Integrated Circuit Pre-Amplifier Circuit for Remote Control Signal Receivers

Description: The NTE1682 is an integrated circuit in a 9–Lead SIP type package designed for use in infrared and various types of remote control signal receivers. Features: • High Sensitivity, High Gain, Low Noise • Waveform Shaping Circuit • Voltage Regulator Circuit

Integrated Circuit Pre–Amplifier Circuit for Remote Control Signal Receivers

Description:\nThe NTE1682 is an integrated circuit in a 9–Lead SIP type package designed for use in infrared and various types of remote control signal receivers.Features:\n• High Sensitivity, High Gain, Low Noise\n• Waveform Shaping Circuit\n• Voltage Regulator Circuit

Total Elapsed Time Recorder with Alarm

DESCRIPTION The DS1682 is an integrated elapsed time recorder that will provide the total amount of time that an event is/has been active since the DS1682 was last reset to zero via the 2-wire bus. When the total time accumulated is equal to the preset alarm trip point and the polarity bit is set

Total Elapsed Time Recorder with Alarm

DESCRIPTION The DS1682 is an integrated elapsed time recorder that will provide the total amount of time that an event is/has been active since the DS1682 was last reset to zero via the 2-wire bus. When the total time accumulated is equal to the preset alarm trip point and the polarity bit is set

OPIC Light Detector for X40 Speed CD-ROM Drive

General Description Sharps IS1682 is OPIC light detectors which are used for pick-up in X40 speed CD-ROM drive. They improve noise resistance characteristics and enable to read low reflective CD-RW due to built-in RF amp. Features (1) High speed response(Response frequency: MIN. 45MHz) (Best su

Switched-Capacitor Voltage Doublers

General Description The ultra-small MAX1682/MAX1683 monolithic, CMOS charge-pump voltage doublers accept input voltages ranging from +2.0V to +5.5V. Their high voltage-conversion efficiency (over 98) and low operating current (110µA for MAX1682) make these devices ideal for both battery-powered a