10 August 2007

TI unveils fastest monolithic 14bit adc

TI unveils fastest monolithic 14bit adc

Said to be the fastest monolithic 14bit a/d converter, the ADS5474 from Texas Instruments runs at 400Msample/s, with an effective number of bits of 11.1. The device is said to lend itself to high bandwidth applications, such as test and measurement instrumentation, software defined radio, radar and communication instrumentation, that were previously confined to lesser resolution devices.


Manufactured on TI's BiCom3 process, the ADS5474 has an on chip buffer amplifier to ease analogue front end design. Pin for pin compatible with the ADS5463 – a 12bit, 500Msample/s part – the data converter is said to provide an easy design path across multiple systems.

Author
Graham Pitcher

Supporting Information

Websites
http://www.ti.com

Companies
Texas Instruments

This material is protected by Findlay Media copyright
See Terms and Conditions.
One-off usage is permitted but bulk copying is not.
For multiple copies contact the sales team.

Do you have any comments about this article?

Add your comments

Name
 
Email
 
Comments
 

Your comments/feedback may be edited prior to publishing. Not all entries will be published.
Please view our Terms and Conditions before leaving a comment.

 

Related Articles

New four channel a/d converter

Analog Devices has introduced a new four channel high speed a/d converter for ...

Analog Devices' gate drivers

Analog Devices has launched what it claims are the industry's fastest and most ...

Anglia wins ADI franchise

Following 18 months of intensive negotiations, Analog Devices has appointed ...

Best behaviour

Despite the trend towards digital electronics, the world remains stubbornly ...

Driving the workhorse

Applications engineers are often asked which amplifier is the best driver for a ...

Meeting analogue ambitions

Custom analogue/mixed signal asics are economical at comparatively low volumes, ...

Analogue surveillance systems

This whitepaper from Nexcom/Intel discusses the move away from analogue ...

Demystifying analogue and mixed signal asics

This white paper from JVD attempts to resolve several common misunderstandings ...

An Integrated SIGINT Digital ...

This paper describes a notional Signals Intelligence (SIGINT) solution that can ...

Multipoint LVDS transceivers

Analog Devices has launched a series of multipoint, low voltage, differential ...

16bit a/d converter

Texas Instruments has introduced what it claims to be the industry's most ...

Analogue front end

CML Microcircuits' CMX7861 'FirmCODEC' is a full featured analogue front end ...

High performance multicore DSP

How does TI provide a multicore DSP that is both high performance and ultra low ...

C667x and C665x DSPs

What are the differentiators between TI's C667x multicore processors and the ...

C2000 Module 3: Programming

This module of the C2000 one-day will discuss the programming development ...

Is analogue design getting har

A recent survey by New Electronics suggests that 32% of electronics engineers ...

TI, National Semi takeover

It's been a while since there has been a takeover on the scale of that ...

Rick Clemmer, ceo, NXP

Rick Clemmer believes high performance mixed signal is just one of the sectors ...

Dave Bell, president, Intersil

Intersil's president updates Graham Pitcher on the company's progress in ...

Mark Downing, SiLabs

The last year has seen a radical change in many company's fortunes as the ...