クラウドの電力

コンピューティングおよび接続性は、インフラストラクチャ、すべてのプロセッサ、メモリ・バンクの重要な部分で、ワイヤレスのベース・ステーションに電力が必要になります。これらの機能がクラウドに入れられると、効率性と信頼性がますます重要になります。

オン・セミコンダクターの AC-DC 変換、多相変換、ポイントオブロード・サプライ、およびホットスワップ保護のソリューションは、クラウド・インフラストラクチャへの電力に必要なすべての電力範囲および機能をサポートします。ベース・ステーション、企業サーバ、データセンタを問わず、オン・セミコンダクターには、現代世界のデータに電力を供給する技術、信頼性、アプリケーション知識があります。

クラウドの電力

Datenverarbeitung und Konnektivität sind entscheidende Bestandteile unserer Infrastruktur, und jeder Prozessor, jeder Speicher und jede Mobilfunk-Basisstation braucht eine Stromversorgung. Mit der Verlagerung dieser Funktionen in die Cloud gewinnen Effizienz und Zuverlässigkeit noch mehr an Bedeutung.

Die Lösungen von ON Semiconductor für die AC/DC-Umwandlung, die mehrphasige Umwandlung, Point-of-Load-Stromversorgungen und Hot-Swap-Schutz unterstützen den gesamten Leistungsbereich und die vielfältigen Funktionen, die zur Versorgung der Cloud-Infrastruktur erforderlich sind. Ob es um Basisstationen, Enterprise-Server oder Rechenzentren geht - ON Semiconductor hat die Technologie, die Zuverlässigkeit und das anwendungsspezifische Wissen für die Datenversorgung in der modernen Welt.

ワイドバンドギャップ

ON Semiconductor offers a complete Wide Band Gap portfolio of SiC & GaN discretes, modules, and drivers.

補助電源

オン・セミコンダクターは、拡大する 48 V 互換ファミリを含め、幅広い電圧および電源要件に対応する広い PoL デバイスおよびリニア・レギュレータのポートフォリオを提供しています。

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コア電源

マイクロプロセッサや生活のデータを高速処理する GPU ブレインは困難な動的負荷です。多相電源は、負荷全体の効率が上がり、幅広いアプリケーションでコンピューティングの反応が速くなります。

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ホットスワップ

ホットスワップ・メモリ、ドライブ、その他の周辺機器に対する能力は、サーバ、コンピューティング、テレコム・ハードウェアの重要な機能性です。オン・セミコンダクターの負荷スイッチおよび eFuse ポートフォリオは、ホットスワップ・コントローラと MOSFET を 1 つのデバイスに統合して、使いやすくコンパクトで効率的なソリューションを提供します。

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Gate Driver Solutions

Every switch needs a gate driver. Gate Driver Products are the interface between control signals (from a digital or analog controller) and power switches (IGBTs, MOSFETs, SiC MOSFETs, and GaN HEMTs). Their additional functions can include level shifting, isolation, fault sensing and signal conditioning. We offer a broad selection tailored for a variety of power switches, topologies and applications. ON Semiconductor’s diverse portfolio of gate drivers contains the right solution for a range of systems including Automotive, Industrial, Cloud and Telecom applications.

Gate Driver Products

*Click on the products in the table to learn more.

Configuration		20-36V	100-300V	600-700V	900V	1200V
Single Channel	Low-side
Single Channel	High-side
Dual Channel	Low-side
	High-side
	High-side and Low-side
	Half-bridge
4 Channel	Full-bridge
6 Channel	Three-phase

Gate Driver Categories

Design Resources - Evaluation Boards

Gate Driver Plug and Play >

SECO−GDBB−EVB is a baseboard conceived for use as a plug and play environment for testing various types of gate drivers. The board enables to feed the drivers with the same control signal under same conditions and compare their capabilities. It is set up to accommodate up to six driver boards (daughter boards) designed to test gate drivers functions and features (all driver boards are pin compatible with baseboard).

