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Tag: 50w
X-Band 50W Limiters: TGL2209-SM Datasheet
2015-12-10 15:18:54| wirelessdesignonline Downloads
The TGL2209-SM is an X-band GaAs VPIN limiter designed to protect sensitive receive channel components against high power incident signals. This device operates within the 8.0 to 12 GHz frequency range and is well suited for commercial and defense related applications such as receive chain protection and military radar.
Tags: datasheet
50w
limiters
xband
X-Band 50W Limiters: TGL2209 Datasheet
2015-12-10 15:16:31| rfglobalnet Downloads
The TGL2209 is an X-band GaAs VPIN limiter designed to protect sensitive receive channel components against high power incident signals. This device operates within the 8.0 to 12 GHz frequency range and is well suited for commercial and defense related applications such as receive chain protection and military radar.
Tags: datasheet
50w
limiters
xband
X-Band 50W Limiters: TGL2209 Datasheet
2015-12-10 15:16:31| wirelessdesignonline Downloads
The TGL2209 is an X-band GaAs VPIN limiter designed to protect sensitive receive channel components against high power incident signals. This device operates within the 8.0 to 12 GHz frequency range and is well suited for commercial and defense related applications such as receive chain protection and military radar.
Tags: datasheet
50w
limiters
xband
X-Band 50W Limiters
2015-12-10 15:00:54| rfglobalnet Home Page
The TGL2209 and TGL2209-SM are Qorvo’s new X-band GaAs VPIN limiters designed to protect sensitive receive channel components against high power incident signals. These limiters do not require DC bias, and are able to achieve low insertion loss in a small form factor, which allows for simple system integration with minimal impact on performance.
X-Band 50W Limiters
2015-12-10 15:00:54| wirelessdesignonline Products
The TGL2209 and TGL2209-SM are Qorvo’s new X-band GaAs VPIN limiters designed to protect sensitive receive channel components against high power incident signals. These limiters do not require DC bias, and are able to achieve low insertion loss in a small form factor, which allows for simple system integration with minimal impact on performance.