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MAX2630 - General-Purpose Amplifiers

General Description

The MAX2630/MAX2631/MAX2632/MAX2633 are lowvoltage, low-noise amplifiers for use from VHF to microwave frequencies.

Operating from a single +2.7V to +5.5V supply, these devices have a flat gain response to 900MHz.

Key Features

  • Single +2.7V to +5.5V Operation.
  • Internally Biased (MAX2630/MAX2631).
  • Adjustable Bias (MAX2632/MAX2633).
  • 6.6mA Supply Current (insensitive to supply voltage).
  • 1µA Shutdown Current (MAX2631/MAX2633).
  • 3.7dB Noise Figure.
  • 13.4dB Gain.
  • Ultra-Small SOT Packages ______________Ordering Information PART TEMP RANGE.

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Other Datasheets by Maxim Integrated (now Analog Devices)

Part Number Description
MAX2601 1W RF Power Transistors
MAX2602 1W RF Power Transistors
MAX2605 Integrated IF VCOs
MAX2606 Integrated IF VCOs
MAX2608 Integrated IF VCOs
MAX2611 DC-to-Microwave / Low-Noise Amplifier
MAX2620 10MHz to 1050MHz Integrated RF Oscillator
MAX2640 300MHz to 2500MHz SiGe Ultra-Low-Noise Amplifiers
MAX2642 900MHz SiGe / High IP3 / Low-Noise Amplifiers
MAX2643 900MHz SiGe / High IP3 / Low-Noise Amplifiers

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.

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19-1181; Rev 3; 2/07 MAX2630–MAX2633 VHF-to-Microwave, +3V, General-Purpose Amplifiers _______________General Description The MAX2630/MAX2631/MAX2632/MAX2633 are lowvoltage, low-noise amplifiers for use from VHF to microwave frequencies. Operating from a single +2.7V to +5.5V supply, these devices have a flat gain response to 900MHz. Their low noise figure and low supply current make them ideal for receive, buffer, and transmit IF applications. The MAX2630/MAX2631 are biased internally, eliminating the need for external bias resistors or inductors. The MAX2632/MAX2633 have a user-selectable supply current, which can be adjusted by adding a single external resistor. This allows customized output power and gain according to specific applications requirements.