a. VDD - 0.5 V b. VCC + 0.5 V c. VCC - 2V d. VSS - 0.5 V e. VEE - 0.5 V
a. XO b. TC-VCXO c. VCXO d. OCXO e. TCXO
a. Cortex-M0+ b. Cortex-M7 c. Cortex-M3 d. Cortex-M23 e. Cortex-M4F
a. Data memory is resetted b. All peripheral registers are resetted c. SRAM memory is resetted d. The value of SP register is resetted e. The value of PC register is resetted
a. Because of DSP instructions b. Because of better peripherals c. Because of higher clocking d. Because of TCM memory e. Because of many execution units
a. 3 b. 7 c. 6 d. 1 e. 2
a. Used for higher voltage capability b. Used for wired-OR capability c. Faster than push-pull d. Used for higher current capability e. Slower than push-pull
a. High performance b. Low power performance c. Low price d. Autonomous & Intelligent peripherals e. Easy development
a. 37 b. 34 c. 31 d. 16 e. 32
a. storing global variables b. storingreturn addresses after subroutine calls c. storing temporary data d. storing local variables e. storingreturn addresses after interrupt calls