High Speed A/D Converter Evaluation Kit

A Turnkey Solution for Evaluating High Speed ADCs

描述

Renesas offers two options for evaluating high-speed analog-to-digital converter products with LVDS and/or LVCMOS outputs. A complete, turnkey evaluation platform is available, which includes data capture hardware and software to process and display acquired data. This system provides the fastest and easiest path to evaluating an ADC since no additional software coding is required of the user.

The second option is an adapter board that facilitates connection of an ADC daughter card to an FMC-based FPGA development board. This solution offers greater flexibility since the user has full access to the FPGA functionality and can therefore perform signal processing operations and/or "hardware in the loop" simulations. No software is provided for this option since there are a wide variety of supported FGPA development boards.

More information on JESD204B high speed serial outputs

主要特性

  • Datasheet-style live-updated parameter display
  • Integrated SPI controller for ADC configuration
  • 18Mb FIFO captures 1M ADC output samples
  • USB 2.0 interface for rapid data transfer
  • Exports CSV formatted sample records for offline data processing

应用

  • Power amplifier linearization
  • Radar and satellite antenna array processing
  • Broadband communications
  • High-performance data acquisition
  • Communications test equipment
  • WiMAX and microwave receivers

High Speed A/D Converter Eval Kit with LVDS/LVCMOS Outputs

High Speed A/D Converter Evaluation Kit with LVDS/LVCMOS Outputs

Attribute Complete Evaluation Platform FMC Motherboard
Motherboard KMB-001LEVALZ: LVDS interface KMB001CEVAL: CMOS interface KMB-FMC-EVALZ
Motherboard contains FPGA Yes No
Capture Memory 1 million words Depends on FPGA development board
Uses ADC Daughter Card Yes Yes
Includes Konverter Analyzer for processing and displaying acquired data Yes No
Allows access to FPGA code No Yes
Allows for "hardware in the loop" simulations No Yes

相关视频

1:21
This high-speed ADC evaluation platform enables rapid performance validation of the low-power 8 to 16-bit, 40 to 500MSPS high performance ADCs.
1:29
This video demonstrates the platform daughter board that includes both an ISL55210 FDA and an ISLA112P50 12-bit, 500 MSPS ADC.
4:09
This video demonstrates the proper set up of a data acquisition test environment, from the signal generator through the data acquisition motherboard.
4:15
This video presents the industry-leading performance you can expect with the ISL55210 FDA and ISLA112P50 ADC.
3:27
This video demonstrates some wideband single ended input to differential output options using the ISL55210 Active Balun Evaluation Platform.
2:53
This video demonstrates other ways of doing the signal to differential using an FDA with the ISL55210 Active Balun Evaluation Platform.
4:01
This video discusses the ISL55210 Active Balun Evaluation Platform's test results for frequency response and measured noise.
3:59
The conclusion of the ISL55210 Active Balun Evaluation Platform demonstration with discussion of input impedance match.
3:27
Find out how easy it is to transfer JESD204 high-speed serial data over a fiber-optic link.
28:16
This webinar provides an introductory technical overview of Renesas' analog signal path products.
1:21
This high-speed ADC evaluation platform enables rapid performance validation of the low-power 8 to 16-bit, 40 to 500MSPS high performance ADCs.
1:29
This video demonstrates the platform daughter board that includes both an ISL55210 FDA and an ISLA112P50 12-bit, 500 MSPS ADC.
4:09
This video demonstrates the proper set up of a data acquisition test environment, from the signal generator through the data acquisition motherboard.
4:15
This video presents the industry-leading performance you can expect with the ISL55210 FDA and ISLA112P50 ADC.
3:27
This video demonstrates some wideband single ended input to differential output options using the ISL55210 Active Balun Evaluation Platform.
2:53
This video demonstrates other ways of doing the signal to differential using an FDA with the ISL55210 Active Balun Evaluation Platform.
4:01
This video discusses the ISL55210 Active Balun Evaluation Platform's test results for frequency response and measured noise.
3:59
The conclusion of the ISL55210 Active Balun Evaluation Platform demonstration with discussion of input impedance match.
3:27
Find out how easy it is to transfer JESD204 high-speed serial data over a fiber-optic link.
28:16
This webinar provides an introductory technical overview of Renesas' analog signal path products.
1:21
This high-speed ADC evaluation platform enables rapid performance validation of the low-power 8 to 16-bit, 40 to 500MSPS high performance ADCs.
1:29
This video demonstrates the platform daughter board that includes both an ISL55210 FDA and an ISLA112P50 12-bit, 500 MSPS ADC.
4:09
This video demonstrates the proper set up of a data acquisition test environment, from the signal generator through the data acquisition motherboard.
4:15
This video presents the industry-leading performance you can expect with the ISL55210 FDA and ISLA112P50 ADC.
3:27
This video demonstrates some wideband single ended input to differential output options using the ISL55210 Active Balun Evaluation Platform.
2:53
This video demonstrates other ways of doing the signal to differential using an FDA with the ISL55210 Active Balun Evaluation Platform.
4:01
This video discusses the ISL55210 Active Balun Evaluation Platform's test results for frequency response and measured noise.
3:59
The conclusion of the ISL55210 Active Balun Evaluation Platform demonstration with discussion of input impedance match.
3:27
Find out how easy it is to transfer JESD204 high-speed serial data over a fiber-optic link.
28:16
This webinar provides an introductory technical overview of Renesas' analog signal path products.

