V26MLA1206T

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The V26MLA1206T is a metal oxide varistor, or a voltage-dependent resistor (VDR), which is commonly used to protect circuits against transient voltage surges. It works by redirecting and absorbing excess current when a voltage spike occurs in a circuit, preventing its destructive effects from reaching the vulnerable components of the electronic device. The varistor is also known as a Transorb, and is a key component in transient voltage suppression (TVS) solutions.

The V26MLA1206T is an epoxy-encased, surface mount varistor with a 1206 footprint. It is a MOV, or a Metal Oxide Varistor, which is a temperature-sensitive, non-linear device with a PTC (positive temperature coefficient) characteristic that is designed to protect against electrostatic discharge. Its characteristics and small size make it suitable for a variety of applications in consumer electronics, industrial automation, automotive, aerospace, and medical devices. Its main advantages are its high energy dissipation, low leakage current, and enhanced ESD protection.

The V26MLA1206T MOV is characterized by a relatively low clamping voltage, which makes it well-suited for applications that require a wide operating temperature range, from -40 to +85°C. With its flat voltage and non-linear current characteristics, the V26MLA1206T offers excellent surge handling capability, overvoltage protection, and ESD susceptibility protection. It can also be used for ‘back-to-back’ protection, or paired with another series varistor in order to provide an additional layer of overvoltage protection.

The wide variety of applications of the V26MLA1206T MOV, include, but are not limited to, automotive electronics, consumer electronics, smart meters, medical devices, and industrial networking and communication systems. It can be found in applications such as power supplies and power converters, Motor Control Centers, pulse-width modulated motor controller, automobile control systems, and surge RS-232 interfaces.

The working principle of the V26MLA1206T MOV is relatively simple. When the varistor is exposed to a voltage spike, the voltage across its terminals rises, causing it to become non-linear and reduce the flow of current. This limits the voltage and current that will reach the sensitive components of the device it is protecting, and helps to protect them from potential damage.

The V26MLA1206T MOV offers optimum safety and efficiency when incorporated into electronic designs, and is well suited to a wide range of uses. It is an ideal solution for providing transient voltage surge and overvoltage protection for a variety of applications; from consumer electronics, to automotive and industrial systems.

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