AWB1022M - 10kHz to 20 GHz Wide Band Low Noise Amplifier
Description:
Introducing the AWB1022A Wide Band, Low Noise Amplifier spanning frequencies from 10kHz to 20 GHz. The AWB1022A is a new product in Z-COMM’s ever expanding offerings in the Low Noise Amplifier space for applications varying from test and measurement, lab bench and prototyping.
The AWB1022A low noise amplifier complements ZCOMM’s products in the RF frequency chain and compliments the company’s existing frequency sources such as the SSG22645LX wide band frequency synthesizer(45MHz-22GHz), and family of phase locked oscillators. With these products engineers can quickly and easily generate frequencies and amplification over a very wide range with the ability to drive other devices along the RF analog chain.
The AWB1022A is a stand-alone, connectorized, low noise, wide band amplifier that will perform with any lab frequency source while accepting a maximum input power of +23 dBm. The AWB1022A, when paired with the Z-COMM SSG22645LX frequency source will produce typical power output of 18 to 24dBm across the 10kHz – 20 GHz range.
The AWB1022A is compact in size with dimensions of 2in (50.8 mm) L x 1.4in(35.6mm) W x 0.46in(11.7mm)H. It operates from a single power source of 12 Vdc at a typical current consumption of 120mA.
Features:
• Ultra Wideband Performance
• Low Noise Figure
• Excellent Return Losses
• Compact connectorized housing
Description:
Introducing the AWB1022A Wide Band, Low Noise Amplifier spanning frequencies from 10kHz to 20 GHz. The AWB1022A is a new product in Z-COMM’s ever expanding offerings in the Low Noise Amplifier space for applications varying from test and measurement, lab bench and prototyping.
The AWB1022A low noise amplifier complements ZCOMM’s products in the RF frequency chain and compliments the company’s existing frequency sources such as the SSG22645LX wide band frequency synthesizer(45MHz-22GHz), and family of phase locked oscillators. With these products engineers can quickly and easily generate frequencies and amplification over a very wide range with the ability to drive other devices along the RF analog chain.
The AWB1022A is a stand-alone, connectorized, low noise, wide band amplifier that will perform with any lab frequency source while accepting a maximum input power of +23 dBm. The AWB1022A, when paired with the Z-COMM SSG22645LX frequency source will produce typical power output of 18 to 24dBm across the 10kHz – 20 GHz range.
The AWB1022A is compact in size with dimensions of 2in (50.8 mm) L x 1.4in(35.6mm) W x 0.46in(11.7mm)H. It operates from a single power source of 12 Vdc at a typical current consumption of 120mA.
Features:
• Ultra Wideband Performance
• Low Noise Figure
• Excellent Return Losses
• Compact connectorized housing
Description:
Introducing the AWB1022A Wide Band, Low Noise Amplifier spanning frequencies from 10kHz to 20 GHz. The AWB1022A is a new product in Z-COMM’s ever expanding offerings in the Low Noise Amplifier space for applications varying from test and measurement, lab bench and prototyping.
The AWB1022A low noise amplifier complements ZCOMM’s products in the RF frequency chain and compliments the company’s existing frequency sources such as the SSG22645LX wide band frequency synthesizer(45MHz-22GHz), and family of phase locked oscillators. With these products engineers can quickly and easily generate frequencies and amplification over a very wide range with the ability to drive other devices along the RF analog chain.
The AWB1022A is a stand-alone, connectorized, low noise, wide band amplifier that will perform with any lab frequency source while accepting a maximum input power of +23 dBm. The AWB1022A, when paired with the Z-COMM SSG22645LX frequency source will produce typical power output of 18 to 24dBm across the 10kHz – 20 GHz range.
The AWB1022A is compact in size with dimensions of 2in (50.8 mm) L x 1.4in(35.6mm) W x 0.46in(11.7mm)H. It operates from a single power source of 12 Vdc at a typical current consumption of 120mA.
Features:
• Ultra Wideband Performance
• Low Noise Figure
• Excellent Return Losses
• Compact connectorized housing
