X96012: Universal Sensor Conditioner with Dual Look Up Table Memory and DACs

The X96012 is a highly integrated bias controller, which incorporates two digitally controlled Programmable Current Generators, temperature compensation with dedicated look-up tables, and supplementary EEPROM array. All functions of the device are controlled via a 2-wire digital serial interface.

Two temperature compensated Programmable Current Generators, vary the output current with temperature according to the contents of the associated nonvolatile look-up table. The look-up table may be programmed with arbitrary data by the user, via the 2-wire serial port, and either an internal or external temperature sensor may be used to control the output current response.

The integrated General Purpose EEPROM is included for product data storage.

Key Features
  • Two Programmable Current Generators
    • ±3.2mA Max
    • 8-bit (256 Step) Resolution
    • Internally Programmable Full Scale Current Outputs
    • External Resistor Pin to Set Full Scale Current Outputs
  • Integrated 8-bit A/D Converter
  • Internal Voltage Reference with Output/Input
  • Temperature Compensation
    • Internal or External Sensor
    • -40°C to +100°C Range
    • +2.2°C/step Resolution
    • EEPROM Look-up Tables
  • Hot Pluggable
  • 2176-bit EEPROM
    • 17 Pages
    • 16 Bytes per Page
  • Write Protection Circuitry
    • Intersil BlockLock™
    • Logic Controlled Protection
    • 2-wire Bus with 3 Slave Address Bits
  • 3V to 5.5V, Single Supply Operation
  • Package
    • 14 Ld TSSOP
  • Pb-Free Available (RoHS Compliant)
Applications
  • PIN Diode Bias Control
  • RF PA Bias Control
  • Temperature Compensated Process Control
  • Laser Diode Bias Control
  • Fan Control
  • Motor Control
  • Sensor Signal Conditioning
  • Data Aquisition Applications
  • Gain vs Temperature Control
  • High Power Audio
  • Open Loop Temperature Compensation
  • Closed Loop Current, Voltage, Pressure, Temperature, Speed, Position Programmable Voltage Sources, Electronic Loads, Output Amplifiers or Function Generator
Typical Diagram
Application Notes
TitleTypeUpdatedSizeOther Languages
AN174: Optimizing LDMOS Transistors Bias Control An Accurate Solution for Basestation RF Power AmplifiersPDF19 Jan 2016178 KB
AN133: Putting Analog On The BusPDF12 May 2015222 KB
AN139: Designing Power Supplies Using Intersil's XDCP Mixed Signal ProductsPDF13 Nov 2014314 KB
AN124: A Primer on Digitally-Controlled PotentiometersPDF13 Nov 2014158 KB
AN1155: Shaft Encoder Drives Multiple Intersil Digitally Controlled Potentiometers (XDCPs)PDF13 Nov 201445 KB
AN1145: A Compendium of Application Circuits for Intersil Digitally-Controlled (XDCP)PDF13 Nov 2014189 KB
AN1149: Application of Intersil Digitally Controlled Potentiometers (XDCP) as Hybrid Analog/Digital Feedback System Control ElementsPDF13 Nov 2014200 KB
Datasheets
TitleTypeUpdatedSizeOther Languages
X96012 DatasheetPDF19 Nov 2014469 KB
Order Information
Part NumberPackage TypeWeight(g)PinsMSL RatingPeak Temp (°C)RoHS Status
X96012V14I14 Ld TSSOP0.05414240
X96012V14IZ14 Ld TSSOP0.05414260RoHS
X96012V14IZT114 Ld TSSOP T+R0.05414260RoHS
X9601XEVALN/A
X96012 Datasheet 19 Nov 2014
AN174: Optimizing LDMOS Transistors Bias Control An Accurate Solution for Basestation RF Power Amplifiers 19 Jan 2016
AN133: Putting Analog On The Bus 12 May 2015
AN139: Designing Power Supplies Using Intersil's XDCP Mixed Signal Products 13 Nov 2014
AN124: A Primer on Digitally-Controlled Potentiometers 13 Nov 2014
AN1155: Shaft Encoder Drives Multiple Intersil Digitally Controlled Potentiometers (XDCPs) 13 Nov 2014
AN1145: A Compendium of Application Circuits for Intersil Digitally-Controlled (XDCP) 13 Nov 2014
AN1149: Application of Intersil Digitally Controlled Potentiometers (XDCP) as Hybrid Analog/Digital Feedback System Control Elements 13 Nov 2014