AK006M1-93 - GaAs IC SPST Switch

Alpha Industries

General Description

The AK006M1-93 is an IC FET SPST switch in a low cost “chip on board” package.

Key Features

I Integral Driver ±5 V Supply Voltages I High Isolation, Non-Reflective I Broadband DC.
6 GHz I Small Low Cost “Chip on Board” Package.

📥 Download Datasheet

AK006M1-93 gaas ic spst switch by Alpha Industries - Datasheet Preview

Datasheet Details

Part number	AK006M1-93
Manufacturer	Alpha Industries
File Size	45.69 KB
Description	GaAs IC SPST Switch
Datasheet	AK006M1-93 Datasheet

📁 Similar Datasheet

Part Number	Description	Manufacturer
AK002D2-24	GaAs IC 2 Bit Digital Attenuator	Skyworks Solutions
AK002M2-12	GaAs IC SPDT Switch	Skyworks Solutions
AK002M4-47	GaAs IC SP4T Non-Reflective Switch	Skyworks Solutions
AK03	Schottky Barrier Diodes	Sanken electric
AK03	SCHOTTKY BARRIER DIODE	EIC

Other Datasheets by Alpha Industries

Part Number	Description
AK006M2-01	GaAs IC SPST Switch
AK006M2-10	GaAs IC SPST Switch
AK006R2-01	GaAs IC SPST Switch
AK006R2-10	GaAs IC SPST Switch
AK002D2-00	GaAs IC 2 Bit Digital Attenuator

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text

GaAs IC SPST Switch With Integral Driver Non-Reflective DC–6 GHz Features I Integral Driver ±5 V Supply Voltages I High Isolation, Non-Reflective I Broadband DC–6 GHz I Small Low Cost “Chip on Board” Package Description The AK006M1-93 is an IC FET SPST switch in a low cost “chip on board” package. It features non-reflective matching at each RF broadband performance, with integral driver. This switch can be used in many analog and digital wireless communication systems. -93 0.056 0.160 0.140 0.100 0.060 0.020 0.000 Top View 0.000 0.140 AK006M1-93 Electrical Specifications at 25°C Insertion Loss2 Parameter1 Isolation VSWR (I/O) Frequency6 DC–1.0 GHz DC–2.0 GHz DC–4.0 GHz DC–6.0 GHz DC–1.0 GHz DC–2.0 GHz DC–4.0 GHz DC–6.0 GHz DC–1.0 GHz DC–2.0 GHz DC–4.0 GHz DC–6.0 GHz Min.