NK6APC5GR-Q

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NK6APC5GR-Q is a coaxial relay product from NEC TOKIN Corporation, which is specifically designed for RF applications. This relay combines high power handling capability, low-profile construction, and a unique switching path that allows the user to select the desired insertion loss, return loss, and isolation levels. When combined with an RF/microwave transceiver, this relay becomes an essential component of a wireless communications system.

The NK6APC5GR-Q is a 2-port RF/microwave relay. It has a unique switching path in which an RF ground can be selectively grounded or isolated from the signal path. This feature allows for improved system performance by minimizing losses in signal transmission due to RF ground impedance mismatch. In addition, the relay is designed to provide excellent isolation and insertion loss levels, even when high power is applied.

The working principle of the NK6APC5GR-Q is based on the principle of electromagnetic induction. The relay is composed of two main components: a coil and a switch assembly. When the coil is energized, a magnetic field is created which causes the switch assembly to oscillate in relation to the energized coil. This oscillation ultimately causes the contacts of the switch assembly to close or open, thus switching the RF/microwave signal path.

The primary application of the NK6APC5GR-Q is as an RF/microwave signal switch for applications such as beam steering and frequency hopping. It is also used as an integrated component of wireless equipment such as routers and cellular base stations. Additionally, it can be used as a high-power switching element in high-gain antenna systems. Its relatively low profile and light weight make it suitable for use in portable systems where space and weight are critical factors.

In conclusion, the NK6APC5GR-Q is a highly efficient and reliable coaxial relay from NEC TOKIN Corporation. It combines high power handling capability, low-profile construction, and a unique switching path that allows the user to select the desired insertion loss, return loss, and isolation levels. It is an essential component of wireless communications systems and can be used in applications such as beam steering, frequency hopping, router, and cellular base station equipment.

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