AVALANCHE Datasheet(PDF) - DSA9 - IXYS Corporation

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AVALANCHE Datasheet, PDF

Searched Keyword : 'AVALANCHE' - Total: 2110 (4/106) Pages

Manufacturer	Part #	Datasheet	Description
IXYS Corporation	DSA9	144Kb/2P	Avalanche Diode
Shenzhen Luguang Electr...	R2KN	289Kb/2P	Avalanche Diodes
Shenzhen Luguang Electr...	R2G	140Kb/2P	Avalanche Diodes
EIC discrete Semiconduc...	R2G	125Kb/2P	AVALANCHE DIODE Rev. 03:February 28, 2014
EIC discrete Semiconduc...	R2KY	130Kb/2P	AVALANCHE DIODE Rev. 03:February 28, 2014
IXYS Corporation	IXFA60N25X3	272Kb/6P	N-Channel Enhancement Mode Avalanche Rated Avalanche Rated
NXP Semiconductors	BYW54	46Kb/7P	Controlled avalanche rectifiers 1996 Oct 03
EIC discrete Semiconduc...	ABR1000	31Kb/2P	AVALANCHE BRIDGE RECTIFIERS
EIC discrete Semiconduc...	AKBP200	19Kb/2P	AVALANCHE BRIDGE RECTIFIERS
NXP Semiconductors	BAS11	42Kb/7P	Controlled avalanche rectifiers 1996 Sep 26
EIC discrete Semiconduc...	ABR2500W	43Kb/2P	AVALANCHE BRIDGE RECTIFIERS
ABB	5SDA16F3806	33Kb/2P	Avalanche Rectifier Diode
ABB	5SDA11D1702	33Kb/2P	Avalanche Rectifier Diode
EIC discrete Semiconduc...	ABR3500W	41Kb/2P	AVALANCHE BRIDGE RECTIFIERS
EIC discrete Semiconduc...	ABR5000W	41Kb/2P	AVALANCHE BRIDGE RECTIFIERS
NXP Semiconductors	1N5059	74Kb/7P	Controlled avalanche rectifiers 1996 Jun 19
STMicroelectronics	STL110NS3LLH7	701Kb/14P	High avalanche ruggedness April 2015 Rev 4
STMicroelectronics	STL140N4F7AG	927Kb/14P	High avalanche ruggedness February 2017 Rev 2
Micross Components	FFH50US60S	711Kb/3P	Avalanche Energy Rated
Fairchild Semiconductor	SSP4N80AS	192Kb/7P	Avalanche Rugged Technology

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What is AVALANCHE

In electronic components, avalanche can be used as a term for a kind of phenomenon.

In electronic components, avalanche refers to a phenomenon caused by a rapid increase in voltage or current.

Avalanche, which occurs mainly in semiconductor devices, can cause a sudden rise in current by spreading some current and affecting other parts.

This usually requires attention as it can generate unnecessary heat or damage the device.

Avalanche can be controlled or prevented using voltage regulation circuits or protection circuits.

For example, an undervoltage protection circuit or a clamping circuit can be used to limit avalanche from occurring.

In addition, measures to secure stability can be taken in consideration of the avalanche phenomenon in the design and manufacturing process of semiconductor devices.

Avalanche is one of the important factors to consider in the design and operation of electronic components.

Effectively managing and controlling them helps ensure the stability and reliability of electronic components.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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