. 3.6  EVM Interface
      7. 3.7  Sensor Connection
      8. 3.8  MSP430™ Microcontroller
      9. 3.9  Configuration Options
        1. 3.9.1 Dipswitch (S3)
        2. 3.9.2 Bank 1 Power (J27)
        3. 3.9.3 Bank 2 Power (J22)
      10. 3.10 Status LEDs
      11. 3.11 External Interfaces
    5. 4 Image Sensor Module (Optional)
      1. 4.1 OV2775 Image Sensor
      2. 4.2 DS90UB953-Q1 Serializer
    6. 5 Getting Started
      1. 5.1 Powering Up the Fusion Application Board
  2.   Revision History

3.8 MSP430™ Microcontroller

The MSP430™ device is included to provide stand-alone functionality for control and configuration of the DS90UB960 devices. When used with an EVM, MSP430 use is optional. The MSP430 can be enabled or disabled by an onboard switch. Switch S3 position 1, set to the ON position disables the MSP430 (by holding in RESET). When in the off position, MSP430 is enabled.

Table 6 lists the connections of the MSP430 on the Fusion board. Notice P3.0 is a spare optional switch (S2) that can be used as a GPIO. Port 4 offers eight GPIO pins. The first four GPIOs are routed to the second deserializer, U2. The last four GPIOs are routed to the first deserializer, U1.

Table 6. Connection of MSP430™ Pins

Pin Name Function Description
Port 1
P1.0 INTB_RADAR Interrupt input Interrupt output – deserializer U2
P1.1 INTB_CAM Interrupt input Interrupt output – deserializer U1
Port 2
P2.0 Spare4_UC GPIO (output) D15, green LED
P2.1 Spare5_UC GPIO (output) D16, yellow LED
P2.2 Spare6_UC GPIO (output) D17, orange LED
P2.3 Spare7_UC GPIO (output) D18, green LED
P2.4 Spare8_UC GPIO (output) D19, green LED
P2.5 I2C_SW_SOC GPIO (output) Enable I2C bus to the EVM
P2.6 I2C_SW_UB960 GPIO (output) Enable I2C bus to the two DS90UB960s
P2.7 I2C_SW_EXTERNAL GPIO (output) Enable I2C bus to the external option
Port 3
P3.0 S2 (spare_switch ) GPIO (input) Optional switch
P3.1 I2C_SDA_UC I2C data I2C data line
P3.2 I2C_SCL_UC I2C clock I2C clock line
P3.3 PDB_UB960_cam GPIO (output) Deserializer U1 wakeup
P3.4 PDB_UB960_radar GPIO (output) Deserializer U2 wakeup
P3.5 SPARE1_UC GPIO (output) D11, yellow LED
P3.6 SPARE2_UC GPIO (output) D12, orange LED
P3.7 SPARE3_UC GPIO (output) D13, green LED
Port 4
P4.0 GPIO0_0 GPIO (output) GPIO 0 - Deserializer U2
P4.1 GPIO0_1 GPIO (output) GPIO 1 - Deserializer U2
P4.2 GPIO0_2 GPIO (output) GPIO 2 - Deserializer U2
P4.3 GPIO0_3 GPIO (output) GPIO 3 - Deserializer U2
P4.4 GPIO1_0 GPIO (output) GPIO 0 - Deserializer U1
P4.5 GPIO1_1 GPIO (output) GPIO 1 - Deserializer U1
P4.6 GPIO1_2 GPIO (output) GPIO 2 - Deserializer U1
P4.7 GPIO1_3 GPIO (output) GPIO 3 - Deserializer U1

A push button, S1, on the Fusion board resets the MSP430. When pushed, the microcontroller is reset. With the Fusion board, the MSP430, EVM, or an external microcontroller can be used to initialize components.

  • S2 is a spare, optional, GPIO pushbutton that can be configured on the MSP430.
  • J10 is used to program the MSP430 through the connector.