Q8016NH4TP

Thyristors - TRIACs

TRIACs are a popular semiconductor component used in many tasks in which two or more loads must be switched on and off in phase. The Q8016NH4TP is a 4A 600V TRIAC component with a unique design to provide maximum performance in switching applications. The Q8016NH4TP is often used in systems requiring pulse control or dimming, where regular switching of two resistors or inductors with varying resistances, inductances and current ranges is needed. With a remarkable operating temperature range of -40 to 85 Celsius and a maximum junction temperature of 150 Celsius, it is suitable for use in almost any environment.

Application Field

The Q8016NH4TP has a variety of applications, the most common being home appliance, heating, air conditioning and fan control systems. It is especially popular in dimming and pulse control applications, as it has the ability to switch between two resistors with varying resistance and current range at an extremely fast response time. In these types of applications, the Q8016NH4TP has been proven to be especially effective, as it is able to switch between the two resistors within a few microseconds, allowing for precise control over the current level. Similarly, the Q8016NH4TP is also often used in high speed data and light transmission applications, where its fast response time and low power consumption enable it to be integrated into sensitive systems, such as mobile phone transmissions.

Working Principle

The Q8016NH4TP makes use of a bidirectional switching mechanism to control the current. When turned on, the component switches the current between two resistors, allowing the current to rise or fall depending on the resistance of the two resistors. The component also effectively acts as a power regulator, as it reduces the amount of power required from the source by controlling the output current more precisely. The component also acts as a current regulator, ensuring the current remains steady even when temperatures and voltages fluctuate.

The component also uses a gate voltage to control the device. This gate voltage is used to control the component\'s switching characteristics, allowing for greater control over the current level and response time. The device also has a running current rating of 4 Amperes, meaning it is suitable for applications that require high current levels, such as motor control. The component also has a maximum Hold-On Voltage of 600V and a peak forward surge current of 10.8A, which make it suitable for use in high voltage applications.