LSM315G/TR13

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The LSM315G/TR13 is a rectifier diode with a general purpose in applications like voltage protection, signal rectification, motor start, and more. This diode is efficient and reliable, with a reverse bias safe operating area (RBSOA) temperature-resistant up to 175oC. Its robust package makes it reliable under extreme environmental conditions, whether it’s operational at a high temperature or high vibration.

The LSM315G/TR13 is manufactured using a glass passivated, planar technology on a silicon chip with a molded plastic housing, which allows for efficient thermal performance. Its lead-frame is attached to the die, making it suitable for high power and thermal application. Additionally, its maximum rated peak reverse voltage (VRRM) is 100V, and the device is able to dissipate a maximum of 0.5 Watts of power.

The LSM315G/TR13 rectifier diode can be used as a general purpose diode with high surge current capabilities, due to its high reverse bias avalanche energy. This diode can also be used as a studio panel diode, with a forward voltage range between 0.7V to 2.6V, and forward current rating of 3 Amps. It also has low capacitance Junction to reduce turn-on and turn-off transition times. In addition, the LSM315G/TR13 is designed to operate in a wide range of temperatures, with lower operating temperature range of -55C and a maximum storage temperature range up to 125C.

Its applications include voltage protection, signal rectification, motor start, power supplies, bridges, or other system related applications. It is suitable for use in automotive and consumer electronics applications where reliability is key. The LSM315G/TR13 can handle high repetitive peak reverse voltage up to 2kV, and its higher junction temperature rating allows it to better meet the requirements of applications with higher junction temperatures.

The working principle of the LSM315G/TR13 is fairly simple. When forward biased, it allows current to flow from cathode to anode. This process is called the forward bias and it is what causes the diode to become an effective rectifier. When reverse biased, the junction acts as an open switch and will not allow current to pass from anode to cathode. This process is called reverse bias and is responsible for protecting components and other circuit devices.

In conclusion, the LSM315G/TR13 is an exceptionally efficient and reliable rectifier diode with a variety of applications ranging from voltage protection, signal rectification, and motor start. Its features make it an ideal choice for applications with higher junction temperatures and its proven track record of quality and performance make it a great choice for anyone looking for a reliable diode.

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