SK14-LTP Discrete Semiconductor Products

The SK14-LTP (Low-Temperature Poly Silicon), or simply poly silicon diode, is a popular single-phase rectifier diode employed by many applications, but most prominently used in TV and radio broadcast systems, computer and telecommunication equipment, as well as vehicles; in solar energy and electric power systems, it is commonplace in renewable energy equipment such as wind-diesel and solar cell systems. The poly silicon diode is designed to provide superior performance in a variety of situations, from its impressively low forward voltage drop to its excellent surge handling capability.

The poly silicon diode is a uniquely designed electronic component with its distinctive working principle, which is quite the marvel – when electric current passes through it, the diode behaves like a one-way valve: electric current that is directed in the direction of its anode (cathode connected to the power source) will pass through, while current directed in the direction of the source will be blocked.

The SK14-LTP poly silicon diode is an ideal choice as a single-phase rectifier diode due to its properties, such as its uniquely low forward voltage drop and excellent surge handling capability, making it an apt choice in electric power systems and TV and radio broadcast systems. It is also one of the most robust and reliable rectifier diodes available, with its excellent temperature coefficient and temperature characteristics, making the SK14-LTP an ideal solution for any application, whether in electric power systems or renewable energy equipment.

The SK14-LTP is an incredibly useful single-phase rectifier diode for applications within solar, wind and hydro power systems, providing reliable performance with its superior surge capability and temperature coefficient, as well as its low forward voltage drop, making it perfect for systems where higher power handling is required. Additionally, its temperature characteristics are excellent over a large range, allowing for long-term stability and maximum efficiency.

The SK14-LTP operates within an incredibly wide range of temperature, from -50 to +105 Celsius, and its reverse voltage is an impressive 200V. What’s more, the diode is extremely resistant to surge currents and static control, providing superior protection in any application and resisting even the strongest storms and power surges. The current rating is equally impressive, ranging from 50 to 200mA, making the SK14-LTP a perfect solution for both large and small scale electrical applications.

To optimize performance, the SK14-LTP poly silicon diode is equipped with its distinctive anode-to-cathode characteristics, which is engineered to permit fast current switching and voltage dropping, while still providing an exceptionally low drop over a wide range of temperature. This trait is especially useful for electric power systems, where the fast switching characteristic of the device is optimized for maximum efficiency.

The SK14-LTP poly silicon diode delivers superb performance for a multitude of applications, providing users with the flexibility and reliability they need for any task. With its low forward voltage drop and excellent surge handling capability, the diode is the ultimate solution for devices with high power demands, electric power systems, or even renewable energy equipment.