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2P4M SCR DATASHEET PDF

2P4M Datasheet, 2P4M 2A V Thyristor Datasheet, buy 2P4M. 2P4M is a solid state semiconductor device called Thyristor or SCR (Silicon Contr . Part Category: Trigger Devices Manufacturer: NEC Corporation Description: Silicon Controlled Rectifier, 4A I(T)RMS, V V(DRM), V V(RRM), 1 Element .

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2P4M SCR Thyristor V 2A

First understanding the working let us consider a simple application circuit for the device as shown in the circuit diagram below. After button B2 is released the device will again block the forward DC voltage and will wait for the gate pulse.

In addition Button 2 will scd close by default and will break the circuit once it is pressed.

As shown in graph the voltage appears across load after second trigger and this cycle of triggering and breaking continuous. Submitted by admin on 24 November Once the current is cutoff the charge stored in the device will dissipate and it will recover to its initial forward blocking state. How to use 2P4M SCR First understanding the working let us consider a simple application circuit for the device as shown in the circuit diagram below.

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So when B1 is pressed at a time T1 as shown in graph, SCR starts conducting and a voltage appears across the load as shown in the graph. Since the power supply is DC datashest SCR which was triggered ON will stay in conduction mode even after the gate voltage is removed after the device starts conducting.

This is due to the characteristics of the device as a SCR. Also in circuit, device Anode is connected to load and cathode is connected to second end of power source.

So under no trigger to the gate of the SCR i. Once this button is pressed the circuit loop will break and current flow though the device will become zero. This state continuous until a voltage pulse is give to scd gate of the device and this is possible when button B1 is pressed.

This way we have used the SCR as a switching device and in a similar way we can use in other applications. TL — Programmable Reference Voltage.

2P4M 2A V Thyristor

As show in graph once the button B2 is pressed the voltage across the load will become zero due to the loop break and the device will start recovering. Here V1 is the DC voltage source, a resistor type load is connected in series with SCR and Vg is the trigger voltage at the gate of the device.

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And to drop the current through the loop to zero we will press button B2. The device is designed to have highly sensitive trigger levels and is suitable for applications where available gate currents are limited. At initial state button B1 will be not pressed and in gate voltage absence SCR will be in non-conductive state. So until the button B1 is pressed again the load voltage will be zero. Now for recovering the SCR to its high resistance state the current flow though the device must be brought to zero for fraction of second.