8051 timer internal structure
Abstract: 8051 TLx THX 8051 80C517 8051 timer and counter
Text: On-Chip Peripheral Components 7.3 Timer 0 and Timer 1 The SAB 80C517 has a number of general purpose 16-bit timer/counters: timer 0, timer 1, timer 2 and the compare timer timer 2 and the compare timer are discussed separately in section 7.5 "Compare/Capture Unit" . Timer/counter 0 and 1 are fully compatible with timer/counters 0 and 1 of
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80C517
16-bit
8051 timer internal structure
8051 TLx
THX 8051
8051 timer and counter
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of tcon register of 8051
Abstract: 8051 timer internal structure C509-L TL17 T1P1
Text: On-Chip Peripheral Components C509-L 6.2 Timer/Counter 0 and 1 The C509-L has a number of general purpose 16-bit timer/counters: timer 0, timer 1, timer 2 and the compare timer timer 2 and the compare timer are discussed separately in section 6.3 "Compare/Capture Unit" . Timer/counter 0 and 1 are fully compatible with timer/counters 0 and 1 of
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C509-L
C509-L
16-bit
of tcon register of 8051
8051 timer internal structure
TL17
T1P1
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Untitled
Abstract: No abstract text available
Text: On-Chip Peripheral Components 7.3 Timer 0 and Timer 1 The SAB 80 C 515 three general purpose 16-bit timer/counters: timer 0, timer 1, timer 2 and the compare timer (timer 2 is discussed separately in section 7.5). Timer/counter 0 and 1 are fully compatible with timer/counters 0 and 1 of the SAB 80(C)51 and can be used in the same operating
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16-bit
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temperature sensor schematic msp430 ntc
Abstract: MSP430 "internal temperature sensor" msp430
Text: MSP430 Family 9 Universal Timer / Port Module Universal Timer/Port Module Topic Page 9.1 Timer/Port Module Operation 9.2 Timer/Port Registers 9-4 9.3 Timer/Port Special Function bits 9-10 9.4 Timer/Port in ADC Application 9-11 9-6 9 9-1 Universal Timer / Port Module
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MSP430
16-bit
temperature sensor schematic msp430 ntc
"internal temperature sensor" msp430
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Untitled
Abstract: No abstract text available
Text: Watchdog Timer in Watchdog Timer Mode 1 On-Chip Peripheral Program Example Description August 1999 The watchdog timer WDT in the µPD7805x/78005x subseries can be used in watchdog timer mode or interval timer mode. This program demonstrates the WDT in watchdog timer mode 1, where a non-maskable
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PD7805x/78005x
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16MHZ
Abstract: E716
Text: APPLICATION NOTE M16C/62A Group Long-Period Timers 1.0 Abstract In this process, Timer A0 and Timer A1 are connected to make a 16-bit timer with a 16-bit prescaler.Use the following peripheral function: • Timer mode of timer A • Event counter mode of timer A
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M16C/62A
16-bit
16-MHz
16MHZ
E716
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000E-16
Abstract: No abstract text available
Text: APPLICATION NOTE M16C/80 Group Operation of Watchdog Timer watchdog timer interrupt 1.0 Abstract The following is an operation of the watchdog timer using watchdog timer interrupt. 2.0 Introduction Operation (1) Writing to the watchdog timer start register initializes the watchdog timer to 7FFF16 and causes it to
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M16C/80
7FFF16
REJ05B0420-0100Z/Rev
000E-16
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B703h
Abstract: No abstract text available
Text: APPLICATION NOTE M16C/64 Group Long-period timers 1. Abstract In this process, Timer A0 and Timer A1 are connected to make a 16-bit timer with a 16-bit prescaler. Use the following peripheral function: • Timer mode of timer A • Event counter mode of timer A
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M16C/64
16-bit
REC05B0065-0100/Rev
B703h
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1F16
Abstract: 20MHZ E716
Text: APPLICATION NOTE M16C/80 Group Long-Period Timers 1.0 Abstract In this process, Timer A0 and Timer A1 are connected to make a 16-bit timer with a 16-bit prescaler. Use the following peripheral functions: • Timer mode of timer A • Event counter mode of timer A
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M16C/80
16-bit
20-MHz
REJ05B0426-0100Z/Rev
1F16
20MHZ
E716
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE M16C/64 Group Variable-period variable-duty PWM output 1. Abstract In this process, Timer A0 and Timer A1 are used to generate variable-period, variable-duty PWM output. Use the following peripheral function: • Timer mode of timer A • One-shot timer mode of timer A
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M16C/64
REC05B0066-010sas
REC05B0066-0100/Rev
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE M32C/84, 85, 86, 87, 88 Group Timer A Operation in One-Shot Timer Mode External Trigger 1. Abstract The timer starts counting with an external signal (input from the TAiIN pin) or other timer’s underflow/overflow as a trigger. Once a trigger occurs, the output level on the TAiOUT pin becomes “H” and the timer starts decrementing
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M32C/84,
0000h,
M32C/84
M32C/85
M32C/86
M32C/87
M32C/88
REJ05B0939-0100/Rev
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Counter
Abstract: AVR1306 AVR1001 AVR1304 AVR1311 DIV1024 DIV256 AVR130 xmega ocd TCX0
Text: AVR1306: Using the XMEGA Timer/Counter Features • True 16 bit operation • Double buffered timer period setting • 4 2 compare or capture channels per timer - 4 channels on each Timer 0 - 2 channels on each Timer 1 - Double buffered • 32 bit operation with 32 bit input capture by timer cascading
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AVR1306:
16-bit
804nts
045A-AVR-02/08
Counter
AVR1306
AVR1001
AVR1304
AVR1311
DIV1024
DIV256
AVR130
xmega ocd
TCX0
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8/300L SLP Series Demonstrating the Watchdog Timer Introduction Watchdog operation is performed using the watchdog timer function. The overflow period of Timer Counter W is 393.216 ms. By turning on the switch connected to the IRQ0 input pin, Timer Counter W overflows, and a watchdog
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H8/300L
H8/38024
REJ06B0243-0100Z/Rev
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8/300L SLP Series Counting Interrupts Generated by the 16-Bit Timer Counter Introduction Timer F interrupts are counted, and operation stops when 50 interrupts are counted. Timer F interrupts are set to be generated every 52.429 ms, which is the time when the Timer Counter F TCF overflows.
