4.8 Default Configuration
The EEPROM configuration tool comes with a default configuration file,
ATA5831_EEPROM_default.xml
. The ATA8510 device is shipped with this
default configuration stored in the EEPROM. The following tables provide details about
the service settings. Refer to the sections that describe the configuration of each
service setting. The following table provides the general settings for the ATA8510
device.
Service Setting |
Parameter |
Value |
Description |
---|---|---|---|
System |
XTO Frequency |
24.305 MHz |
External crystal frequency(1) |
Sleep mode |
Power-down |
Select Sleep mode during inactivity(1) | |
Operation mode |
IdleMode |
Select Operating mode after start-up(1) | |
Clock output |
XTO/6 |
Clock output enabled at 4.05 MHz(1) | |
IO Ports |
PB0 |
Output low |
Enabled as output for CLK_OUT with XTO/6(1)(4) |
PB6 |
Output low |
Enabled as output for EVENT with SYS_ERR, SYS_RDY and services events(3)(4) | |
PB7 |
Output low |
Enabled as output for RX_ACTIVE(1)(4) | |
PC2 |
Output low |
Enabled as output for TRPA within Service 2 (RX path A)(2)(4) | |
PC5 |
Output low |
Enabled as output for TRPB within Service 2 (RX path B)(2)(4) | |
Polling Array Configuration 0-8 |
Service 2 |
Polling configuration for Service 2(2)(5) | |
Polling |
Polling cycle |
50 ms |
Set polling cycle to 50 ms(2)(5) |
- For more details, refer to System Init Tab.
- For more details, refer to Services Tabs.
- For more details, refer to Events Tab.
- For more details, refer to IO Ports Tab.
- For more details, refer to Polling Tab.
The following table provides the Service 0 settings for the EEPROM configuration.
Service Setting |
Parameter |
Value |
Description |
---|---|---|---|
Service 0 |
Channel 0 |
433.20 MHz |
Channel 0 RX/TX frequency(1) |
Channel 1 |
434.64 MHz |
Channel 1 RX/TX frequency(1) | |
Channel 2 |
433.92 MHz |
Channel 2 RX/TX frequency(1) | |
ID check |
Not enabled |
No ID checking(2) | |
RX data First In First Out (FIFO) |
Event enabled |
Enable FIFO fill level event for RX path A(3) | |
Bandwidth |
165 kHz |
Channel filter bandwidth(1) | |
Service 0 RX Path A |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
Frequency Shift Keying (FSK) |
Set FSK modulation scheme(1) | |
Deviation |
8.00 kHz |
Set FSK deviation(1) | |
Data rate |
8 kBit/s |
Set data rate(1) | |
Wake-up pattern |
0x55555555 |
Set wake-up pattern with 14-bit length(1) | |
Start frame ID |
0x55555556 |
Set Start Frame Identifier (SFID) pattern with 16-bit length(1) | |
Service 0 RX Path B |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
8.00 kHz |
Set FSK deviation(1) | |
Data Rate |
8 kBit/s |
Set data rate(1) | |
Wake-up pattern |
0xAAAAAAAA |
Set wake-up pattern with 22-bit length(1) | |
Start frame ID |
0xAAAAAAA9 |
Set SFID pattern with 24-bit length(1) | |
Service 0 TX Path A |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
8.00 kHz |
Set FSK deviation(1) | |
Data rate |
8 kBit/s |
Set data rate(1) | |
Transmit power |
9.00 dBm |
Set output power level(1) | |
Inverted Data polarity |
Enabled |
Transmit data is inverted(1) | |
Service 0 TX Path B |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
8.00 kHz |
Set FSK deviation(1) | |
Data rate |
8 kBit/s |
Set data rate(1) | |
Transmit power |
9.00 dBm |
Set output power level(1) | |
Inverted Data polarity |
Enabled |
Transmit data is inverted(1) |
- For more details, refer to Services Tabs.
- For more details, refer to the Services (2) tab of Services Tabs.
- For more details, refer to Events Tab.
The following table provides the Service 1 settings for the EEPROM configuration.
