K3000F23

Series:	--
Packaging:	Bulk
Part Status:	Obsolete
Voltage - Breakover:	270 ~ 330V
Current - Breakover:	10µA
Current - Hold (Ih) (Max):	150mA
Current - Peak Output:	1A
Operating Temperature:	-40°C ~ 125°C (TJ)
Package / Case:	TO-226-2, TO-92-2 (TO-226AC)
Supplier Device Package:	TO-92

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Thyristors - DIACs, SIDACs

The K3000F23 is a thyristor designed for general purpose applications. It is a sensitive gate four-layer, silicon controlled rectifier (SCR) that has a wide range of applications in the industrial, aviation, military, and space industries. This type of thyristor is used in the control of various equipment, such as amplifiers, motor speed controls, heat detectors, a variety of switches, regulators, and other types of digital systems. This article will discuss the K3000F23 application field and working principle.The K3000F23 is a four-layer thyristor with a relatively low turn-on voltage. It is also a sensitive-gate thyristor that is capable of operating at a voltage of 7 Vdc and above. It has a maximum current capacity of 25 A and a maximum junction temperature of 200 C. As a result, the K3000F23 is suitable for applications requiring high-current and high-speed operation. Additionally, the K3000F23 is designed with integrated short-circuit protection and is capable of withstanding the rated off-state voltage.The K3000F23 is designed to be used in a variety of different applications. For example, it is used in AC power switching and in the control of alternating current voltage regulators, as well as for detection of temperature changes and for controlling overcurrent and overvoltage in electronic systems. This type of thyristor is also frequently used in motor starters, speed controllers, overload relays, and utility meters.The K3000F23 can be used as a DIAC (diode-controlled AC switch) or a SIDAC (silicon-controlled AC switch). The DIAC can be used to detect and sense temperature changes and to control overcurrent and overvoltage in electronic circuits. In addition, the DIAC can be used in AC power switching applications. The SIDAC, on the other hand, is a semiconductor device that is capable of providing control of alternating current power. It is commonly used in applications such as motor starters, speed controllers, and overload relays.To understand the working principle of the K3000F23 thyristor, it is important to understand how a traditional SCR works. An SCR is a four-layer semiconductor device that requires two terminals in order to operate. Typically, one terminal (the gate) is used to supply the device with a triggering current, while the other two terminals (the anode and cathode) are used to supply and control the current flow through the device. The gate voltage controls the on/off state of the SCR by influencing the device\'s internal junction capacitance, thus changing its mode of operation from blocking (non-conductive) to conducting (regulating). The K3000F23 is designed to be used as both a DIAC and a SIDAC. As a DIAC, the K3000F23 is designed to detect temperature changes and can also be used for control of alternating current power. As a SIDAC, the K3000F23 is designed to control the current flow through the device, allowing it to be used in applications such as motor starters, speed controllers, and overload relays. In summary, the K3000F23 is a four-layer thyristor with a low turn-on voltage. It has application fields ranging from power switching to temperature detection and is capable of withstanding rated off-state voltages. The K3000F23 can be used as a DIAC or SIDAC, and its working principle is based on the traditional SCR. The K3000F23 is an ideal choice for a variety of applications that require high-current and high-speed operation.

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