BUCK-BOOST Datasheet(PDF) - STEVAL-ILL079V1 - STMicroelectronics

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BUCK-BOOST 数据表, PDF

: Panasonic Semiconductor(1)PCA ELECTRONICS INC.(4)Peregrine Semiconductor(4)Pericom Semiconductor Corporation(1)PHOENIX CONTACT(1)Power Analog Micoelectronics(2)Power IC Ltd.(3)Power Integrations, Inc.(9)PREMA Semiconductor.(6)Princeton Technology Corp(15)QX Micro Devices Co.,Ltd.(8)Recom International Power(7)Renesas Technology Corp(308)Richco, Inc.(1)Richtek Technology Corporation(119)RICOH electronics devices division(2)Rohm(196)SamHop Microelectronics Corp.(2)Samsung semiconductor(1)Sanken electric(12)Sanyo Semicon Device(3)SCHOTT CORPORATION(16)Seaward Electronics Inc.(6)Seiko Instruments Inc(3)SEMPO ELECTRONIC Limited(9)Semtech Corporation(80)SG Micro Corp(3)Shanghai awinic technology co.,ltd(1)SHANGHAI BELLING CO., LTD.(34)Shanghai Consonance Electronics Incorporated(2)Shanghai Shunye Electronics Co.,Ltd.(1)SHENZHEN FUMAN ELECTRONICS CO., LTD.(13)Shenzhen Guan Hua Wei Ye Co., Ltd(7)Shenzhen Huazhimei Semiconductor Co., Ltd(166)Shenzhen SI Semiconductors Co.,LTD.(7)Shenzhen Tianyuan Semiconductor Co., Ltd.(24)Shenzhen Winsemi Microelectronics Co., Ltd(23)Shenzhen X-Powers Technology Co ., Ltd(2)Shenzhenshi YONGFUKANG Technology co.,LTD(18)SHOUDING Shouding Semiconductor(10)SIFIRST TECHNOLOGIES NANHAI LIMITED(2)SiGe Semiconductor, Inc.(10)Silan Microelectronics Joint-stock(1)Silicon Laboratories(2)Silicon Mitus, Inc.(28)Silicon Standard Corp.(1)Silver Telecom 2019(2)Sipex Corporation(68)Skyworks Solutions Inc.(11)Sony Corporation(5)SparkFun Electronics(1)STMicroelectronics(86)Summit Microelectronics, Inc.(1)Supertex, Inc(7)SYNC POWER Crop.(3)Taiwan Memory Technology(1)Taiwan Semiconductor Company, Ltd(56)TDK Electronics(2)TECHCODE SEMICONDUCTOR, INC.(20)TEXAS ADVANCED OPTOELECTRONIC SOLUTIONS(2)Texas Instruments(811)Texas Instruments(708)THine Electronics, Inc.(10)Tiger Electronic Co.,Ltd(2)Torex Semiconductor(2)Toshiba Semiconductor(21)Touchstone Semiconductor Inc(3)Tripp Lite. All Rights Reserved(3)
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搜索关键字 : 'BUCK-BOOST' - 的资料共: 86 (1/5) Pages

制造商	部件名	数据表	功能描述
STMicroelectronics	STEVAL-ILL079V1	235Kb/4P	Negative buck-boost topology March 2016 Rev 1
	STBB1XX	1Mb/20P	Buck-boost DC-DC converter February 2009 Rev 1
	AN1894	310Kb/14P	BUCK-BOOST CONVERTER REFERENCE BOARD
	STBB1-AXX	1Mb/24P	Buck-boost DC-DC converter October 2014 Rev 4
	AN2837	543Kb/12P	Positive to negative buck-boost converter
	AN2359	368Kb/18P	Double output Buck-Boost converter with VIPerX2A
	STCF07	505Kb/26P	High power buck-boost white LED driver
	AN1514	265Kb/17P	buck-boost converter using VIPer12A-E/22A-E
	STEVAL-ISA096V1	238Kb/4P	Auxiliary power supply in buck-boost topology based on the Viper06
	STBB3J	1Mb/25P	2 A, high efficiency single inductor buck-boost DC-DC converter
	STBB2	2Mb/25P	800 mA 2.5 MHz, high efficiency dual mode buck-boost DC-DC converter
	AN2389	148Kb/16P	An MCU-based low cost non-inverting buck-boost converter for battery chargers
	STBB1-APUR	1Mb/22P	1 A, high efficiency single inductor dual mode buck-boost DC-DC converter
	AN4314	2Mb/31P	25 W wide-range high power factor buck-boost converter demonstration board using the L6564H
	STBB3JCC	2Mb/27P	2 A, high efficiency single inductor buck-boost DC-DC converter and high brightness WLED driver
	AN2627	332Kb/19P	ST8R00 syncronous boost
	STEVAL-ILL064V1	188Kb/4P	BB- boost topology August 2014 Rev 1
	STEVAL-ISA109V1	78Kb/4P	800 mA, 3 MHz, high efficiency dual mode buck-boost DC-DC converter based on the STBB2 Data brief October 2012 Rev 1
	STEVAL-ISA109V2	249Kb/4P	800 mA, 3 MHz, adjustable output high efficiency dual-mode buck-boost DC-DC converter based on the STBB2 April 2013 Rev 1
	STTH806DTI	42Kb/5P	Tandem 600V HYPERFAST BOOST DIODE

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什么是 BUCK-BOOST

在电子设备中，“ Buck-Boost”是一个用来描述用于功率转换的DC-DC转换器电路的术语。

降压电路具有下降或增强输入电压的能力，并且是一种有用的功率转换形式。

降压电路用于在高输入电压情况下将输出电压保持所需的水平。

该电路由各种电子组件组成，例如电感，二极管，开关和电容器。

在“降压”模式下，输入电压很高，可降低输出电压。

在此模式下，通过开关定期切断输入电压，并将能量作为通过电感器的输出电压存储和提供。

这使您可以降低电压。

在“ Boost”模式下，降低输入电压以增加输出电压。

在此模式下，可以使用开关将存储在电感器中的能量提供给输出电压，并且可以增加电压。

降压电路可以灵活地响应输入电压波动，并用于各种应用中，包括电池充电系统，太阳能逆变器和电动汽车充电系统。

在需要电源转换和电压控制的情况下，该电路是一种有效且有用的电子组件。

*此信息仅供一般参考，对于因上述信息造成的任何损失或损害，我们概不负责。

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