Address | 2-16-46, Minami-Kamata, Ohta-Ku, Tokyo 144-8551 JAPAN |
---|---|
Telephone | 81337322111 |
URL | https://www.tokyokeiki.jp/e/ |
coming soon
As a leading manufacturer of electronic support equipment in Japan, we are developing compact, lightweight, and inexpensive radio wave detection devices using consumer components by applying ES (Electronic Support) technology developed in radar warning devices and other products.
The device can be customized to be mounted on any platform to detect and discriminate radio waves in various bands to detect threats.
We will exhibit a portable prototype as a concept model.
Synspective announced that it has successfully acquired the first surface images using "StriX-α". This is the first time in Japan that a private small SAR satellite has acquired images. "StriX-α" is equipped with an X-band pulse high-output power amplifier developed by Tokyo Keiki. This is the key device that emits radar signals toward the ground and amplifies the reflected waves to a level that can be received, which can be said to be the heart of SAR. Six microwave module components generate a high-output microwave of 1kW. The development and design of this product was based on high-output microwave technology and environmental resistance and highly reliable technology cultivated in the defense and aviation fields. However, there are high hurdles that space equipment must overcome, such as strong vibrations and shocks associated with rocket launches, extreme temperature fluctuations of -150℃ to +200℃, and high-energy cosmic radiation. To overcome these obstacles, production is handled by the Space Equipment Department of TOKYO KEIKI AVIATION (TKA), a group company. The members of this company have been involved in the production of power supply units and high-frequency wireless devices for satellites of other companies, and their high level of skill has earned them the trust of customers. The collaboration between the two companies resulted in the creation of the X-band pulse high-output power amplifier for SAR.