3SMAJ5928B-TP Discrete Semiconductor Products

Diodes - Zener - Single

The 3SMAJ5928B-TP is a single diode from the Zener diode family. It is designed to provide a low voltage, low power solution, commonly used as a voltage reference and/or as a low current clamping device. It has a reverse-voltage breakdown of 5.9 V and a maximum power dissipation of 200 mW. This device is well suited for general-purpose applications, such as voltage and current regulation and voltage switching.

Zener diodes are special class of diodes designed to have a large amount of reverse breakdown voltage, allowing them to be used as voltage references. As a voltage reference, the 3SMAJ5928B-TP can provide a stable reference voltage to other components in the circuit. It is also commonly used in low frequency current limit protection circuits. It functions as a low current clamping device, allowing for current flowing in one direction but blocking current flowing in the opposite direction.

The 3SMAJ5928B-TP has a standard semiconductor diode construction, with two electrodes and a rectifying channel between them. In a reverse polarity, the Zener diode will start to break down at the Zener voltage, providing a voltage reference point. As current increases the voltage across the Zener diode will remain relatively steady, giving it a negative temperature coefficient – which helps in regulating the voltage in the presence of varying temperature.

The 3SMAJ5928B-TP is designed to withstand up to 5.9V of reverse voltage, with a maximum power dissipation of 200mW. This makes it suitable to use in a wide range of applications such as voltage regulation, voltage switching, low frequency current limit protection, and voltage clamping. It is ideal for use in low voltage, low power applications.

The 3SMAJ5928B-TP is a single Zener diode with a reverse voltage breakdown of 5.9V and a maximum power dissipation of 200 mW. It is well suited for general-purpose applications, such as voltage and current regulation, voltage switching and low frequency current limit protection circuits. It can provide a low voltage, low power solution to a variety of applications, and is ideal for use in low voltage, low power applications.