Ultra Start 16xx Bedienungsanleitung Seite 3

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MEB/0404
© 2004 Texas Instruments Inc, Slide 3
What is The MSP430
FLASHClock
Digital
Peripheral
RISC
CPU
16-bit
MAB 16
MDB 16
RAM
Analog
Peripheral
. . .
. . .
ACLK
SMCLK
JTAG/Debug
Ultra
Ultra
-
-
low Power
low Power
0.1uA power down
0.8uA standby mode
250uA / 1MIPS @ 3V
<6us clock start-up
<50nA port leakage
Zero-power BOR
High
High
-
-
Performance
Performance
Modern 16-bit RISC
SCoC integration
Easy To Use IDE
Easy To Use IDE
Get to market faster
MSP430 stands for Mixed Signal Processor. The features of the MSP430 family make the
product ideal for battery-powered measurement applications.
Ultra-low Power; The MSP430 architecture is designed specifically for ultra-low power
applications – specific operating modes are implemented to reduced power consumption and
dramatically extend battery life. The real-time clock mode uses as little as 0.8uA which is actually
lower than the self leakage most batteries themselves. Many MSP430 customers have
developed battery-based products that will last for over 10-years from the original battery!
Modern 16-bit RISC CPU; Because the MSP430 uses a modern 16-bit RISC CPU, engineers
can embed advanced signal processing features into their products that was never practical with
conventional 8-bit MCUs. And this is done using less power, less memory and at a lower cost.
Mixed Signal; Analog peripherals including ADC’s, comparators, DAC’s, LCD drivers and
supply voltage supervisors are integrated to support precision measurement. These peripherals
enable better products to be built using fewer chips.
Easy to use IDE; We’ll see today how the MSP430’s IDE is really easy to use. A Flash MSP430
is developed in the actual application with the actual application running. No monitor or
background debugger is used. The debug logic is on-chip and dedicated for only debug. This is
accessed with JTAG.
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