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Jul 02, 2023

Top 4 Sidacs Manufacturers in the World

Silicon Diode for Alternating Current is a semiconductor device primarily used for overvoltage triggering and protection in electronic circuits. They can conduct current bi-directionally and have

Silicon Diode for Alternating Current is a semiconductor device primarily used for overvoltage triggering and protection in electronic circuits. They can conduct current bi-directionally and have two-terminal devices with similar voltage currents. SIDACs are used in applications where they have to provide rapid and precise switching during voltage spikes or surges. The manufacturing process involves the growth of silicon wafers and subsequent doping and etching steps to create the desired SIDAC structure.

Features of SIDACS

The top companies that manufacture Sidacs are as follows:

Bourns

Bourns has established itself as a leading producer of SIDACS in the electronics sector. Bourns offers reliable and high-performance SIDAC solutions for various applications, with the company having a global presence and a wide range of products. These tools efficiently safeguard electronic circuits from voltage spikes and transient events, preserving priceless machinery and boosting system dependability. Bourns remain an effective choice for designers looking for excellent SIDACS for their projects, with a strong focus on customer satisfaction and engineering expertise.

Diodes – AEC-Q101 Compliant: Power TVS diodes provide outstanding protection for both alternating current and direct current power line applications by a Power TVS diode in a surface mount package. When compared to other devices, such as MOVs, power TVS diodes provide much better protection. Bourns provides a broad voltage range of devices with surge current ratings ranging from 3, 6, 10, and 15 kA to suit a variety of applications.

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IXYS

IXYS is an established SIDACS producer that stands out for its advanced semiconductor technologies. Their SIDAC products have superior triggering properties, which makes them suitable for overvoltage protection. Since the company is dedicated to quality and thorough testing, its SIDACS are guaranteed to satisfy the highest industry requirements, giving designers dependable and effective surge protection options. IXYS’ proficiency in the semiconductor industry and commitment to ongoing development reinforce its position as a leading competitor in the SIDAC market.

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Littelfuse

As a leader in the design and manufacture of reliable and high-performance semiconductor devices, Littelfuse has a long history as a leading producer of SIDACS. Their SIDACS is efficient in protecting delicate electronic components from voltage spikes and transient events because they have quick response times and low trigger voltages. With a wide variety of products to suit industrial and consumer electronics needs, Littelfuse has gained the confidence of engineers and designers worldwide because of their dedication to quality and safety. As a well-known market pioneer, Littelfuse keeps raising the bar for SIDAC technology and surge protection products.

Surface Mount: Littelfuse specializes in transient voltage suppression (TVS) diodes, which are designed to protect semiconductors from damage due to transient voltages. Browse our surface-mount TVS diodes below.

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Shindengen

Shindengen is a renowned and leading manufacturer of SIDACS, solid-state overvoltage protection devices. The company has decades of experience in the semiconductor sector and has established an excellent record for its dedication to quality and innovation. Shindengen’s SIDACS offer exceptional surge protection capabilities, making them ideal for various applications, including power supplies, telecommunications, and automotive systems. Their continuous research and development efforts ensure they maintain a leading position in the SIDAC market regarding technological developments.

GaN power module: Shindengen Electric Manufacturing Co., Ltd. has developed GaN-equipped power modules in order to contribute to the creation of power conversion and control systems which demand higher efficiency and higher power density aimed at the realization of a low carbon society as momentum for global environmental preservation continues to grow.

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