Panasonic Future Electronics BULLSEYE Manuel utilisateur

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1. Bullseye Package Content

A. Anti-static bag

a. 1x Bullseye PCB assembly .................................Part#: FUT-BULLSEYE-0

b. 1x Flex PCB Antenna (AE3)................................Part#: 2108792-1

B. Plastic zip bag

a. 1x Paddle Antenna with cable (AE4).................Part#: 2195736-1 & 2016693-2

Required (not included)

A. 1x USB 5V power source and/or 1x standard computer USB port

with USB micro-B cable connector

Optional (not included) for Battery operation

A. 1x single-cell Lithium Battery Cell

B. 1x USB Type-C cable

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2. Bullseye Block Diagram

3. PCB Assembly Details

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2108792-1

2195736-1

2016693-2

4. SETUP Instructions

4.1. Bullseye Board Setup

•Verify Jumper on is present on P8 (to power the Inductive position sensor circuitry) (Fig.1)

•Break-off the small Actuator PCB attached to the lower left corner of the Bullseye board, by twisting

up/down with your hand or using cutters. (Fig.2)

Place this small actuator board anywhere in between the two guiderails (J11) & (J12), as shown in

Fig 2.

Fig.1 P8 Jumper Fig.2 Break Out Actuator Board

•Connect the “Flex PCB” antenna (TE# 2108792-1, Fig.3) to connector (J3)

•Connect the “Paddle” antenna (TE# 2195736-1 & 2016693-2, Fig.4) to connector (J4)

Fig.3 Flex PCB Antenna Connect to (J3) Fig.4 Paddle Antenna Connect to (J4)

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4.2. Power the Bullseye Board

•For demonstration purposes, connect a +5V USB power supply, or a computer USB port, to the USB

micro-B connector (J1) “USB Power+Data” at the top left of the Bullseye board (Fig.5).

•For programming and debugging, connect a computer port to “USB2

PGRM” (J5) . This port can also power the board by itself.

Note: The “USB Power+Data” (J1) port can be used simultaneously with

(J5) in order to provide more power, or to charge an optional battery.

•If an optional battery (not provided) is connected at (J2):

oTo power the board from the battery, press the “Batt Power”

button (SW1) once

oMake sure (LED18) turns ON after a small delay to indicate

that the MP2690’s Torch Mode is activated. This mode

disables its 16sec-minimum-load power down when load is

less than ~60mA drawn from the battery while in Boost mode.

oOn power-up the Torch mode is toggled ON automatically by

the PAN9520. Regular reset will toggle this mode off /on

oTo toggle the Torch mode manually, press the “Batt Power”

button (SW1) twice within the same second

oTo turn OFF the battery boost mode, first deactivate the torch

mode then press the “Batt Power” button once hold it down

for more than 2.5sec

(Fig.5)

4.3. Phone or Tablet App Setup

•Connect your device to the WIFI network

•Download and install the Espressif ESPTOUCH application from the Web Store

Developer:

ESPRESSIF SYSTEMS (SHANGHAI) CO., LTD.,

Android: https://play.google.com/store/apps/details?id=com.espressif.iot_esptouch_demo_ko&hl=es&gl=US

IOS : https://apps.apple.com/us/app/espressif-esptouch/id1071176700

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5. Out-Of-The-Box (OOB) Demo

5.1. Power-up

See Setup instruction in Section 4.2

5.2. WIFI Pairing

5.2.1. Bullseye Board:

▪Press Button (S3) once to initiate pairing mode => Blue LED flashing 2 times/sec

5.2.2. Phone or Tablet

▪Connect your device to the WIFI network (2.4Ghz)

(Internet access is required for some of the webpage buttons/images)

▪Start the Espressif ESPTouch application downloaded in the setup Section 4.3

▪Select EspTouch in the Main menu

▪Verify SSID name is correct

▪Enter the WIFI network access password

▪Click “Start” on Android app or “Confirm” on iPhone App at bottom of screen (Close virtual

keypad)

<WIFI_name>

Password

iPhone App

Android App

iPhone App

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After several seconds (30 –60 seconds typically), a confirmation of successful pairing message

with IP address should be shown on the screen. The PAN9520 on Bullseye is now paired with

the selected WIFI Network.

Important: Note the IP address indicated

Example shown: 192.168.16.20

On the Bullseye board, once pairing successful, the Blue LED will stop blinking

Note: If unsuccessful, clear the message window and:

-Verify the SSID name your device is connected to

-Verify the WIFI network access password

-Verify the Bullseye board is in pairing mode (Blue LED blinking 2times/sec). If not,

press the (S3) button again to re-start the pairing process, or press Reset (SW2)

and then (S3)

To stop the pairing process at any time, press the Reset (SW2) button

▪Open an internet browser on a PC connected to the same WIFI network (Chrome or Microsoft

Edge) or on your mobile device

▪In the web browser address bar, type the IP address noted above

Example:192.168.16.20

This will connect to the Bullseye (PAN9520) embedded webpage server which provides remote

control and monitoring interface for the OOB functional demonstrations.

