M&A Deal Summary |
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Date | 2023-10-02 |
Target | Bliley Technologies |
Sector | Electrical Equipment |
Buyer(s) | KYOCERA AVX |
Deal Type | Add-on Acquisition |
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Category | Company |
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Founded | 1972 |
Sector | Electrical Equipment |
Revenue | 1.8B USD (2019) |
KYOCERA AVX is an international manufacturer and supplier of a vast portfolio of advanced electronic components, including capacitors, inductors, filters, resistors, couplers, diodes, and circuit protection devices, as well as a broad range of innovative sensor, control, interconnect, and antenna solutions. With 33 research, design, manufacturing, and customer support facilities in 16 countries around the world, the company offers significant competitive advantages, including delivery and production capabilities optimized to suit each individual customer’s just-in-time inventory requirements, and global engineering teams experienced in developing new-to-market product solutions specially designed to fulfill customer’s unique application requirements. It serves the automotive, industrial, medical, military, consumer electronics, communications, and transportation markets. KYOCERA AVX was formed in 1972 and is based in Fountain Inn, South Carolina.
DEAL STATS | # |
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Overall | 6 of 6 |
Sector (Electrical Equipment) | 3 of 3 |
Type (Add-on Acquisition) | 3 of 3 |
State (Pennsylvania) | 1 of 1 |
Country (United States) | 2 of 2 |
Year (2023) | 1 of 1 |
DATE | TARGET | DEAL TYPE | VALUE |
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2022-03-04 |
ROHM - Tantalum and Polymer Capacitor Business Assets
Kyoto, Japan ROHM Co., Ltd.'s Tantalum and Polymer Capacitor Business Assets use manganese dioxide for the cathode layer. Compared with ceramic capacitors, tantalum capacitors do not have a decrease in capacitance due to DC bias and do not produce noise because they do not have piezoelectric characteristics. Tantalum capacitors use manganese dioxide for the cathode layer. Compared with ceramic capacitors, tantalum capacitors do not have a decrease in capacitance due to DC bias. Conductive polymer capacitors use a conductive polymer for the cathode layer. Compared to manganese dioxide type tantalum capacitors, conductive polymer capacitors achieve a significantly lower ESR (equivalent series resistance). It is effective for flowing high ripple current and removing noise at high frequencies. In the event of a failure, the conductive polymer is insulated, providing a safe structure. |
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