WI.232FHSS-250-R Radiotronix, WI.232FHSS-250-R Datasheet - Page 44

• Manufacturer Part Number: WI.232FHSS-250-R
• Description: RF Modules & Development Tools 900MHz FHSS Low
• Manufacturer: Radiotronix

Specifications of WI.232FHSS-250-R

• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: WI232FHSS-250-R

WI.232FHSS-25-R/ WI.232FHSS-250-R DATASHEET
Default User Source ID[2]: 0xFF
When user-extended addressing is selected, this register holds byte 2 of the 32-bit user-extended source
address. When Extended User addressing is invoked, this register is used in conjunction with User Source
Address [3] and User Source Address [1-0] registers to make up the module’s 32-bit extended-user source
address. For more information on the operation of addressing modes, please refer to the
Modes
Default User Source ID[1]: 0xFF
When user-extended addressing is selected, this register holds byte 1 of the 32-bit extended-user source
address; when user addressing is selected, this register holds the most significant byte of the 16-bit user
source address. When extended-user addressing is selected, this register is used in conjunction with User
Source Address[3-2] and User Source Address[0] registers to make up the module’s 32-bit user-extended
source address. When user addressing is selected, this register is used in conjunction with the User
Source Address[0] register to make up the module’s 16-bit user source address. For more information on
the operation of addressing modes, please refer to the
Default User Source ID[0]: 0xFF
When extended-user addressing is selected, this register holds the least significant byte (byte 0) of the 32-
bit user-extended source address; when user addressing is selected, this register holds the least significant
byte of the 16-bit user address. When extended-user addressing is selected, this register is used in
conjunction with User Source Address[3-1] registers to make up the module’s 32-bit user-extended source
address. When user addressing is selected, this register is used in conjunction with the User Source
Address[1] register to make up the module’s 16-bit user source address. For more information on the
operation of addressing modes, please refer to the
R/W
D7
7
R/W
D7
7
R/W
D7
7
4.1.19. User Source ID[2] (regUSERSRCID[2])
4.1.20. User Source ID[1] (regUSERSRCID[1])
4.1.21. User Source ID[0] (regUSERSRCID[0])
regNVUSERSRCID[2] (0x14)
regNVUSERSRCID[1] (0x15)
regNVUSERSRCID[0] (0x16)
section of this document.
R/W
D6
6
R/W
D6
6
R/W
D6
6
R/W
D5
5
R/W
D5
5
R/W
D5
5
R/W
D4
4
R/W
D4
4
R/W
D4
4
43
Addressing Modes
R/W
D3
3
D3
3
R/W
D3
3
R/W
Addressing Modes
D2
2
D2
2
R/W
R/W
D2
2
R/W
section of this document.
regUSERSRCID[2] (0x5F)
regUSERSRCID[0] (0x61)
regUSERSRCID[1] (0x60)
section of this document.
R/W
D1
1
R/W
D1
1
R/W
D1
1
Addressing
Revision 1.1.0
R/W
D0
0
R/W
D0
0
R/W
D0
0