MP7643 Search Results

Contextual Info: MP7643 4-C hannel, Program m able Gain Voltage O utput, 15 MHz Input Bandwidth 8-Bit DACs with M ultiplying Parallel Digital Data Port FEATURES • • D N L = + 0 . 5 L S B , I NL = +1 L S B t y p • D A C s M a t c h e d to ± 0 . 5 % ( t y p ) •

Contextual Info: MP7643 M 4-Channel High-Speed Non-Inverting 15 MHz Input Bandwidth 8-Bit DACs with Output Buffers and Parallel Digital Data Port Micro Power Systems FEATURES • DACs Matched to ±0.5% typ • Low Harmonic Distortion: 0.25% typical with V r e f = 1 V p-p 1 MHz

Contextual Info: MP7643 JKSk. fa w /iQ 4-Channel, Programmable Gain Voltage Output, 15 MHz Input Bandwidth 8-Bit DACs with MultiplyingParallel Digital Data Port FEATURES • Programmable Gain • 4 Independent 2-Quadrant Multiplying 8-Bit DACs with Output Amplifiers • Dual Positive +10 V and +5 V Supplies or

HP5082-2835

Abstract: MP7643 MP7643AN MP7643AS
Contextual Info: MP7643 4-Channel, Programmable Gain Voltage Output, 15 MHz Input Bandwidth 8-Bit DACs with Multiplying Parallel Digital Data Port FEATURES • DNL = +0.5 LSB, INL = +1 LSB typ • DACs Matched to +0.5% (typ) • Low Harmonic Distortion: 0.25% typical with

DDD7352

Abstract: "Analog Multipliers" HP5082-2835 MP7643 MP7643AN MP7643AS
Contextual Info: MP7643 Ë ’ E X q 4-C hannel, Program m able Gain Voltage Output, 15 M H z Input Bandwidth 8-Bit DACs with Multiplying Parallel Digital D ata Port R FEATURES • DNL = ±0.5 LSB, INL = ±1 LSB typ • DACs Matched to ±0.5% (typ) • Low Harmonic Distortion: 0.25% typical with

44ab

Contextual Info: MP7643 IS T E X A 4-Channel, Programmable Gain Voltage Output, 15 M Hz Input Bandwidth 8-Bit DACs with Multiplying Parallel Digital Data Port R FEATURES • Programmable Gain • 4 Independent 2-Quadrant Multiplying 8-Bit DACs with Output Amplifiers • Dual Positive +10 V and +5 V Supplies or

Multiplying Data Converters

Abstract: DACs
Contextual Info: New Product Highlights Digital-to-A nalog Converters MP7643 4-Channel, Programmable Gain Voltage Output, 15 MHz Input Bandwidth 8-Bit DACs with Multiplying Parallel Digital Data Port • Programmable Gain • 4 Independent 2-Quadrant Multiplying 8-Bit DACs

Contextual Info: MP7643 e r e x A 4-C hannel, Program m able Gain Voltage Output, 15 M H z Input Bandwidth 8-Bit DACs with Multiplying Parallel Digital D ata Port R FEATURES • DNL = ±0.5 LSB, INL = ±1 LSB typ • DACs Matched to ±0.5% (typ) • Low Harmonic Distortion: 0.25% typical with

Contextual Info: MICRO POWER SYSTEMS INC blE D • bCHTMMM GüDSlbH S3T « M P S -T-51- 09- 0S MP7643 4-Channel High-Speed Non-Inverting 15 M H z Input Bandwidth 8-Bit DACs with Output Buffers and Parallel Digital Data Port m M icro Power Systems FEATURES • DACs Matched to +0.5% typ

