VS-ST230S12P0VPBF

Current - On State (It (RMS)) (Max):	360A
Supplier Device Package:	TO-209AB (TO-93)
Package / Case:	TO-209AB, TO-93-4, Stud
Mounting Type:	Chassis, Stud Mount
Operating Temperature:	-40°C ~ 125°C
SCR Type:	Standard Recovery
Current - Non Rep. Surge 50, 60Hz (Itsm):	4800A, 5000A
Current - Off State (Max):	30mA
Current - Hold (Ih) (Max):	600mA
Series:	--
Current - On State (It (AV)) (Max):	230A
Voltage - On State (Vtm) (Max):	1.55V
Current - Gate Trigger (Igt) (Max):	150mA
Voltage - Gate Trigger (Vgt) (Max):	3V
Voltage - Off State:	1.2kV
Part Status:	Active
Packaging:	Bulk

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Thyristors - SCRs A Thyristor SCR, otherwise called a silicon controlled rectifier, is a four-layer semiconductor gadget regularly utilized as a switch for business and family unit electric power control. Several various sorts of SCRs, and numerous types of associations, can be utilized to create control, exchange and other electrical works. The SCR, or "silicon controlled rectifier", is an electronic gadget comprising of four layers, or sections, of semiconductor material. The SCR is a type of thyristor and contains two semiconductors of a similar type arranged along a similar plane, just as two exchanging contacts and two littler exchange contacts, or "doorways". When the two exchanging contacts are open, the thyristor works like a traditional diode and gets AC control through the two exchanging contacts. Be that as it may, when the two littler contacts, put near the vehicle of the contraption, are activated through a compatible voltage, the thyristor gets to be dynamic, and acts to control the exchanges as they happen. The exchanging contact arrangement is the distinction between a "regular" thyristor and an SCR. Most SCRs comprise of one exchanging contact put close to the vehicle, and a second exchanging contact set somewhat further away. This arrangement enables the SCR to react to voltage changes in its environment, while at the same time controlling these changes.The most widely recognized kind of SCR is the VS-ST230S12P0VPBF, otherwise called a 3-section SCR. The 3-phase SCR is particularly intended for use in high control exchanging applications. This gadget is regularly used to control electrical contactors, rotational engines, transformers, and even entrancing starter engines to control the turn of an electric engine.The way that the SCR works relies on upon its application. For instance, if it is utilized to control an electrical contactor, it will switch off the electrical circuit at whatever point its contacts close, and will switch it on when the contacts open. In a 3-section motor control application, the SCR can be utilized to give the engine a push when beginning then turn its speed.The operation of the SCR can likewise be clarified by utilizing a few basic outlines and equations. The first change in the current stream through the SCR happens when the voltage over its exchanging contacts surpasses its switch tallness, or Tv. At the point when this occurs, the SCR enters the "on" state, which causes a current stream from the anode to the cathode and makes the over voltage on the exchanging contacts irrelevant. At this point, the gadget is said to be "formally exchanging". When the voltage over its exchanging contacts diminishes underneath its change tallness, this damages the SCR and breaks its current stream, bringing the gadget back to the "off" state.The change tallness of the gadget can be controlled by changing the current streaming through its exchanging contacts, or by utilizing a resistor as a printed circuit board expert to set the voltage. Furthermore, the exchanging recurrence of the device can be changed by changing the voltage over its exchanging contacts, or by changing its load inferable from its switching.SCRs are amazingly solid gadgets and are more averse to neglect than different sorts of switches. This makes them particularly valuable for high-present protection and control applications. By utilizing an SCR for exchanging activities close to the source of the current, the amount of current going through the real exchanging contact is fundamentally diminished, subsequently expanding its life.In spite of the fact that SCRs are normally utilized as switches, they can likewise be utilized for more different applications, for example, voltage controlling and exchange regulating, as a part of a composed circuit. For instance, a few engineers have utilized them as a part of closed-circle control frameworks to guarantee that the current coursing through the framework is held to a predetermined level.On the in general, SCRs have picked up acknowledgment as an answer for huge electrical utility and assembling issues. With their adaptability and solidness, they are especially appropriate for high-control exchanging and other electrical control activities. Since they react rapidly to voltage changes, they can be utilized to treat voltage variances in zones of vast control utilization. They can likewise be joined with other electrical parts, for example, diodes and capacitors to make an all encompassing control arrangement, which gives enhanced execution and unwavering quality.

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