Products tagged with: texas
MICKROCONTR. MSP430F2274
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
Micro-contr. MSP 430 F 1232 IPW 28 PW
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
Micro-contr. MSP 430 F 149 IPM 64 PM
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
Micro-contr. MSP 430 F 169 IPM 64 PM
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
Micro-contr. MSP 430 F 2011 IPW 14 PW
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
Micro-contr. MSP 430 F 2012 IPW 14 PW
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
Micro-contr. MSP 430 F 2013 IPW 14 PW
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
Micro-contr. MSP 430 F 2131 IPW 20 PW
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
MICROCONTR. MSP430F2370
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
MICROCONTR. MSP430F2418
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
MICROCONTR. MSP430F249
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
MICROCONTR. MSP430F2618
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!
MICROCONTR. MSP430FG4618
In addition to their tremendous computing power of up to 16 MHz or MIPS MSP430 micro-controllers from Texas Instruments have extremely low power consumption. Applications can thus be operated over a period of many years with a single button cell. The basis for this is the flexible clock pulse system that allows the CPU to resume very quickly from low power modes. Hereby the internal oscillator provides the full computing power completely without external components. The 16-bit RISC architecture comes with just 27 basic instructions that can be quickly learned, which allows very effective programmes both in Assembler and C. The micro-controller has a flash memory that can be automatically programmed through the controller. No special programming voltages are required. The micro-controller can be programmed and debugged in the application via JTAG!