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EV12AQ600/EV12AQ605

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The most advanced and versatile quad-core, multi-channel ADC

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EV12AQ600

The first 12-bit ADC to feature a Cross Point Switch (CPS), the EV12AQ600 can operate its four cores simultaneously, independently or paired, to assign its 6.4 GSps sampling speed across the user’s desired channel count:

• Quad-channel at 1.6 GSps

• Dual-channel at 3.2 GSps

• Single-channel at 6.4 GSps

• SFDR in 4 channels mode without H2 and H3 harmonics is better than 70 dBFS at -1 dBFS up to 5980MHz

• Latency as low as 5 ns (LVDS interface)

• Up to 4 channels at microwave frequencies

• Low noise vs. performance at microwave frequencies

• Long-term continuity to supply

• Up to space environment qualification (radiation tolerant, life tests)

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Features

  • Channels: 1,2,4
  • Package: CBGA323 (HiTCE)
  • Rate: 6.4 GSps 3.2 GSps 1.6 GSps
  • Resolution: 12-bit
  • Temperature Range: -55 to +125C

General

  • Status: Active

Qualification

  • Space Grade: YES

TYPE

TYPE

ADX4 Design Example User Guide

Type: PDF

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ADX4 IP user guide

Type: PDF

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AN 21S 218124 - Assembly Recommendations

Type: PDF

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AN 60S 217359 (A) - EV12AQ600 Overdrive in Cold Sparing Conditions

Type: PDF

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Application Note AN 60S 218492

Type: PDF

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EV12AQ600 ESIstream white paper

Type: PDF

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EV12AQ600 Flyer

Type: PDF

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EV12AQ600 Synchronization Chaining Technical Note

Type: PDF

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EV12AQ600 TiD and SEE radiation report

Type: PDF

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EV12AQ600_EV12AQ605 Datasheet

Type: PDF

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EV12AQ600-2ADC-EVM Synchronization Kit User Guide

Type: PDF

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EV12AQ600-ADX-EVM Demo Kit User Guide

Type: PDF

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EV12AQ600-FMC-EVM Development Kit User Guide

Type: PDF

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MIL-PRF-38535 QML Class Y Flow

Type: PDF

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EV12AQ600 Ibis file

Software Download

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Learn about multi-ADC synchronization in just 7 minutes

To help you evaluate and design with this ADC, we provide you with the following right here below:

1. Our growing pack of technical documentation in the download section below.

2. A high level of free technical support – simply start asking us questions through the form below.

Our customers often praise the quality of our technical support, so don’t hold your questions, send them to us through the form below and let us help you.

 

This exclusive tutorial video will give you a useful overview of a multi-ADC synchronization technique, from the needs of synchronous and deterministic behavior within a multi-channel system to a practical implementation in our Lab. The demo also features Teledyne e2v’s latest EV12AQ600 ADC.



Specification

ENOB/SFDR in 4-channel mode

Nyquist Zone Output level ENOB SFDR
NZ1 -1dBFS 8.7 bits 71 dBFS
NZ2 -1dBFS 8.4 bits 63 dBFS
NZ3 -1dBFS 8.1 bits 64 dBFS
NZ4 -8dBFS 8.3 bits 66 dBFS
NZ5 -8dBFS 8.2 bits 67 dBFS

 

NPR with - 14dBFS loading factor

Nyquist Zone Analog input bandwith selected Channel mode NPR
NZ1 NFPBW 4 44 dB
NZ2 NFPBW 4 43.5 dB
NZ3 EFPBW 4 43 dB
NZ4 NFPBW 1 42 dB
NZ5 NFPBW 1 42 dB
NZ6 EFPBW 1 40 dB

 

 

 

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