相关视频

28:16
This webinar provides an introductory technical overview of Renesas' analog signal path products.
3:27
Find out how easy it is to transfer JESD204 high-speed serial data over a fiber-optic link.
1:21
This high-speed ADC evaluation platform enables rapid performance validation of the low-power 8 to 16-bit, 40 to 500MSPS high performance ADCs.
1:29
This video demonstrates the platform daughter board that includes both an ISL55210 FDA and an ISLA112P50 12-bit, 500 MSPS ADC.
4:09
This video demonstrates the proper set up of a data acquisition test environment, from the signal generator through the data acquisition motherboard.
4:15
This video presents the industry-leading performance you can expect with the ISL55210 FDA and ISLA112P50 ADC.
28:16
This webinar provides an introductory technical overview of Renesas' analog signal path products.
3:27
Find out how easy it is to transfer JESD204 high-speed serial data over a fiber-optic link.
1:21
This high-speed ADC evaluation platform enables rapid performance validation of the low-power 8 to 16-bit, 40 to 500MSPS high performance ADCs.
1:29
This video demonstrates the platform daughter board that includes both an ISL55210 FDA and an ISLA112P50 12-bit, 500 MSPS ADC.
4:09
This video demonstrates the proper set up of a data acquisition test environment, from the signal generator through the data acquisition motherboard.
4:15
This video presents the industry-leading performance you can expect with the ISL55210 FDA and ISLA112P50 ADC.
28:16
This webinar provides an introductory technical overview of Renesas' analog signal path products.
3:27
Find out how easy it is to transfer JESD204 high-speed serial data over a fiber-optic link.
1:21
This high-speed ADC evaluation platform enables rapid performance validation of the low-power 8 to 16-bit, 40 to 500MSPS high performance ADCs.
1:29
This video demonstrates the platform daughter board that includes both an ISL55210 FDA and an ISLA112P50 12-bit, 500 MSPS ADC.
4:09
This video demonstrates the proper set up of a data acquisition test environment, from the signal generator through the data acquisition motherboard.
4:15
This video presents the industry-leading performance you can expect with the ISL55210 FDA and ISLA112P50 ADC.

可订购工具信息

Tools Orderable Part Number (s) Production Status Manufacturer Suggested Single Tool Price
SPQ
Description Distributor Stock Distributors Distributor Purchase Buy Direct
KMB-FMC-EVALZ Mass Production Renesas $157.00 1 0 聯系代理商 -
KMB-001LEVALZ Mass Production Renesas $300.00 1 1 Digi-Key -
4 Mouser
KMB-001CEVALZ Mass Production Renesas $300.00 1 0 聯系代理商 -
KDC5612EVAL Mass Production Renesas $200.00 1 1 Digi-Key -
KDC5514EVALZ Mass Production Renesas $192.50 1 3 Digi-Key -
KDC5514-Q48EVAL Mass Production Renesas $200.00 1 0 聯系代理商 -
KDC5512HEVALZ Mass Production Renesas $200.00 1 0 聯系代理商 -
KDC5512HEVAL Mass Production Renesas $200.00 1 0 聯系代理商 -
KDC5512H-Q48EVAL Mass Production Renesas $200.00 1 0 聯系代理商 -
KDC5512-Q48EVAL Mass Production Renesas $200.00 1 0 聯系代理商 -
ISLA224S25IR48EV1Z Mass Production Renesas $300.00 1 0 聯系代理商 -
ISLA224IR72EV1Z Mass Production Renesas $247.50 1 0 聯系代理商 -
ISLA216S25IR48EV1Z Mass Production Renesas $300.00 1 0 聯系代理商 -
ISLA216IR72EV1Z Mass Production Renesas $131.00 1 3 Digi-Key -
3 Mouser
ISLA214S50IR48EV1Z Mass Production Renesas $300.00 1 0 聯系代理商 -
ISLA214P50IR72EV1Z Mass Production Renesas $131.00 1 2 Digi-Key -
ISLA214P50-55210EV1Z Mass Production Renesas $275.00 1 1 Digi-Key -
1 Mouser
ISLA214IR72EV1Z Mass Production Renesas $133.00 1 5 Digi-Key -
ISLA118P50IR72EV1Z Mass Production Renesas $120.00 1 2 Digi-Key -
3 Mouser
ISLA112P50IR72EV1Z Mass Production Renesas $120.00 1 2 Digi-Key -
ISLA112P50/55210EV1Z Mass Production Renesas $225.00 1 0 聯系代理商 -
ISLA110P50IR72EV1Z Mass Production Renesas $120.00 1 2 Digi-Key -
3 Mouser

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Disclaimer: THIS MATERIAL IS PROVIDED “AS-IS” FOR EVALUATION PURPOSES ONLY. RENESAS ELECTRONICS CORPORATION AND ITS SUBSIDIARIES (collectively, “Renesas”) DISCLAIM ALL WARRANTIES, INCLUDING WITHOUT LIMITATION, FITNESS FOR A PARTICULAR PURPOSE AND MERCHANTABILITY. Renesas provides evaluation platforms and design proposals to help our customers to develop products. However, factors beyond Renesas' control, including without limitation, component variations, temperature changes and PCB layout, could significantly affect the product performance. It is the user’s responsibility to verify the actual circuit performance.