Difference between revisions of "X708-Hardware"
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<span style="color:#5671B0;font-size:30px;">❸</span> How to connector external power switch | <span style="color:#5671B0;font-size:30px;">❸</span> How to connector external power switch | ||
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! Pin No. !! Pin Description | ! Pin No. !! Pin Description |
Revision as of 12:25, 25 July 2020
❶ Power Jack and Connectors
Power input | 5Vdc +/- 5% , ≥3A |
DC Power Plug Size | 5.5*2.5mm |
USB power in socket | Type-C |
UPS power output | 5.1Vdc 8A |
Power output connector | XH2.54mm 2pin |
- X708 powers the Raspberry Pi via the 40-pin header (Pin 2 & 4)
- Don't power the Raspberry Pi via the Pi's type-C USB socket
- X708 can be powered via the onboard DC jack or Type-C USB power socket
❷ 6-Pin Function Header
Jumper Name | Usage |
---|---|
PLD
(Power loss detection) Pin 1&2 |
|
AON
(Auto power-on) Pin 3&4 |
|
ASD
(Auto shutdown) Pin 5&6 |
1. Battery voltage must be >3Vdc 2. Insert the battery into the holder 3. Wait 3 seconds then insert the jumper 4. If the jumper inserted before battery, remove battery & jumper then repeat step 1, 2 and 3.
|
❸ How to connector external power switch
1 2 3 4Pin No. | Pin Description |
---|---|
Power on/off control connecting to switch | |
Ground | |
LED+ for battery low indicator | |
LED+ for power on, rebooting and shutdown |
❹ Power button (Script for power mgnt installed)
Press and Release !! Raspberry Pi and X708 turn on Press and hold for 1~2 seconds Press and hold for 3~7 seconds Press and hold for >8 secondsSystem rebooting |
System shutting down |
Force shutdown |
❺ Function LEDs
LED Name | Usage |
---|---|
BAT LOW |
LED red on indicates battery low (≤3.0Vdc) or blue power button pressed (Jumper for ASD inserted) |
5V OUT | LED green on flashing indicates 5V power out and UPS powered by battery |
AC FAIL | LED red on indicates AC power loss or PSU failure or PSU disconnected |
PWR |
LED blue indicates Stays on - Power on Blinks rapidly - system rebooting Blinks slowly - Shutting down |
❻ Fuel gauge - LED Indicator
Operation of Discharging
Capacity C (%) | D1 | D2 | D3 | D4 |
---|---|---|---|---|
C ≥75% | ON | ON | ON | ON |
50%≤C<75% | ON | ON | ON | OFF |
25%≤C<50% | ON | ON | OFF | OFF |
3%≤C<25% | ON | OFF | OFF | OFF |
0%<C<3% | Flashing | OFF | OFF | OFF |
Operation of charging
Capacity C (%) | D1 | D2 | D3 | D4 |
---|---|---|---|---|
Fully charged | ON | ON | ON | ON |
75%≤C | ON | ON | ON | Flashing |
50%≤C<75% | ON | ON | Flashing | OFF |
25%≤C<50% | ON | Flashing | OFF | OFF |
C<25% | Flashing | OFF | OFF | OFF |
❼ Pins and GPIO used
2, 4 3, 5 6 29 32 33 31Pin No. | Usage |
---|---|
+5V power supply | |
I2C for RTC and battery fuel-gauge systems | |
Ground | |
GPIO5 for power management | |
GPIO12 for power management | |
GPIO13 for power management | |
GPIO6 for AC power loss detection
(Jumper for PLD inserted, High=power loss, Low=Power supply normal) |
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