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ATAR080 Datasheet(PDF) 13 Page - ATMEL Corporation

Part # ATAR080
Description  Low-current Microcontroller for Wireless Communication
PDF  68 Pages
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Manufacturer  ATMEL [ATMEL Corporation]
Direct Link  http://www.atmel.com
Logo ATMEL - ATMEL Corporation

ATAR080 Datasheet(HTML) 13 Page - ATMEL Corporation

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ATAR080
4675D–4BMCU–12/04
VIM Voltage Interrupt Mask bit
VIM = 0, voltage monitor interrupt is enabled
VIM = 1, voltage monitor interrupt is disabled
VMS Voltage Monitor Status bit
VMS = 0, the voltage at the comparator input is below V
ref
VMS = 1, the voltage at the comparator input is above V
ref
Figure 12. Internal Supply Voltage Supervisor
Figure 13. External Input Voltage Supervisor
Clock Generation
Clock Module
The ATAR080 contains a clock module with 4 different internal oscillator types: two
RC-oscillators, one 4-MHz crystal oscillator and one 32-kHz crystal oscillator. The pins
OSC1 and OSC2 are the interface to connect a crystal either to the 4-MHz, or to the
32-kHz crystal oscillator. OSC1 can be used as input for external clocks or to connect an
external trimming resistor for the RC-oscillator 2. All necessary circuitry, except the crys-
tal and the trimming resistor, is integrated on-chip. One of these oscillator types or an
external input clock can be selected to generate the system clock (SYSCL).
In applications that do not require exact timing, it is possible to use the fully integrated
RC-oscillator 1 without any external components. The RC-oscillator 1 center frequency
tolerance is better than ±50%. The RC-oscillator 2 is a trimmable oscillator whereby the
oscillator frequency can be trimmed with an external resistor attached between OSC1
and GND. In this configuration, the RC-oscillator 2 frequency can be maintained stable
to within a tolerance of ±15% over the full operating temperature and voltage range.
2.15 V
V
DD
Low threshold
High threshold
VMS = 1
Low threshold
High threshold
VMS = 0
2.95 V
2.55 V
1.25 V
VMI
VMS = 1
VMS = 0
Positive slope
Negative slope
VMS = 1
VMS = 0
Interrupt negative slope
Interrupt positive slope
Internal reference level
t



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