ATtiny167 Atmel Corporation, ATtiny167 Datasheet - Page 185

• Manufacturer Part Number: ATtiny167
• Manufacturer: Atmel Corporation

Specifications of ATtiny167

• Flash (kbytes): 16 Kbytes
• Pin Count: 20
• Max. Operating Frequency: 16 MHz
• Cpu: 8-bit AVR
• # Of Touch Channels: 8
• Hardware Qtouch Acquisition: No
• Max I/o Pins: 16
• Ext Interrupts: 16
• Usb Speed: No
• Usb Interface: No
• Spi: 2
• Twi (i2c): 1
• Uart: 1
• Lin: 1
• Graphic Lcd: No
• Video Decoder: No
• Camera Interface: No
• Adc Channels: 11
• Adc Resolution (bits): 10
• Adc Speed (ksps): 15
• Analog Comparators: 1
• Resistive Touch Screen: No
• Temp. Sensor: Yes
• Crypto Engine: No
• Sram (kbytes): 0.5
• Eeprom (bytes): 512
• Self Program Memory: YES
• Dram Memory: No
• Nand Interface: No
• Picopower: No
• Temp. Range (deg C): -40 to 85
• I/o Supply Class: 1.8 to 5.5
• Operating Voltage (vcc): 1.8 to 5.5
• Fpu: No
• Mpu / Mmu: no / no
• Timers: 2
• Output Compare Channels: 3
• Input Capture Channels: 1
• Pwm Channels: 9
• 32khz Rtc: Yes
• Calibrated Rc Oscillator: Yes

15.6.6
15.6.7
8265B–AVR–09/10
LINBRR – LIN Baud Rate Register
LINDLR – LIN Data Length Register
• Bits 5:0 – LBT[5:0]: LIN Bit Timing
• Bits 15:12 – Res: Reserved Bits
• Bits 11:0 – LDIV[11:0]: Scaling of clk
• Bits 7:4 – LTXDL[3:0]: LIN Transmit Data Length
• Bits 3:0 – LRXDL[3:0]: LIN Receive Data Length
Bit
(0xCD)
(0xCE)
Bit
Read/Write
Initial Value
Bit
(0xCF)
Read/Write
Initial Value
These bits are reserved for future use. For compatibility with future devices, they must be
written to zero when LINBRR is written.
The LDIV value is used to scale the entering clk
UART baud rate.
Gives the number of samples of a bit.
Default value: LBT[6:0]=32 — Min. value: LBT[6:0]=8 — Max. value: LBT[6:0]=63
In LIN mode, this field gives the number of bytes to be transmitted (clamped to 8 Max).
In UART mode this field is unused.
In LIN mode, this field gives the number of bytes to be received (clamped to 8 Max).
In UART mode this field is unused.
LTXDL3
LDIV7
R/W
R/W
15
7
–
0
7
0
LTXDL2
sample-time = (1 /
LDIV6
R/W
R/W
14
6
0
6
–
0
LTXDL1
LDIV5
R/W
R/W
13
5
0
5
–
0
LTXDL0
i/o
LDIV4
f
R/W
R/W
clk
12
4
–
0
4
0
Frequency
i/o
) x (LDIV[11:0] + 1)
LRXDL3
LDIV11
LDIV3
R/W
R/W
11
i/o
3
0
3
0
frequency to achieve appropriate LIN or
LRXDL2
LDIV10
LDIV2
R/W
R/W
10
2
0
2
0
LRXDL1
LDIV1
LDIV9
R/W
R/W
1
0
1
9
0
LRXDL0
LDIV0
LDIV8
R/W
R/W
0
0
0
8
0
LINBRRH
LINBRRL
LINDLR
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