NTE1500 PDF Datasheet

NTE1500 & NTE1501 Integrated Circuit 7–Step LED Driver Circuit Description: The NTE1500 and NTE1501 are integrated circuits designed for driving 7–dot LED displays. The NTE1500 responds logarithmically to the input signal while the NTE1501 responds linearly. Because an adjustment pin for output current is provided, the brightness of the LED can be controlled. Features: D Li

NTE15001 Integrated Circuit VIF & SIF Circuit for VCR Description: The NTE15001 is an integrated circuit in a 30–Lead DIP type package containing the VIF section and SIF on a single chip. Since this device is capable of performing video detection and sound detection independently or simultaneously, it can be applied to various sets from popular type to high–grade type accor

NTE15002 Integrated Circuit Color TV Vertical Deflection Output Circuit Description: The NTE15002 is a monolithic linear IC in a 7–Lead SIP type package designed for small–aperture color TV vertical deflection output and has such features as greatly reduced number of external parts and low power dissipation. The NTE15002 can be used in conjunction with the NTE1845 for video

NTE15003 Integrated Circuit PIF Subsytem for TV Receiver Description: The NTE15003 is a picture IF subsystem that provides 3–stage IF amplifier, Video Detector, black and white noise inverting circuits and AFT detector for a TV receiver. The NTE15003 also provides internal fast response AGC with dual time constants for the IF amplifier stages and delayed AGC for an external R

NTE15004 Integrated Circuit Remote Control Preamplifier Description: This NTE15004 is a silicon monolithic integrated circuit in an 8–Lead SIP type package designed for a remote control preamplifier of infrared signals. This device features low power, high sensitivity and wide supply voltage. Features: D Wide Operation Voltage: VCC = 6V to 14.4V D Low Power Consumption: ICC =

NTE15005E thru NTE15023E Integrated Circuit Protector Description: The IC Protector (ICP) is an overcurrent protection device having stable and high–speed circuit tripping characteristics which enables these devices to shut off the circuit quickly and safely. This quick shut–off response protects valuable semiconductor devices and circuits from common load short–circuit f