Texas Instruments Development Kit for TM4C129x,Tiva™ ARM® Cortex™ -M4 Microcontroller DK-TM4C129X DK-TM4C129X Datenbogen
Produktcode
DK-TM4C129X
Table 16-2. General-Purpose Timers Signals (212BGA) (continued)
Description
Buffer Type
Pin Type
Pin Mux / Pin
Assignment
Pin Number
Pin Name
16/32-Bit Timer 3 Capture/Compare/PWM 0.
TTL
I/O
PA6 (3)
PD4 (3)
PM2 (3)
PS2 (3)
V5
A4
A4
L18
B14
T3CCP0
16/32-Bit Timer 3 Capture/Compare/PWM 1.
TTL
I/O
PA7 (3)
PD5 (3)
PM3 (3)
PS3 (3)
R7
B4
B4
L19
A14
T3CCP1
16/32-Bit Timer 4 Capture/Compare/PWM 0.
TTL
I/O
PB0 (3)
PD6 (3)
PD6 (3)
PM4 (3)
PS4 (3)
A16
B3
M18
V9
T4CCP0
16/32-Bit Timer 4 Capture/Compare/PWM 1.
TTL
I/O
PB1 (3)
PD7 (3)
PD7 (3)
PM5 (3)
PS5 (3)
B16
B2
G15
T13
T4CCP1
16/32-Bit Timer 5 Capture/Compare/PWM 0.
TTL
I/O
PB2 (3)
PM6 (3)
PS6 (3)
A17
N19
U10
N19
U10
T5CCP0
16/32-Bit Timer 5 Capture/Compare/PWM 1.
TTL
I/O
PB3 (3)
PM7 (3)
PS7 (3)
B17
N18
R13
N18
R13
T5CCP1
16/32-Bit Timer 6 Capture/Compare/PWM 0.
TTL
I/O
PB6 (3)
PP0 (5)
PP0 (5)
PQ0 (3)
PT0 (3)
F2
D6
E3
E3
W10
T6CCP0
16/32-Bit Timer 6 Capture/Compare/PWM 1.
TTL
I/O
PB7 (3)
PP1 (5)
PP1 (5)
PQ1 (3)
PT1 (3)
F1
D7
E2
E2
V10
T6CCP1
16/32-Bit Timer 7 Capture/Compare/PWM 0.
TTL
I/O
PC4 (3)
PQ2 (3)
PQ2 (3)
PT2 (3)
M2
H4
E18
T7CCP0
16/32-Bit Timer 7 Capture/Compare/PWM 1.
TTL
I/O
PC5 (3)
PQ3 (3)
PQ3 (3)
PT3 (3)
M1
M4
M4
F17
T7CCP1
16.3
Functional Description
The main components of each GPTM block are two free-running up/down counters (referred to as
Timer A and Timer B), two prescaler registers, two match registers, two prescaler match registers,
two shadow registers, and two load/initialization registers and their associated control functions.
The exact functionality of each GPTM is controlled by software and configured through the register
interface. Timer A and Timer B can be used individually, in which case they have a 16-bit counting
range for the 16/32-bit GPTM blocks. In addition, Timer A and Timer B can be concatenated to
provide a 32-bit counting range for the 16/32-bit GPTM blocks. Note that the prescaler can only be
used when the timers are used individually.
Timer A and Timer B), two prescaler registers, two match registers, two prescaler match registers,
two shadow registers, and two load/initialization registers and their associated control functions.
The exact functionality of each GPTM is controlled by software and configured through the register
interface. Timer A and Timer B can be used individually, in which case they have a 16-bit counting
range for the 16/32-bit GPTM blocks. In addition, Timer A and Timer B can be concatenated to
provide a 32-bit counting range for the 16/32-bit GPTM blocks. Note that the prescaler can only be
used when the timers are used individually.
The available modes for each GPTM block are shown in Table 16-3 on page 1106. Note that when
counting down in one-shot or periodic modes, the prescaler acts as a true prescaler and contains
the least-significant bits of the count. When counting up in one-shot or periodic modes, the prescaler
acts as a timer extension and holds the most-significant bits of the count. In input edge count, input
counting down in one-shot or periodic modes, the prescaler acts as a true prescaler and contains
the least-significant bits of the count. When counting up in one-shot or periodic modes, the prescaler
acts as a timer extension and holds the most-significant bits of the count. In input edge count, input
1105
December 13, 2013
Texas Instruments-Advance Information
Tiva
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TM4C129XNCZAD Microcontroller