RNW transistor

Abstract: CD10 CD11 CD12 MP8830 MP8830AE CD5-14 MP7529
Contextual Info: MP8830 Triple 10-bit High Speed Analog-to-Digital Converter with Digitally Controlled References FEATURES BENEFITS • • • • • Pixel-to-Pixel Correction • Improves Effective Resolution over Software Correction Schemes • Reduced DSP/Processor Demands

p8830

Contextual Info: M P8830 Triple 10-bit High Speed A nalog-to-D igital C onverter with Digitally Controlled References FEATURES BENEFITS 3 I ndependent 10-bit ADCs Si multaneous Sampling @ 1.25 MSPS • Pixel-to-Pixel Correction • Improves Effective Resolution over Software

p8830

Contextual Info: fc.0T7444 0 D D S 7 b 2 ISS « M P S MP8830 M Triple 10-bit High Speed Analog-to-Digital Converter with Digitally Controlled References Micro Power Systems FEA TUR ES B EN EFITS • 3 Ind epen den t 10-b it A D C s • P ixel-to -P ixel C orrection • S im ultaneo us S am plin g @ 1.25 M SPS

MP8830

Abstract: CD5-14 HP5082-2835 XRD4433 XRD4433AIQ MP7529
Contextual Info: XRD4433 Analog-to-Digital Converter with Digitally Controlled References J T E X A R March 1998-3 FEATURES APPLICATIONS • 3 Independent 10-Bit ADCs • Precision CCD Systems • Simultaneous Sampling @ 3.0 MSPS • Color and B&W Scanners • Independent Digitally Controlled References

MP7529

Abstract: cd5-14
Contextual Info: XRD4433 • y y i g E ^ A l K , .the analog plus company A nalog-to-D igital C o n v e rte r with Digitally C ontrolled R eferen ces July 1997-2 FEATURES APPLICATIONS • 3 Independent 10-Bit ADCs • Precision CCD Systems • Simultaneous Sampling @ 3.0 MSPS

Contextual Info: XRD4433 [.the analog plus A nalog-to-D igital C onverter with Digitally Controlled References com pany T M July 1997-2 FEATURES APPLI CATIONS • 3 Independent 10-Bit ADCs • Precision CCD Systems • Simultaneous Sampling @ 3.0 MSPS • Color and B&W Scanners

Contextual Info: Selector Tables Digital-to-A nalog Con verters Fixed Voltage Output DACs Resolution 14-Bit 12-Bit Serial MP7610 MP7612 Parallel MP7611 MP7613 # of Channels 8-Bit MP7228 MP7226 Quad Octal 8-Bit Multiplying Voltage Output DACs Input Bandwidth < 5 MHz < 1 0 MHz

D4433

Contextual Info: XRD4433 jF Analog-to-Digital Converter with Digitally Controlled References E X A R FEATURES A P P L IC A T IO N S • 3 Independent 10-Bit ADCs • Precision CCD Systems • Simultaneous Sampling @ 3.0 MSPS • Color and B&W Scanners • Independent Digitally Controlled References

Diode T3D 82

Abstract: T3D DIODE Diode T3D 08 Diode T3D 26 T3D 65 diode T3D 82 diode Diode T3D 27 diode T3D 24 T3D 82 T3D 28 DIODE
Contextual Info: MF7643 4-Channel High-Speed Non-Inverting 15 M H z Input Bandwidth 8-Bit DACs with Outpul EJuffers and Parallel Digi :al Data Port M M icro Power System s FEATURES • DACs Matched to ±0.5% typ • Low Harmonic Distortion: 0.25% ypical with VREF = 1 V p - p 0 1 MHz

Contextual Info: M New Product Highlights Digital-to-Analog Converters Micro Power Systems MP7226 Quad 8-Bit Voltage Output Digital-to-Analog Converter • • • • Four 8-Bit DACs with buffer am plifiers B ipolar buffer inputs for low noise and drift No external adjustm ents required

P8830

Abstract: ADC 808 AD9 transistor CD6-CD14 RNW transistor CD5-14 adc crosstalk reduce black 6 pin chip CD10 CD11
Contextual Info: MP8830 Triple 10-bit High Speed Analog-to-Digital Converter with Digitally Controlled References FEATURES BENEFITS • • • > • Pixel-to-Pixel Correction • Improves Effective Resolution over Software Correction Schemes • Reduced DSP/Processor Demands