10-BIT, 40 MSPS, 160 mW A/D CONVERTER

GENERAL DESCRIPTION The SPT7861 is a 10-bit monolithic, low-cost, ultralow-power analog-to-digital converter capable of minimum word rates of 40 MSPS. This is a pin-compatible improved version of the SPT7860. The on-chip track-and-hold function assures excellent dynamic performance without the ne

10-BIT, 40 MSPS, 160 mW A/D CONVERTER

GENERAL DESCRIPTION The SPT7861 is a 10-bit monolithic, low-cost, ultralow-power analog-to-digital converter capable of minimum word rates of 40 MSPS.This is a pin-compatible improved version of the SPT7860. The on-chip track-and-hold function assures excellent dynamic performance without the nee

10-BIT, 40 MSPS, 160 mW A/D CONVERTER

10-BIT, 40 MSPS, 160 mW A/D CONVERTER

GENERAL DESCRIPTION The SPT7861 is a 10-bit monolithic, low-cost, ultralow-power analog-to-digital converter capable of minimum word rates of 40 MSPS. This is a pin-compatible improved version of the SPT7860. The on-chip track-and-hold function assures excellent dynamic performance without the ne

10-BIT, 40 MSPS, 160 mW A/D CONVERTER

GENERAL DESCRIPTION The SPT7861 is a 10-bit monolithic, low-cost, ultralow-power analog-to-digital converter capable of minimum word rates of 40 MSPS. This is a pin-compatible improved version of the SPT7860. The on-chip track-and-hold function assures excellent dynamic performance without the ne

11-Bit Resolution Simultaneous Sampling A/D Converter

GENERAL DESCRIPTION The AD7861 is a multichannel simultaneous sampling A/D Converter (ADC) configured for the acquisition of voltage inputs in a motor control solution or three-phase power system. FEATURES 11-Bit Resolution Analog-to-Digital Converter Seven Single-Ended Analog Inputs

Digital Signal Processor for Compact Disc Players

Overview The LC7861KE is a CMOS LSI that implements the signal processing and servo control required by compact disk players, laser disks, CD-V, CD-I and related products. The LC7861KE provides several types of signal processing to reduce the cost of CD player units, including demodulation of th