ISL55210-ABEVAL1Z

High-Speed Differential Amplifier in an Active Balun Configuration Evaluation Board

描述

This relatively simple board is intended to provide a quick means to test the performance of the active balun configuration using the ISL55210 wide band, fully differential amplifier (FDA). While all wideband, voltage feedback (VFA), fully differential amplifiers can perform a single ended input to differential output operation, the frequency span for acceptable input match (or low return loss) is greatly enhanced by the >1.5GHz common mode loop bandwidth internal to the ISL55210.

Quickly evaluate performance for a breakthrough new amplifier type.

  • AC coupled single-ended input with a wideband “active” impedance match
  • Convert to differential in the ISL55210 to give a very broadband balun operation
  • Extremely low input referred noise for a matched input using the much lower resistor setting of the active match
  • Exceptional OIP3 for 115mW device. At a doubly terminated 50Ω load, OIP3> 40dBm through 200MHz

This board offers considerable flexibility in the input match and gain by simply changing four resistor values. It also offers several possible output interfaces to either get single ended or run differential output. As delivered, the default configuration delivers a -

  • 50ohm input impedance with >34dB return loss from 1MHz to 400MHz
  • Single ended input to single ended measurement output with 10.2dB gain and -1dB span from 3MHz to 800MHz
  • Input noise figure <7.5dB referenced to a 50Ω source.

主要特性

  • Easily settable gain and input impedance (change only four resistors)
  • Wideband output balun for easy single-ended response measurements
  • Excellent simulation model available in iSim PE
  • Optional differential output port for FDA only response

应用

  • IF receiver chains needing the smallest size single to differential solution
  • Ultrasound catheter systems needing flexible, wideband input match
  • MRI systems requiring single to differential with no magnetic elements
  • Lower frequency HF receivers needing the lowest power with exceptional dynamic range

Related Evaluation Platforms

ISL55210-ABEVAL1Z Active Balun Configured High Speed Differential Amp Eval Board

ISL55210-ABEVAL1Z Differential Amp Evaluation Board

相关产品

ISL55210

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.
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.
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.

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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.