SS36 | diode | datasheet | equivalent Fairchild Semiconductor

’79 Tokai SS36 Silver Star

SS36 Schottky Diode

Welcome to Kasuo Electronics Technology! Today we would like to introduce you to the SS36 Schottky Diode. As a high performance Schottky diode, the SS36 offers the following key advantages:

Low Forward Voltage Drop: Ensures high efficiency and low power consumption.

Fast Recovery Time: Ideal for high-speed switching circuits, improving overall efficiency.

High Reverse Voltage Tolerance: Maintains stability even in harsh conditions.

Excellent Thermal Stability: Reliable performance across a wide range of temperatures.

At Kasuo Electronics Technology, we guarantee that every SS36 diode undergoes strict quality testing before shipment. We also provide detailed test reports, ensuring your projects are in safe hands. Choose Kasuo to power your electronic projects with reliability and precision! Contact us now for more information!

SS36 Pinouut

The ss36 is commonly used for its low forward voltage drop and fast switching capability. Below is a pinout description of the SS36 Schottky diode:

Pinout Details:

Anode: The positive terminal where current flows into the diode.

Cathode: The negative terminal where current exits, typically marked by the stripe on the package.

The SS36 is designed for use in high-efficiency power supplies, reverse voltage protection, and rectification in DC circuits.

SS36 Diode Equivalent

This is a table of ss36 and other types of components, they all have the role of rectification and protection circuits.

Picture	Name	Makers	Maximum Power	Maximum Current	Maximum Voltage	Package Type
	SS36	STMicroelectronics	2.5W	3A	60V	DO-214AB
	FR107	Vishay Intertechnology	1.3W	1A	1000V	DO-41
	SR360	Good-Ark	3.75W	3A	60V	DO-214AB
	MBR1100	ON Semiconductor	1.0W	1A	100V	SOD-123FL
	STPS3L60S	STMicroelectronics	1.5W	3A	60V	SMC
	UF4007	LRC	1.0W	1A	1000V	DO-41

Note:

In the tables of these models, it is necessary to choose according to the actual situation, as their parameters are different. For example, the maximum current and voltage of STPS3L60S are the same as SS36, but the maximum power is less than SS36. Therefore, before replacing SS36 with STPS3L60S, it should be ensured that the power in the circuit is not higher than 1.5W.