P2304UALTP Datasheet/PDFThyristors are a type of semiconductor switches which are known for their robust operation when exposed to high levels of electrical stress. The P2304UALTP is a unidirectional low-power rectifying television set thyristor, designed to provide reliable switching or rectifying protection in modern television sets. The device functions by using thyristor technology to ensure fast switching times while keeping to the minimum the possibility of damage to adjacent circuit components due to overheating.
The P2304UALTP is an excellent choice when retrofitting an existing television system due to its low voltage drop, low stand-by power consumption, and low output capacitance. The TVS+ has been engineered to safely switch from one input voltage level to another without any additional heat loss along the lines, thus ensuring the most efficiency and the highest possible protection against voltage transients and spikes. The P2304UALTP also offers superior heat-dissipating characteristics due to its low thermal resistance and optimized p-n junction.
The P2304UALTP series is a low-power television thyristor suited for consumer digital television broadcasting. It provides low-level protection against voltage transients and lightning-induced voltage surges on power lines caused by surges from a wide spectrum of domestic and industrial sources. Its fast switching time boosts protection against a broad range of high-current transients and voltage spikes, while its low-leakage current ensures that the maximum load current is limited according to the manufacturers\' specifications.
The P2304UALTP thyristor employs Avalanche free Reverse Standby (AFRS) techniques to reduce power consumption and heat generation. These techniques ensure that the thyristor does not enter into a reverse conduction state under reverse bias condition. AFRS also increases the stand-by power efficiency and reduces the conduction losses.
The core features of the P2304UALTP thyristor are excellent reverse-polarity protection, low stand-by power loss, fast switching speed, superior heat-dissipation, reverse voltage protection, and low output capacitance. The device is suitable for most of the consumer digital television broadcasting requirements and can be used as a protection device for various equipments and systems exposed to high voltages.