Datasheet4U Logo Datasheet4U.com

HMC-C008 - 15-WATT POWER AMPLIFIER MODULE

Description

The HMC-C008 is a 15 Watt Power Amplifier Module suitable for Cellular/3G repeaters, laboratory use and ATE applications.

The unit includes DC power sequencing, enable and conditioning, as well as an output circulator for load mismatch protection.

Features

  • P1dB Output Power: 15 Watts from 1.8 to 2.2 GHz Gain: 40 dB min Noise Figure: 6 dB Thermally Compensated and Protected Reverse Polarity Protected TTL DC Power Enable Unconditionally Stable Heat Sink/Fan Accessories Available Typical.

📥 Download Datasheet

📁 Similar Datasheet

  • HMC-C008 - 15 WATT POWER AMPLIFIER MODULE (Hittite Microwave)
  • HMC-C001 - WIDEBAND LNA MODULE (Hittite Microwave)
  • HMC-C002 - WIDEBAND LNA MODULE (Hittite Microwave)
  • HMC-C003 - WIDEBAND POWER AMPLIFIER MODULE (Hittite Microwave)
  • HMC-C004 - WIDEBAND POWER AMPLIFIER MODULE (Hittite Microwave)
  • HMC-C005 - DIVIDE-BY-2 PRESCALER MODULE (Hittite Microwave)
  • HMC-C006 - DIVIDE-BY-4 PRESCALER MODULE (Hittite Microwave)
  • HMC-C007 - DIVIDE-BY-8 PRESCALER MODULE (Hittite Microwave)
  • HMC-C009 - GaAs MMIC I/Q MIXER MODULE (Hittite Microwave)
  • HMC-C010 - ANALOG PHASE SHIFTER MODULE (Hittite Microwave)
Other Datasheets by Analog Devices

Full PDF Text Transcription

Click to expand full text
v05.1007 OBSOLETE PRODUCT HMC-C008 15 WATT POWER AMPLIFIER MODULE, 1.8 - 2.2 GHz AMPLFIERS Features P1dB Output Power: 15 Watts from 1.8 to 2.2 GHz Gain: 40 dB min Noise Figure: 6 dB Thermally Compensated and Protected Reverse Polarity Protected TTL DC Power Enable Unconditionally Stable Heat Sink/Fan Accessories Available Typical Applications Test applications for: • Cellular/PCS/3G Infrastructure • Automated Test Equipment (ATE) • Laboratory Use General Description The HMC-C008 is a 15 Watt Power Amplifier Module suitable for Cellular/3G repeaters, laboratory use and ATE applications. The unit includes DC power sequencing, enable and conditioning, as well as an output circulator for load mismatch protection.
Published: |