尽管很多变压器都可以配合MAX13256工作,但并非所有变压器数据手册上都给出了针对变压器驱动应用规定的指标。本应用笔记讨论如何选择满足应用需求的变压器。##除了以上提及的威廉希尔官方网站
指标,许多变压器数据
2014-01-03 18:11:343739 MAX13256 H桥变压器驱动器为构建高达10W的隔离电源提供简单的解决方案。器件采用8V至36V宽范围直流电源供电,为变压器原边绕组提供高达300mA的电流驱动。
2014-12-10 14:06:233744 缓冲电路用于控制可能错误导通或损坏晶闸管的电压瞬变。缓冲器的目的是通过为流过电路固有漏感的电流提供备用路径来抑制晶闸管切换时发生的电压瞬变和振铃。
2023-07-17 14:26:21609 MAX13256 - 36V H-Bridge Transformer Driver for Isolated Supplies Integrated System Protection - Maxim Integrated Products
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MAX13256ATB - 36V H-Bridge Transformer Driver for Isolated Supplies Integrated System Protection - Maxim Integrated Products
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MAx6746、MAx6752电压检测器哪个脚是电压检测输入端?
2013-07-16 11:00:03
缓冲放大器,是一个提供电阻抗变换从一个电路到另一个,以防止信号源从受着任何电流的目的(或电压,用于当前缓冲液),所述负载可以被生产。信号从负载电流“缓冲”。存在两种主要类型的缓冲器:电压缓冲器和电流
2024-01-29 16:55:57
L-13256 - Slug Inductors - Rhombus Industries Inc.
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M13256DD - Surface Mount Crystal - MTRONPTI
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M13256HMS - Surface Mount Crystal - MTRONPTI
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M13256JDS - Surface Mount Crystal - MTRONPTI
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M13256JEXX - Surface Mount Crystal - MTRONPTI
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M13256JG - Surface Mount Crystal - MTRONPTI
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M13256JP - Surface Mount Crystal - MTRONPTI
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M13256MGXX - Surface Mount Crystal - MTRONPTI
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M13256MP - Surface Mount Crystal - MTRONPTI
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M13256MPS - Surface Mount Crystal - MTRONPTI
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M13256PD - Surface Mount Crystal - MTRONPTI
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M13256PGS - Surface Mount Crystal - MTRONPTI
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M13256PGXX - Surface Mount Crystal - MTRONPTI
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M13256PH - Surface Mount Crystal - MTRONPTI
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M13256PPXX - Surface Mount Crystal - MTRONPTI
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MAX668,MAX1659,MAX13256 变压器驱动器 电源管理 评估板
2024-03-14 21:41:52
`Maxim推出具有宽输入电压范围的H桥变压器驱动器MAX13256,用于隔离电源设计。工程师可以利用该方案在短时间内轻松完成高效(高达90%)、隔离DC-DC转换器的设计。MAX13256采用8V
2011-08-25 14:43:44
MAX2470/MAX2471的基本工作原理是什么?为什么MAX2470/MAX2471 VCO缓冲放大器是MIMO收发器参考时钟耦合器的最佳选择?
2021-04-20 06:39:49
子系统参考设计采用3.3V至15V DC电源供电。MAX668是一款高效率升压控制器,可将输入电压提升至16V,并连接至H桥变压器驱动器的输入端。该MAX13256 H桥变压器驱动器的开关频率为
2019-01-02 18:55:22
