MASW-003103-13640G

Test Frequency:	20GHz
Supplier Device Package:	--
Package / Case:	--
Operating Temperature:	-65°C ~ 125°C
Voltage - Supply:	--
Impedance:	50 Ohm
Features:	--
IIP3:	--
P1dB:	--
Series:	HMIC™
Insertion Loss:	1.2dB
Isolation:	31dB
Frequency Range:	50MHz ~ 20GHz
Circuit:	SP3T
Topology:	Reflective
RF Type:	General Purpose
Part Status:	Active
Packaging:	Tray

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RF Switches

RF switches are specialized electronic components that can open or close a connection between two or more low impedance paths in a radio frequency (RF) circuit. Designed to control the transmission and reception of sensitive RF signals, these components typically feature low insertion/return loss and high Isolation, and are capable of supporting a wide range of operating frequencies.

MASW-003103-13640G

The MASW-003103-13640G is an RF switch designed specifically for applications in the 5.4GHz frequency range. This particular component has an insertion loss of 1.9dB and an isolation of 42dB. This makes it ideal for radio frequency applications in which low insertion/return loss and high isolation are important factors.In terms of size it measures in at 7.4mm x 7.4mm x 1.27mm, making it a suitable choice for applications where a small form factor is necessary. It has an operating temperature range of -40°C to 85°C and a maximum voltage of 10V.

Application field and working principle

The MASW-003103-13640G is an excellent choice for applications that require strong isolation and low insertion/return loss in the range of 5.4GHz. It is suitable for applications such as wireless routers, WIFI adapters, medical diagnostics, wireless video and voice transmission, satellite systems, and other wireless communication technologies.The working principle of the MASW-003103-13640G is simple. It consists of a variable capacitor and an inductor connected in series. When an RF voltage is applied to the input port of the switch, the capacitor changes its capacitance and the inductor causes an impedance change that enables the signal to be switched from one path to another. In this way, the input/output power is transferred to the required output path. The component also features a low insertion loss for optimum power transfer and high isolation for maximum signal purity.

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