Android

iPhone

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6. Bullseye (PAN9520) Embedded Web Page

Bullseye’s OOB demo application aims at demonstrating the PAN9520 features and advantages for IoT

solutions. Through its embedded web page interface, the demo application provides antenna test, inductive

position sensing demo, battery / charging voltage monitoring and remote control functions.

6.1. Home

Displays Future’s and main components manufacturers’ logos

6.2. Antenna Test

6.2.1. Bullseye WiFi Antennas

Allows the remote selection one of the four Bullseye’s WIFI antennas.

Select an antenna and perform a WIFI scan by clicking on the “WIFI SCAN” button on the web page.

The web page will display the SSID, RSSI, Channel, Security information for each WIFI access point

detected with the selected antenna.

6.2.2. PAN9520 Embedded Antenna

To use the PAN9520’s built-in embedded antenna, place jumpers on

both P2 and P4. The WIFI connection and WIFI Scan will then go through

the PAN9520’s embedded antenna, no matter which external antenna

appears to be selected on the web page. Remove the two jumpers to

allow the selection of the four external antennas.

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6.3. Position Sensor

Displays live graph of the Inductive Position Sensor. The graphic bar will move to indicate the center

position of the break out actuator board as it moving along the 2 inch long sensing track. The bar

graph scale is 2 inches. (Note: The Web Page refresh rate is set at ~0.5 second. The refresh rate of the

sensor itself can be ~50s to 500s depending on oversampling setting).

6.4. Battery Level

Displays live graph of Battery Voltage or Charge Voltage.

6.5. Remote Control

This page demonstrate remote control function of the PAN9520 via its embedded web page interface.

The OOB demo firmware allows ON/OFF remote control of the three user LEDs on the Bullseye board

by simply clicking the corresponding slide button on this web page interface.

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7. Appendix 1 - Inductive Position Sensor Calibration

The Bullseye board features the Renesas ZMID4200 inductive position sensor, which is configured to

provide a proportional voltage output relative to the actuator position (between 0 to 2 inches), and the

output voltage range is set at 5% to 50% of the ZMID4200 supply voltage (~5V) to comply with the ADC

input requiremments (~2.5Vmax). The OOB demo firmware default setting assumes the ZMID4200 supply

is at 5.1V for the voltage-to-position conversion. When powering the Bullseye board via J5 micro USB

port, instead of J1, due to the ORing diode in series, the sensor supply voltage may become as low as 4.6V

instead of 5.1V. In order to get a more accurate position sensing, the OOB demo software provides an

easy way to compensate different supply level by performing the following simple calibration process.

Inductive position sensor calibration:

•Press once the User Button (S2) on the Bullseye board to start the position calibration process

Green LED will start blinking 2 times/sec to indicate “0 inch“ position calibration step.

•Place the Actuator board on the “0 inch”position between the guide rails (Leftmost position) by

lining-up the arrows on the Actuator board with the corresponding top and bottom arrow tips on the

outside of the two guide rails.

•Press again the User Button (S2) once to capture the current voltage for the “0 inch” position

Green LED will turn off

The Red LED will start blinking 2 times/sec to indicate “End position (2 inches)”calibration step.

•Place the Actuator board at the “2 inches” position (Rightmost position) with the same arrows

lining up procedure

•Press once the Button (S2) again to capture the current voltage for the “2 inches” position

Red LED will turn off. The calibration process is completed.

Notes: These calibration values are not saved in non-volatile memory. After a reset or changing

power source input, repeating the calibration process is needed to get accurate position

output.

For developers, another option is to measure the +5V_SYS rail with an ADC input to

automatically adjust the equation. ex: using the mikroBUS interface, connect a resistor divider

(÷2) between the +5V pin, GND pin and to the AN pin (max~2.5V). Multiply the measured

voltage by 2, then used that as the 100% value in the equation.

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8. Appendix 2 –Bullseye Firmware Programming

All Bullseye boards has been pre-programmed at the factory. However new firmware update may be needed

from time to time. Please verify your Bullseye board firmware version by checking the bottom right of the

PAN9520's embedded web page interface once connected. The latest firmware version is 0.2 as of now.

In case reprogram or upgrade is needed, please follow the steps below.

8.1.Firmware Image

Download the latest Firmware image from the Future Electronics’ DC Engine share point site or ask your

local Future Electronics representative.

8.2.Firmware Download Tool Setup

•Download the Firmware Download Tool from this link:

https://www.espressif.com/en/support/download/other-tools

or from the Future Electronics’ DC Engine share point site

This procedure has been tested with tool version 3.9.2.

•After downloading the zip file, unzip it and double click the

executable file:

flash_download_tool_3.9.2.exe

•In the dialog window on the right select initial settings

•Select chipType “ESP32S2”, workMode “develop” and loadMode “uart”

Click OK to continue

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