Service Setting |
Parameter |
Value |
Description |
---|---|---|---|
Service 1 |
Channel 0 |
433.20 MHz |
Channel 0 RX/TX frequency(1) |
Channel 1 |
434.64 MHz |
Channel 1 RX/TX frequency(1) | |
Channel 2 |
433.92 MHz |
Channel 2 RX/TX frequency(1) | |
ID check |
Not enabled |
No ID checking(2) | |
RX data FIFO |
Event enabled |
Enable FIFO fill level event for RX path A and path B(3) | |
Bandwidth |
165 kHz |
Channel filter bandwidth(1) | |
Service 1 RX Path A |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
20.00 kHz |
Set FSK deviation(1) | |
Data rate |
19.2 kBit/s |
Set data rate(1) | |
Wake-up pattern |
0x55555555 |
Set wake-up pattern with 14-bit length(1) | |
Start frame ID |
0x55555556 |
Set SFID pattern with 16-bit length(1) | |
Service 1 RX Path B |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
20.00 kHz |
Set FSK deviation(1) | |
Data Rate |
19.2 kBit/s |
Set data rate(1) | |
Wake-up pattern |
0xAAAAAAAA |
Set wake-up pattern with 16-bit length(1) | |
Start frame ID |
0xAAAAAAA9 |
Set SFID pattern with 18-bit length(1) | |
Service 1 TX Path A |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
20.00 kHz |
Set FSK deviation(1) | |
Data rate |
19.2 kBit/s |
Set data rate(1) | |
Transmit power |
9.00 dBm |
Set output power level(1) | |
Inverted Data polarity |
Enabled |
Transmit data is inverted(1) | |
Service 1 TX Path B |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
20.00 kHz |
Set FSK deviation(1) | |
Data rate |
19.2 kBit/s |
Set data rate(1) | |
Transmit power |
9.00 dBm |
Set output power level(1) | |
Inverted Data polarity |
Enabled |
Transmit data is inverted(1) |
- For more details, refer to Services Tabs.
- For more details, refer to the Services (2) tab of Services Tabs.
- For more details, refer to Events Tab.
The following table provides the Service 2 settings for the EEPROM configuration.
Service Setting |
Parameter |
Value |
Description |
---|---|---|---|
Service 2 |
Channel 0 |
433.47 MHz |
Channel 0 RX/TX frequency(1) |
Channel 1 |
434.37 MHz |
Channel 1 RX/TX frequency(1) | |
Channel 2 |
433.92 MHz |
Channel 2 RX/TX frequency(1) | |
ID check |
Not enabled |
No ID checking(2) | |
Bandwidth |
165 kHz |
Channel filter bandwidth(1) | |
Service 2 RX Path A |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
10.00 kHz |
Set FSK deviation(1) | |
Data rate |
10 kBit/s |
Set data rate(1) | |
Wake-up pattern |
0x55555555 |
Set wake-up pattern with 14-bit length(1) | |
Start frame ID |
0x55555556 |
Set SFID pattern with 16-bit length(1) | |
Service 2 RX Path B |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
10.00 kHz |
Set FSK deviation(1) | |
Data Rate |
10 kBit/s |
Set data rate(1) | |
Wake-up pattern |
0xAAAAAAAA |
Set wake-up pattern with 14-bit length(1) | |
Start frame ID |
0xAAAAAAA9 |
Set SFID pattern with 16-bit length(1) | |
Service 2 TX Path A |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
10.00 kHz |
Set FSK deviation(1) | |
Data rate |
10 kBit/s |
Set data rate(1) | |
Transmit power |
6.00 dBm |
Set output power level(1) | |
Inverted Data polarity |
Unselected |
Transmit data is not inverted(1) | |
Service 2 TX Path B |
Coding |
Manchester |
Set Manchester coding(1) |
Modulation |
FSK |
Set FSK modulation scheme(1) | |
Deviation |
10.00 kHz |
Set FSK deviation(1) | |
Data rate |
10 kBit/s |
Set data rate(1) | |
Transmit power |
6.00 dBm |
Set output power level(1) | |
Inverted Data polarity |
Unselected |
Transmit data is not inverted(1) |
- For more details, refer to Services Tabs.
- For more details, refer to the Services (2) tab of Services Tabs.
- For more details, refer to Events Tab.
The Service 3 and Service 4 settings for the SRAM configuration are the same as the settings of
the Service 0 and Service 1. The EEPROM programming file does not store these settings.
Use the Export.h
function to export these settings. For more details,
see Figure 3-2. The export function generates five files for all five services, and
the user can also use them inside the C programs for the host controller or loading
inside the Flash application during run time.