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Shortcut   BT151(163) recommended result.
Match, Like  BT151(12) BT151B(1) BT151F(2) BT151M(1) BT151S(3) BT151X(1) HBT151(1) SBT151(1)
Start with  BT151*(136) BT151-*(58) BT1515*(1) BT151B*(3) BT151F*(9) BT151G*(6) BT151L*(6) BT151M*(3) BT151S*(18) BT151U*(7) BT151X*(15) BT151Y*(2)
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Included  *BT151*(12) *BT1510*(10)
Manufacturer


BT151 Datasheet, PDF

Search Partnumber : Match&Start with "BT151" - Total : 149 ( 1/8 Page)
ManufacturerPart #DatasheetDescription
logo
NXP Semiconductors
BT151 PHILIPS-BT151 Datasheet
43Kb/6P
   Thyristors
September 1997 Rev 1.200
logo
HAOPIN MICROELECTRONICS...
BT151 HAOPIN-BT151 Datasheet
464Kb/5P
   Blocking voltage to 800 V
logo
Unisonic Technologies
BT151 UTC-BT151 Datasheet
189Kb/5P
   BT151
BT151 UTC-BT151 Datasheet
211Kb/5P
   SCRS
logo
Comset Semiconductor
BT151 COMSET-BT151 Datasheet
172Kb/3P
   THYRISTORS
logo
First Components Intern...
BT151 FCI-BT151 Datasheet
92Kb/2P
   12 Amp Silicon Controlled rectifiers all conduction angles
logo
NXP Semiconductors
BT151 NXP-BT151 Datasheet
110Kb/8P
   Thyristors
April 2004
logo
JILIN SINO-MICROELECTRO...
BT151 JSMC-BT151 Datasheet
405Kb/7P
   Half AC switching
logo
DIYI Electronic Technol...
BT151 DYELEC-BT151 Datasheet
2Mb/5P
   Typical applications include motor control
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Foshan Blue Rocket Elec...
BT151 FOSHAN-BT151 Datasheet
1Mb/6P
   Thyristor in a TO-220 Plastic Package
logo
Inchange Semiconductor ...
BT151 ISC-BT151 Datasheet
191Kb/1P
   isc Thyristors
logo
NXP Semiconductors
BT151 NXP-BT151 Datasheet
161Kb/11P
   SCR, 12 A, 15mA, 650 V, SOT78
Rev. 05-27 February 2009
BT151-1000RT NXP-BT151-1000RT Datasheet
70Kb/12P
   12 A thyristor high blocking voltage high operating temperature
Rev. 01-6 August 2007
logo
WeEn Semiconductors
BT151-1000RT WEEN-BT151-1000RT Datasheet
306Kb/12P
   SCR
logo
NXP Semiconductors
BT151-500 PHILIPS-BT151-500 Datasheet
43Kb/6P
   Thyristors
September 1997 Rev 1.200
logo
Tiger Electronic Co.,Lt...
BT151-500 TGS-BT151-500 Datasheet
75Kb/1P
   Triacs sensitive gate
logo
Inchange Semiconductor ...
BT151-500 ISC-BT151-500 Datasheet
141Kb/1P
   isc Thyristors
logo
New Jersey Semi-Conduct...
BT151-500 NJSEMI-BT151-500 Datasheet
84Kb/1P
   Thyristors
logo
List of Unclassifed Man...
BT151-500 ETC2-BT151-500 Datasheet
2Mb/31P
   SEMICONDUCTORS
logo
NXP Semiconductors
BT151-500C NXP-BT151-500C Datasheet
43Kb/6P
   Thyristors
April 2004 Rev 1.000

12 3 4 5 6 7 8


12 3 4 5



BT151 Distributor

DistributorPart #ManufacturerDescriptionPriceQty.
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Brief Description of BT151


The BT151 is a popular thyristor or silicon-controlled rectifier (SCR) semiconductor device known for its use in switching and controlling high-voltage and high-current applications, particularly in power control and industrial systems. Here are some key features and specifications of the BT151 SCR:

Type: The BT151 is a bidirectional thyristor, which means it can handle both positive and negative voltage cycles, making it suitable for AC applications.

Voltage Rating: The BT151 is available in various voltage ratings, typically from around 200V to 800V or higher. The specific voltage rating depends on the part number and manufacturer.

Current Rating: The BT151 comes in various current ratings, typically ranging from 4A to 40A or more. The current rating is a crucial parameter for determining its suitability for a specific application.

Gate Trigger Current (Igt): The BT151 requires a gate current (Igt) to be applied to the gate terminal to turn it on. The Igt rating may vary depending on the specific BT151 model and manufacturer.

Gate Trigger Voltage (Vgt): The BT151 requires a gate trigger voltage (Vgt) to turn on. The Vgt rating is typically specified in the datasheet.

Package: The BT151 is typically available in TO-220 or TO-220AB packages, which provide good thermal performance and facilitate mounting to heatsinks for cooling.

Applications: The BT151 SCR is commonly used in a wide range of applications, including motor control, lamp dimming, phase control, heating elements, and other high-power AC switching applications.

Heat Dissipation: Like other high-power semiconductors, the BT151 can generate heat during operation, so proper heat management, including heatsinking, may be necessary for high-power applications.

Forward Voltage Drop (Vf): The BT151 has a relatively low forward voltage drop when it's in the conducting state, but the actual value may vary with operating conditions.

*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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