Abstract: The present invention relates to an apparatus for detecting relative positioning information between rolls, and a method for measuring a roll alignment state by using same, and to an apparatus for detecting relative positioning information between rolls, and a method for measuring a roll alignment state by using same, the apparatus outputting a measurement result in real time so that a measurer can easily recognize the degree of parallelism and the degree of horizontality of a roll when a roll process line is formed, and thus an inter-roll alignment state can be checked or a measurement roll can be corrected according to the alignment state.

Abstract: The present invention relates to an apparatus for detecting relative positioning information between rolls, and a method for measuring a roll alignment state by using same, and to an apparatus for detecting relative positioning information between rolls, and a method for measuring a roll alignment state by using same, the apparatus outputting a measurement result in real time so that a measurer can easily recognize the degree of parallelism and the degree of horizontality of a roll when a roll process line is formed, and thus an inter-roll alignment state can be checked or a measurement roll can be corrected according to the alignment state.

Abstract: Provided is an electronic device. The electronic device includes at least one processor for executing a plurality of operating systems; and a mobile high-definition link (MHL) module. The operating systems include a normal operating system for controlling a content service and a secure operating system for receiving information for controlling digital rights management (DRM) content from the MHL module and controlling a DRM service.

Abstract: A content providing electronic device and method are provided. The electronic device includes a Mobile High-definition Link (MHL) unit configured to encrypt content and to communicate the encrypted content to an external device, and an application processor configured to determine whether a condition for communicating content to the MHL unit is satisfied if the MHL unit is connected to the external device, and to communicate the content to the MHL unit if the condition is satisfied.

Abstract: Provided is an electronic device. The electronic device includes at least one processor for executing a plurality of operating systems; and a mobile high-definition link (MHL) module. The operating systems include a normal operating system for controlling a content service and a secure operating system for receiving information for controlling digital rights management (DRM) content from the MHL module and controlling a DRM service.

Abstract: Provided is an electrostatic discharge (ESD) protection device of an output driver stage of a semiconductor chip. The ESD protection device of an output driver stage, which includes a p-channel metal-oxide-semiconductor (PMOS) transistor having a source connected to a first source voltage and an n-channel metal-oxide-semiconductor (NMOS) transistor having a source connected to a second source voltage, the MOS transistors having gates applied with output signals from an internal circuit and drains connected to the output pad, wherein a distance between contacts formed on a drain region and a gate poly of the MOS transistors is relatively greater than a value according to a predetermined design rule.

Abstract: Provided is a driving circuit for a liquid crystal display which is suitable for reducing a chip size and has improved noise immunity in a circuit which uses a level shifter and is constructed with a channel array. The driving circuit includes: the level shifter which is disposed in a previous stage of a channel region and shifts up a level of a data signal output from a buffer to output the data signal to the channel region; and the channel region which processes an output data of the level shifter in a format requested by a system and outputs a final data in a high or low format, and wherein the level shifter is disposed in a region excluding the channel region.

Abstract: There is provided a combined TV and FM radio receiver for selectively receiving TV and FM radio signals via a single tuner using a digital intermediate frequency (IF) stage. The receiver includes a tuner that selects TV band or FM radio band signals and converts the selected signals into IF signals or primary sound IF signals; an IF processor that generates local oscillating signals depending on whether a current mode is a TV mode or an FM radio mode, and converts the IF signals and/or primary sound IF signals, into baseband signals and secondary sound IF signals, respectively; a video demodulator that extracts video signals; an audio demodulator that extracts TV audio signals and FM radio signals according to TV sound or FM radio mode data; and a controller that controls the tuner, and the IF processor, and applies the TV sound or FM radio mode data to the audio demodulator.

Abstract: An automatic gain control apparatus for a video signal and adjusting method thereof, An RF(Radio Frequency) automatic gain control apparatus receives a reproduced video signal from a demodulator, controlling a gain of an RF amplifier according to the reproduced video signal. An IF(Intermediate Frequency) automatic gain control apparatus receives a reproduced video signal from a demodulator, controlling a gain of an IF amplifier according to the reproduced video signal. In the meantime, a RF automatic gain control compensating unit detects an input signal provided to the IF amplifier, checking whether the detected IF input signal meets a reference level, controlling for raising a voltage of the RF automatic gain control apparatus if the detected IF input signal is lower than the reference level, controlling for lowering a voltage of the RF automatic gain control apparatus if the detected IF input signal is higher than the reference level.

Abstract: There is provided a combined TV and FM radio receiver for selectively receiving TV and FM radio signals via a single tuner using a digital intermediate frequency (IF) stage. The receiver includes a tuner that selects TV band or FM radio band signals and converts the selected signals into IF signals or primary sound IF signals; an IF processor that generates local oscillating signals depending on whether a current mode is a TV mode or an FM radio mode, and converts the IF signals and/or primary sound IF signals, into baseband signals and secondary sound IF signals, respectively; a video demodulator that extracts video signals; an audio demodulator that extracts TV audio signals and FM radio signals according to TV sound or FM radio mode data; and a controller that controls the tuner, and the IF processor, and applies the TV sound or FM radio mode data to the audio demodulator.

Abstract: An automatic gain control apparatus for a video signal and adjusting method thereof, An RF(Radio Frequency) automatic gain control apparatus receives a reproduced video signal from a demodulator, controlling a gain of an RF amplifier according to the reproduced video signal. An IF(Intermediate Frequency) automatic gain control apparatus receives a reproduced video signal from a demodulator, controlling a gain of an IF amplifier according to the reproduced video signal. In the meantime, a RF automatic gain control compensating unit detects an input signal provided to the IF amplifier, checking whether the detected IF input signal meets a reference level, controlling for raising a voltage of the RF automatic gain control apparatus if the detected IF input signal is lower than the reference level, controlling for lowering a voltage of the RF automatic gain control apparatus if the detected IF input signal is higher than the reference level.

Abstract: A cell refresh circuit of a memory device is provided that prevents deterioration in EPROM programmed data. The cell refresh circuit compensates for the loss of programmed data by reprogramming the programmed data in the EPROM after a predetermined time. The cell refresh circuit can be used with a memory device that includes a memory block that stores an executable program, data or the like and a sense amplifier that inputs and outputs data with respect to the memory block. The cell refresh circuit includes a power input unit applies a program voltage to the memory block when a program mode signal is enabled in a program mode, a source voltage to the memory block in normal operations and a pumping voltage to the memory block when a reprogram mode signal is enabled. Read/write controllers respectively applies a ROM read enable signal and ROM write enable signal to the sense amplifier.