Abstract: A temperature detector includes a plurality of temperature sensors each configured to generate a voltage signal in accordance with sensed temperature and output the voltage signal, a plurality of storage circuits corresponding to the respective temperature sensors and each configured to store a signal level input to the storage circuit and output the stored signal level in response to a control signal, and a control circuit configured to exclusively select one of the voltage signals output from the respective temperature sensors, compare the selected voltage signal with a predetermined reference voltage, and store the selected voltage signal into the corresponding storage circuit sequentially in response to the control signal.

Abstract: A temperature detector includes a plurality of temperature sensors each configured to generate a voltage signal in accordance with sensed temperature and output the voltage signal, a plurality of storage circuits corresponding to the respective temperature sensors and each configured to store a signal level input to the storage circuit and output the stored signal level in response to a control signal, and a control circuit configured to exclusively select one of the voltage signals output from the respective temperature sensors, compare the selected voltage signal with a predetermined reference voltage, and store the selected voltage signal into the corresponding storage circuit sequentially in response to the control signal.

Abstract: A signal processing apparatus includes a digital signal processor (DSP) including an internal memory part storing a program to carry out, an external memory part storing all programs to carry out in the DSP, a clock signal generating part for generating and outputting a clock signal to the DSP, and a clock signal control part for controlling to output said clock signal to the DSP. More particularly, the clock signal control part forwards the programs outputted from the external memory part to the internal memory after the clock signal generating part stops outputting the clock signal to the DSP.

Abstract: A signal processing apparatus includes a digital signal processor (DSP) including an internal memory part storing a program to carry out, an external memory part storing all programs to carry out in the DSP, a clock signal generating part for generating and outputting a clock signal to the DSP, and a clock signal control part for controlling to output said clock signal to the DSP. More particularly, the clock signal control part forwards the programs outputted from the external memory part to the internal memory after the clock signal generating part stops outputting the clock signal to the DSP.

Abstract: In a color video signal processing method, color difference component signals are converted into RGB component signals by a digital to digital conversion so as to reduce a size of a processing unit used for the conversion. An analog composite signal is converted into analog color difference component signals. The analog color difference component signals are then converted into digital color difference component signals. The digital color difference component signals are converted into digital RGB component signals by a digital to digital conversion based on an approximation method. Finally, the digital RGB component signals are converted into analog RGB component signals. The digital-to-digital conversion may be performed in accordance with equations in which each factor is a fractional number having a denominator of a power of 2.