Main PCB Structure

Daughter Mini Board Structure

Featured Daughter Cards

Type	Device	Evaluation Board	Evaluation Boards User's Manual
Mother Board	SECO-GDBB-GEVB: Gate drivers plug-and-play ecosystem	Gate drivers plug-and-play ecosystem	Download
SiC MOSFET Driver	NCP51705: SiC MOSFET Driver, Low-Side, Single 6 A High-Speed	NCP51705 Mini SMD Evaluation Board	Download
MOSFET Driver	NCP51530: High Performance, 700 V- 3.5/3.0 A High and Low Side MOSFET Driver	NCP51530 Half Bridge Evaluation Board	Download
IGBT Driver	NCD57000: Isolated high current and high efficiency IGBT gate driver with internal galvanic isolation	NCD57000 Evaluation Board	Download

See all available daughter cards

Gate Driver Category by Isolation

Non-Isolated >	Junction Isolated >	Galvanic Isolated >
Single or Multiple Channel Cheapest, simple solution for many applications where only a low-side driver is needed	High Side, High/Low, High/Low and Half Bridge and Three-Phase Floating HV well From LV to 1200V breakdown voltage	Normally needed in very high power/high voltage systems and Single Phase Three options: Optical, Inductive, Capacitive

Non-Isolated >

Junction Isolated >

Galvanic Isolated >

Single or Multiple Channel
Cheapest, simple solution for many
applications where only a low-side driver
is needed

High Side, High/Low, High/Low and Half Bridge
and Three-Phase
Floating HV well
From LV to 1200V breakdown voltage

Normally needed in very high power/high voltage
systems and Single Phase
Three options: Optical, Inductive, Capacitive

Applications
Automotive Industrial Systems Consumer Devices	Appliances Consumer Devices Power Tools Auxilliary Automotive Motors, Systems Offline Power (Lighting)	Automotive Traction Inverters Industrial Drive Server Rack Power Solar and Energy Storage

Applications

Gate Driver Isolation Options

Single Isolated

Galvanic isolation is provided in the gate drive PWM logic signal from the controller using a part such an optocoupler or digital isolator. Then the isolated PWM signal is fed to the gate driver to turn on and off the switch.

Characteristics:

Not commonly used
Layout can be complex due to extra IC's
Decoupling Caps extra cost
GND noise Common Mode choke could be required
APPS-Low to Med Power; Afterthought Isolation need it if long cables are used

Junction Isolation

A junction isolated gate driver does not provide true galvanic isolation. A semiconductor junction in the driver allows a floating well to rise and fall with the switch node, and therefore be able to control the high side gate.

Characteristics:

Low cost
Easy layout
Need to select Boost Diode and Cap with care for speed/ratio noise
Possible Cap needed for cross-coupling reduction due to NO galvanic Isolation
APPS-DC-DC; PFC; Small-Med Motor drivers; Consumer Appliances; Med Power UPS<3KW

Galvanic Isolation

Galvanic isolation allows power or signal transfer between two electrical circuits without a shared current flow (circuits separately grounded). This can increase the reliability and safety of power systems and protects sensitive circuits from transients.

Inductive / Coreless transformer

The magnetic field coupling between inductors carries the signal across the isolation boundary.

Capacitive Isolation

The electric field between parallel plates (capacitor) carries the signal across the isolation boundary.

Optocoupler

Photons from an LED are detected by a photdiode to transmit the signal across the isolate boundary.

Characteristics:

IC is complex; all Intergrated
Full protection features
Higher cost/Highest safety
Ease of Layout, no extra components
APPS-High Power AC/BLDC Motors; Industrial SMPS; Solar Inverters; High Power UPS>3KW

サーバラック電源

データセンタの規模、密度、数が急速に拡大し、ますます効率性が必要になっています。データセンタの最大の運用コストは電気代です。配電アーキテクチャのすべてのステージで電力変換効率を高めることは、費用の削減に重要な要素です。人工知能、マシン間の接続、クラウド・コンピューティングのようなアプリケーションの出現により、48 V バックプレーンへの適用の問題に加え、ラック電源密度の必要性が高まっています。

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