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COP8-REF-AM Datasheet(PDF) 23 Page - National Semiconductor (TI)

[Old version datasheet] Texas Instruments acquired National semiconductor.
Part # COP8-REF-AM
Description  8-Bit CMOS Flash Microcontroller with 8k Memory, Dual Op Amps, Virtual EEROM, Temperature Sensor,10-Bit A/D and Brownout Reset
PDF  83 Pages
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Manufacturer  NSC [National Semiconductor (TI)]
Direct Link  http://www.national.com
Logo NSC - National Semiconductor (TI)

COP8-REF-AM Datasheet(HTML) 23 Page - National Semiconductor (TI)

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10.0 Functional Description
(Continued)
flags. In addition to the SC and R/C instructions, ADC,
SUBC, RRC and RLC instructions affect the Carry and Half
Carry flags.
10.9.3 ICNTRL Register (Address X'00E8)
Unused
LPEN
T0PND
T0EN
µWPND
µWEN
T1PNDB
T1ENB
Bit 7
Bit 0
The ICNTRL register contains the following bits:
LPEN
L
Port
Interrupt
Enable
(Multi-Input
Wake-up/Interrupt)
T0PND
Timer T0 Interrupt pending
T0EN
Timer T0 Interrupt Enable (Bit 12 toggle)
µWPND MICROWIRE/PLUS interrupt pending
µWEN
Enable MICROWIRE/PLUS interrupt
T1PNDB Timer T1 Interrupt Pending Flag for T1B capture
edge
T1ENB
Timer T1 Interrupt Enable for T1B Input capture
edge
10.9.4 T2CNTRL Register (Address X'00C6)
T2C3
T2C2
T2C1
T2C0
T2PNDA
T2ENA
T2PNDB
T2ENB
Bit 7
Bit 0
The T2CNTRL register contains the following bits:
T2C3
Timer T2 mode control bit
T2C2
Timer T2 mode control bit
T2C1
Timer T2 mode control bit
T2C0
Timer
T2
Start/Stop
control
in
timer
modes 1 and 2, Timer T2 Underflow Interrupt
Pending Flag in timer mode 3
T2PNDA Timer T2 Interrupt Pending Flag (Autoreload
RA in mode 1, T2 Underflow in mode 2, T2A
capture edge in mode 3)
T2ENA
Timer T2 Interrupt Enable for Timer Underflow
or T2A Input capture edge
T2PNDB Timer T2 Interrupt Pending Flag for T2B cap-
ture edge
T2ENB
Timer T2 Interrupt Enable for T2B Input capture
edge
10.9.5 T3CNTRL Register (Address X'00B6)
T3C3
T3C2
T3C1
T3C0
T3PNDA
T3ENA
T3PNDB
T3ENB
Bit 7
Bit 0
The T3CNTRL register contains the following bits:
T3C3
Timer T3 mode control bit
T3C2
Timer T3 mode control bit
T3C1
Timer T3 mode control bit
T3C0
Timer
T3
Start/Stop
control
in
timer
modes 1 and 2, Timer T3 Underflow Interrupt
Pending Flag in timer mode 3
T3PNDA Timer T3 Interrupt Pending Flag (Autoreload
RA in mode 1, T3 Underflow in mode 2, T3A
capture edge in mode 3)
T3ENA
Timer T3 Interrupt Enable for Timer Underflow
or T3A Input capture edge
T3PNDB Timer T3 Interrupt Pending Flag for T3B cap-
ture edge
T3ENB
Timer T3 Interrupt Enable for T3B Input capture
edge
10.9.6 HSTCR Register (Address X'00AF)
T2IDLE
Reserved
T3HS
T2HS
Bit 7
Bit 0
The HSTCR register contains the following bits:
T2IDLE Allows T2 to run while in Idle Mode.
T3HS
Places Timer T3 in High Speed Mode.
T2HS
Places Timer T2 in High Speed Mode.
10.9.7 ITMR Register (Address X'00CF)
LSON
HSON
DCEN
CCKS
EL
RSVD
ITSEL2
ITSEL1
ITSEL0
Bit 7
Bit 0
The ITMR register contains the following bits:
LSON
Turns the low speed oscillator on or off.
HSON
Turns the high speed oscillator on or off.
DCEN
Selects the high speed oscillator or the low
speed oscillator as the Idle Timer Clock.
CCKSEL Selects the high speed oscillator or the low
speed oscillator as the primary CPU clock.
RSVD
This bit is reserved and must be 0.
ITSEL2
Idle Timer period select bit.
ITSEL1
Idle Timer period select bit.
ITSEL0
Idle Timer period select bit.
10.9.8 ENAD Register (Address X'00CB)
ADCH3 ADCH2
ADCH1
ADCH0
ADMOD
MUX
PSC
ADBSY
Channel Select
Mode
Select
Mux Out
Prescale
Busy
Bit 7
Bit 0
The ENAD register contains the following bits:
ADCH3 ADC channel select bit
ADCH2 ADC channel select bit
ADCH1 ADC channel select bit
ADCH0 ADC channel select bit
ADMOD Places the ADC in single-ended or differential
mode.
MUX
Enables the ADC multiplexor output.
PSC
Switches the ADC clock between a divide by one
or a divide by sixteen of MCLK.
ADBSY Signifies that the ADC is currently busy perform-
ing a conversion. When set by the user, starts a
conversion.
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