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H8/300L
16-Bit
H8/38024
REJ06B0240-0100Z/Rev
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8/38076R Counting Interrupts Using 16-Bit Timer Counter Function of Timer F Introduction The 16-bit timer counter function of timer F is used to count timer F interrupts. The sample task ends when the interrupt count reaches 50. Target Device
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H8/38076R
16-Bit
REJ06B0525-0100/Rev
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pm02
Abstract: No abstract text available
Text: Watch Timer in Watch Timer Mode On-Chip Peripheral Program Example Description August 1999 The 8-bit watch timer in the µPD7805x/78005x subseries can be used in watch timer and interval timer mode at the same time, as demonstrated in this program example.
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PD7805x/78005x
P02/INTP2
pm02
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1F16
Abstract: E716 circuit diagram of event counter
Text: APPLICATION NOTE M16C/Tiny Series Long-Period Timers 1. Abstract In this process, Timer A0 and Timer A1 are connected to make a 16-bit timer with a 16-bit prescaler. Use the following peripheral functions: •Timer mode of timer A •Event counter mode of timer A
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M16C/Tiny
16-bit
M16C/26,
M16C/26A,
M16C/28,
M16C/29
1F16
E716
circuit diagram of event counter
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE H8/300L Super Low Power Series Counting Interrupts Generated by the 16-Bit Timer Counter Introduction Timer F interrupts are counted, and operation stops when 50 interrupts are counted. Timer F interrupts are set to be generated every 52.429 ms, which is the time when the Timer Counter F TCF overflows.
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H8/300L
16-Bit
H8/38024
REJ06B0240-0200/Rev
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Untitled
Abstract: No abstract text available
Text: SECTION 9 TRIPLE TIMER MODULE MOTOROLA DSP56304UM/AD 9-1 Triple Timer Module 9.1 9.2 9.3 9.4 9-2 INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-3 TRIPLE TIMER MODULE ARCHITECTURE . . . . . . . . . . . . 9-3 TRIPLE TIMER MODULE PROGRAMMING MODEL. . . . . . 9-5
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DSP56304UM/AD
DSP56304.
DSP56304
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Untitled
Abstract: No abstract text available
Text: SECTION 9 TRIPLE TIMER MODULE MOTOROLA DSP56302UM/AD 9-1 Triple Timer Module 9.1 9.2 9.3 9.4 9-2 INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-3 TRIPLE TIMER MODULE ARCHITECTURE . . . . . . . . . . . . 9-3 TRIPLE TIMER MODULE PROGRAMMING MODEL. . . . . . 9-5
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DSP56302UM/AD
DSP56302.
DSP56302
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16MHZ
Abstract: 1F16
Text: APPLICATION NOTE M16C/62A Group Variable-Period Variable-Duty PWM Output 1.0 Abstract In this process, Timer A0 and A1 are used to generate variable-period, variable-duty PWM output. Use the following peripheral function: • Timer mode of timer A • One-shot timer mode of timer A
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M16C/62A
16-MHz
16MHZ
1F16
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Untitled
Abstract: No abstract text available
Text: Section 13 Watchdog Timer WDT 13.1 Overview The watchdog timer (WDT) is a 1-channel timer for monitoring system operations. If a system encounters a problem (crashes, for example) and the timer counter overflows without being rewritten correctly by the CPU, an overflow signal (WDTOVF) is output externally. The WDT
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Untitled
Abstract: No abstract text available
Text: □ MN103002A MN103002A I Type | Command Cache 4K 2-way | Data Cache 4K (2-way) | Minimum Instruction Execution Time 15ns (3.3V, 66.6MHz) • IRQO to 7 • NMI • Timer 0 to 6 • SIOO to 2 | Interrupts •RESET | Timer Counter Timer Counter 0: 8-bit x 1 (Timer Output, 16-bit Timer Clock Source, Interval Timer, Event Count, Clock Source
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MN103002A
16-bit
PX-ICE103002
D14/P16
D13/P15
D12/P14
D11/P13
D9iP11
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007T021
Abstract: BTS 7166
Text: CHAPTER uPD78218A and is p r o v i d e d three 8-bit 7 TIMER/COUNTER with one timer/counter T a b l e 7-1 16-bit unit unit channel ch annels. and Functions 16-bit timer/ counter 8-bit timer/ counter 1 8-bi t timer/ counter 2 8-bit timer/ counter 3 2ch 2ch
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uPD78218A
16-bit
b42752S
007T021
BTS 7166
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