SS1200-LTP Discrete Semiconductor Products

SS1200-LTP is a rectifier diode commonly used for its power conversion efficiency over a wide temperature range and its small physical size. The device is designed for use in high-frequency resonant circuits and is a popular choice for applications where low forward voltage drop and low thermal resistance are desired.

The SS1200-LTP diode features a low total power dissipation, fast switching, and excellent surge capability. It is capable of withstanding the passage of high-power level pulses without spectral content becoming distorted. Its mechanical construction includes a lead-free, ceramic body construction with a metallized ceramic cap and a lead frame connected by an epoxy solder joint.

The SS1200-LTP operates under three different modes. The first mode is forward conduction, which occurs when a current is applied to the device. This results in a low forward voltage drop and a low thermal resistance of 8.7mΩper the device\'s rated current of 2.0A. The second mode is reverse conduction, which occurs when a current is applied in the opposite direction to the device. This results in a reverse conduction voltage of 600V, as well as a surge current capability of 10A. The third mode is known as the avalanche mode, which occurs when the control voltage exceeds the breakdown voltage of the diode and causes the diode to experience an avalanche breakover.

The SS1200-LTP is also capable of withstanding high peak power ratings up to 100W, making it ideal for power converters and power supplies. Its fast switching speed and low reverse voltage make it suitable for use in pulsed and high-frequency applications. Additionally, the device offers excellent voltage regulation and surge protection capability.

The SS1200-LTP is an essential part of any power supply, enabling the efficient conversion of power from one form to another. Its reliability and performance make it ideal for use in high-power, high-frequency and surge applications and is an important consideration for those looking for cost-effective and reliable power conversion technology.