MAX5580, MAX5581, MAX5582, MAX5583, MAX5584, MAX5585 为4通道、12/10/8位、电压输出的数模转换器(DAC),提供缓冲输出和最大3µs的建立时间(1
2008-09-22 22:31:332 MAX4111, MAX4121, MAX4221 330MHz、缓冲驱动视频交叉点开关芯片
The MAX4111/MAX4121/MAX4221 wideband video switches are optimized for high-definition, broadcas
2008-10-06 12:59:04637 MAX5134, MAX5135, MAX5136, MAX5137 低功耗、四通道、16位,带有输出电压缓冲的DAC
2008-11-27 16:27:571061 该MAX5214/MAX5216是引脚兼容,14位和16位数字至模拟转换器(DAC)。该MAX5214/MAX5216是单通道,低功耗,缓冲电压输出DAC。这
2011-01-10 09:59:42892 MAX9672/MAX9673/MAX9674可输出12/14/16路电压基准,用于TFT LCD的gamma校准,此外还提供一路电压基准用于VCOM。每路gamma基准电压都带有10位DAC和缓冲器,确保电压稳定。
2011-03-03 11:55:052317 MAX509/MAX510是四,串行输入,8位电压输出数字至模拟转换器(DAC)。它们采用+5 V单电源或双± 5V电源。内部,精密缓冲器摆动轨至轨。参考输入范围包括两个供电轨。
2011-03-08 11:28:212261 MAX13256 H桥变压器驱动器提供了一个使隔离电源高达10W简单的解决方案。该设备驱动高达300mA的电流从8V至36V的宽直流电源变压器的初级线圈
2011-08-25 18:14:562463 Maxim推出具有宽输入电压范围的H桥变压器驱动器MAX13256,用于隔离电源设计。
2011-08-25 18:10:08606 The MAX13256 H-bridge transformer driver provides asimple solution for making isolated power
2011-09-26 12:03:5521 MAX13256 H桥变压器驱动器为构建高达10W的隔离电源提供简单的解决方案。器件采用8V至36V宽范围直流电源供电,为变压器原边绕组提供高达300mA的电流驱动。通过变压器的副边与原边的匝
2012-02-20 11:35:3423 MAX5823/MAX5824/MAX5825 8通道,低功耗,8/10/12位,电压输出数字 - 模拟转换器(DAC)输出缓冲器和内部为3ppm /°C
2012-02-29 10:19:24957 Abstract: With its small size and large load (10W) capability, the MAX13256 H-bridge transformer
2012-04-09 12:03:4667 MAX5723/MAX5724/MAX5725 8通道,低功耗,8/10/12位,电压输出数字-模拟转换器(DAC)输出缓冲器和内部为3ppm /°C参考可选为2.048V,2.500V,4.096V。
2012-04-13 12:07:112152 MAX5713/MAX5714/MAX5715 4通道,低功耗,8/10/12位,电压输出数字-模拟转换器(DAC),包括输出缓冲器的选择是2.048V内部参考
2012-07-27 11:51:521655 MAX5138/MAX5139是单通道、引脚兼容而且软件兼容的16位和12位DAC系列产品。MAX5138/MAX5139是低功耗16位/12位、带缓冲的电压输出型高线性度DAC。
2012-11-09 10:52:061213 MAX5703/MAX5704/MAX5705单通道,低功耗,8/10/12位,电压输出数字-模拟转换器(DAC)的输出缓冲器
2012-12-03 11:31:251497 MAX5813/MAX5814/MAX5815 4通道、低功耗、8/10/12位、电压输出数/模转换器(DAC)包括输出缓冲器和一个内部基准(可选择为2.048V、2.500V或4.096V)。
2013-02-26 10:44:543497 AD5600:高温、16位、无缓冲电压 输出DAC、SPI接口
2021-03-19 11:12:470 2022-11-17 12:41:450 2022-11-17 12:42:050 MAX13256为10 W变压器驱动器,是跨越隔离边界传输功率的改进方式。与所有变压器驱动器一样,良好的系统性能需要良好的变压器规格。虽然许多变压器都可以与MAX13256配合使用,但并非所有变压器数据资料都考虑到了变压器驱动器的应用。
2023-01-11 15:50:391180 MAX13256 H桥变压器驱动器具有小尺寸和大负载(10W)能力,是超级电容(supercaps)充电的极有吸引力的方案。然而,由于初始充电电流较高,电路输出端的大电容会迫使驱动器在启动时进入故障模式。本应用笔记介绍了一种解决方案,允许用户在不发生故障的情况下对大电容充电。
2023-01-17 13:55:441000 MAX13256具有可调过流门限,用于短路保护。不幸的是,这个阈值使得使用标准方法为设备设计缓冲器变得困难。本应用笔记介绍了如何为MAX13256设计电压缓冲器,同时考虑限流特性。
2023-06-25 14:22:18585 电子发烧友网为你提供Maxim(Maxim)MAX13256ATB+T相关产品参数、数据手册,更有MAX13256ATB+T的引脚图、接线图、封装手册、中文资料、英文资料,MAX13256ATB+T真值表,MAX13256ATB+T管脚等资料,希望可以帮助到广大的电子工程师们。
2023-07-27 18:48:31
为什么共漏级又称为源极跟随器、电压缓冲器?共源共栅级又称为电流缓冲器? 共漏级、共源共栅级等是电子电路中常见的两种基本放大电路,它们最常见的应用是作为电压或电流缓冲器。在这篇文章中,我们将详细介绍
2023-09-21 15:52:231436
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