MA4SW210

Test Frequency:	20GHz
Supplier Device Package:	Die
Package / Case:	Die
Operating Temperature:	-65°C ~ 125°C
Voltage - Supply:	--
Impedance:	--
Features:	--
IIP3:	--
P1dB:	--
Series:	HMIC™
Insertion Loss:	0.7dB
Isolation:	42dB
Frequency Range:	50MHz ~ 20GHz
Circuit:	SPDT
Topology:	Reflective
RF Type:	General Purpose
Part Status:	Active
Packaging:	Bulk

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Introduction

RF switches are electronic components that can be used to control and switch a range of frequencies. They are special components designed to be used in high frequency applications, allowing the switching of multiple signal path connections. The MA4SW210 is a high frequency RF switch which has wide application field and works on two different principles.

Application Field

The MA4SW210 is a high frequency RF switch specifically designed for various applications. Firstly, it can be used in switching circuits, allowing for the efficient routing of RF signals between different signal paths. Secondly, its wide frequency range makes it suitable for use in radio frequency (RF) applications, such as portable radios, wireless communication systems, satellite communication, and navigation systems. Lastly, it is also suitable for run-time testing, allowing for the quick and efficient testing of RF signals.

Working Principle

The MA4SW210 works on two primary principles. Firstly, it utilizes an electrostatic mechanism, whereby the frequency of the RF signal is controlled by applying a tiny electrical charge. This causes a temporary dipole field to be generated around the switched elements, allowing the frequencies to be changed. Secondly, it also makes use of inductive loading, whereby the RF signal enters a semiconductor switching device, which then influences the inductance of the device, ultimately allowing for the control of the frequency of the signal.

Conclusion

The MA4SW210 is a high frequency RF switch specifically designed for various applications. Its wide frequency range and design make it suitable for use in radio frequency applications, switching circuits, as well as run-time testing. Furthermore, it operates on two main principles, namely an electrostatic mechanism and inductive loading, both of which help it to provide efficient control over frequencies.

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