SMAJ4736A-TP

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The SMAJ4736A-TP is a single Zener diode that can be used in a variety of applications. It has a maximum power dissipation of 600mW and a wide operating temperature range of -65 to +150 C. This particular device is designed to offer superior performance in a small form factor. It is also RoHS compliant and halide free, making it safe for use in consumer and industrial applications.

The primary application of the SMAJ4736A-TP is for the protection of equipment from over-voltage or reverse polarity conditions. It provides a regulated voltage across its 2 terminals with a high level of accuracy and stability. This allows it to be used in a variety of system protection circuits including: power supply protection, high voltage DC to AC inverters, and motor controllers. Additionally, it can also be used for circuit noise suppression or general voltage regulation or stabilization.

The working principle employed by the SMAJ4736A-TP is typical of most Zener diodes. The reverse breakdown voltage is determined by the glass encapsulated body and is independent of the applied current. The current through the diode increases exponentially as soon as the reverse bias voltage reaches the breakdown voltage of the device. This creates a highly stable voltage that can be used to regulate and protect other electronic components in a circuit.

In applications that require a voltage lower than the Zener breakdown voltage, the device can also be used in a clamped configuration. This allows for an improved maximum voltage limitation of the voltage source and an enhanced level of protection for the connected device.

The SMAJ4736A-TP is an excellent choice for a variety of applications. It is relatively large compared to most single Zener devices, but the improved performance more than makes up for its size. With its wide operating temperature range and its RoHS compliance, it is the ideal choice for most applications currrently on the market. It is also sure to be a popular choice in the years to come, due to its enhanced performance and reliability.

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