UPG2022TB-E4-A

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RF Switches are components that route RF and microwave signals from one port to the other, thus enabling and disabling the signal path between two ports. UPG2022TB-E4-A RF Switches are designed for use in radio frequency (RF) applications such as cellular base stations, wireless local area networks (WLANs), and similar wireless applications. UPG2022TB-E4-A switches have a wide bandwidth of up to 12.5GHz and a switching speed of up to 12ns.

The UPG2022TB-E4-A is a type of 28 GHz GaAs MMIC SPDT switch, which consists of a pair of single-pole single-throw (SPST) switches in a UPG package with a size of 2.5mm × 2.5mm. It provides high isolation and low insertion loss performance for a 28 GHz wideband design.

It also offers excellent linearity, low system DC power requirements, and single-ended operation. The switch has a maximum switch voltage of 12V and a switching current of 20mA. The UPG2022TB-E4-A offers a wide variety of applications like operations in digital signal processing and clock distribution.

The UPG2022TB-E4-A RF switch utilizes a simple operating principle for switching signals. To operate the switch, a DC voltage must be applied to the open circuit port while the other port remains idle. When the DC voltage is applied to the open circuit port, it is transferred to the other port by a mechanical or electrical link. This link effectively switches the signal from one port to the other.

The UPG2022TB-E4-A switch is designed for wireless applications such as base stations, wireless LANs, satellite systems, and ultra-wideband (UWB) systems. It can be used in switching clock distributions, digital signal processing, memory system testing, and signal switching. This switch also provides high isolation and low insertion loss performance for a wide range of wireless applications.

In conclusion, the UPG2022TB-E4-A RF switch is designed for use in a wide range of RF and microwave applications. It utilizes a simple operating principle of applying a DC voltage to one port while the other port remains idle. This allows the signal to be transferred from one port to the other. The switch provides high isolation and low insertion loss performance for a wide range of wireless applications such as base stations, wireless LANs, satellite systems, and UWB systems.

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