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SP8510 - (SP8503 - SP8510) 12-Bit Sampling A/D Converters

This page provides the datasheet information for the SP8510, a member of the SP8503 (SP8503 - SP8510) 12-Bit Sampling A/D Converters family.

Datasheet Summary

Description

The SP85XX Series are complete 12-bit sampling A/D converters using state of the

art CMOS structures.

bit successive approximation A/D converter with internal sample/hold, reference, clock, digital interface for microprocessor control, and

Features

  • The SP85XX Series are specified at sampling rates of 333kHz (SP8503), 200kHz (SP8505) or 100kHz (SP8510). Conversion times are factory set for 2.70µs, 4.7µs and 9.7µs maximum, respectively, over temperature, and the highspeed sampling input stage insures a total acquisition and conversion time of 3µs, 5µs and 10µs maximum, respectively, over temperature. Precision, laser-trimmed scaling resistors provide industry.
  • standard input ranges of ±5V or ±10V. The 28-pin SP85XX Series are availabl.

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Datasheet preview – SP8510

Datasheet Details

Part number SP8510
Manufacturer Sipex
File Size 188.68 KB
Description (SP8503 - SP8510) 12-Bit Sampling A/D Converters
Datasheet download datasheet SP8510 Datasheet
Additional preview pages of the SP8510 datasheet.
Other Datasheets by Sipex

Full PDF Text Transcription

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SP8503, SP8505, SP8510 12-Bit Sampling A/D Converters s 3µs, 5µs or 10µs Sample/Conversion Time s Standard ±10V and ±5V Input s No Missing Codes Over Temperature s AC Performance Over Temperature 71.5dB Signal–to–Noise Ratio at Nyquist 85dB Spurious–free Dynamic Range at 49kHz –81dB Total Harmonic Distortion at 49kHz s Internal Sample/Hold, Reference, Clock, and 3-State Outputs s Low Power Dissipation: 90mW s 28–Pin Narrow PDIP and SOIC DESCRIPTION… The SP85XX Series are complete 12-bit sampling A/D converters using state–of–the–art CMOS structures. They contain a complete 12–bit successive approximation A/D converter with internal sample/hold, reference, clock, digital interface for microprocessor control, and three–state output drivers. Power dissipation is only 90mW.
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