Product Overview

AM9012 is a fully integrated mini-module comprised of MMIC and MCM devices that provide a complete high dynamic range miniature tuner module covering the 2-MHz to 6‑GHz frequency range.  The superheterodyne tuner module is designed for high performance and low size, weight, and power (low SWaP) and is easily mounted to a host circuit board for use in multi-channel receiver applications.

Sub-octave pre-selectors, pre-amplifiers, local oscillators, frequency converters, power and control line filtering, a temperature sensor and a control FPGA are included.  The analog IF output frequency is centered at 60 MHz with an 80‑MHz bandwidth.  Multiple tuner sets can be configured to work together for coherent operation and N-channel applications.  Interfacing to the tuner is accomplished by simply providing an RF input, DC voltages, frequency reference, SPI control, and routing the IF output.

For more information on availability and pricing, please request a quote.

Product Overview

AM9012 is a fully integrated mini-module comprised of MMIC and MCM devices that provide a complete high dynamic range miniature tuner module covering the 2-MHz to 6‑GHz frequency range.  The superheterodyne tuner module is designed for high performance and low size, weight, and power (low SWaP) and is easily mounted to a host circuit board for use in multi-channel receiver applications.

Sub-octave pre-selectors, pre-amplifiers, local oscillators, frequency converters, power and control line filtering, a temperature sensor and a control FPGA are included.  The analog IF output frequency is centered at 60 MHz with an 80‑MHz bandwidth.  Multiple tuner sets can be configured to work together for coherent operation and N-channel applications.  Interfacing to the tuner is accomplished by simply providing an RF input, DC voltages, frequency reference, SPI control, and routing the IF output.

Evaluation board includes SMA input and output connectors, SMA reference input, and a single SMA voltage input. AM9012 evaluation board requires software control via a USB module provided on the evaluation board. Included with the evaluation board is a graphical interface for control of the module and a user manual showing how to operate the module using the provided GUI. Reference input can be either 10 MHz from your test equipment or a 100 MHz direct from a signal generator. Evaluation board includes one AM9012 unit mounted to the board.

The analog IF output frequency of the AM9012Eval-A is centered at 60 MHz with an 80 MHz bandwidth over an SMA output connector.

For more information on availability and pricing, please request a quote.

Product Overview

AM9012 is a fully integrated mini-module comprised of MMIC and MCM devices that provide a complete high dynamic range miniature tuner module covering the 2-MHz to 6‑GHz frequency range.  The superheterodyne tuner module is designed for high performance and low size, weight, and power (low SWaP) and is easily mounted to a host circuit board for use in multi-channel receiver applications.

Sub-octave pre-selectors, pre-amplifiers, local oscillators, frequency converters, power and control line filtering, a temperature sensor and a control FPGA are included.  The analog IF output frequency is centered at 60 MHz with an 80‑MHz bandwidth.  Multiple tuner sets can be configured to work together for coherent operation and N-channel applications.  Interfacing to the tuner is accomplished by simply providing an RF input, DC voltages, frequency reference, SPI control, and routing the IF output.

Evaluation board includes SMA input and output connectors, SMA reference input, and a single SMA voltage input. AM9012 evaluation board requires software control via a USB module provided on the evaluation board. Included with the evaluation board is a graphical interface for control of the module and a user manual showing how to operate the module using the provided GUI. Reference input can be either 10 MHz from your test equipment or a 100 MHz direct from a signal generator. Additionally the units may be controlled independently or synced together for coherent operation. Evaluation board includes two AM9012 unit mounted to the board.

The analog IF output frequency of the AM9012Eval-2CH-A is centered at 60 MHz with an 80 MHz bandwidth over an SMA output connector.

For more information on availability and pricing, please request a quote.

Product Overview

AM9012 is a fully integrated mini-module comprised of MMIC and MCM devices that provide a complete high dynamic range miniature tuner module covering the 2-MHz to 6‑GHz frequency range.  The superheterodyne tuner module is designed for high performance and low size, weight, and power (low SWaP) and is easily mounted to a host circuit board for use in multi-channel receiver applications.

Sub-octave pre-selectors, pre-amplifiers, local oscillators, frequency converters, power and control line filtering, a temperature sensor and a control FPGA are included.  The analog IF output frequency is centered at 60 MHz with an 80‑MHz bandwidth.  Multiple tuner sets can be configured to work together for coherent operation and N-channel applications.  Interfacing to the tuner is accomplished by simply providing an RF input, DC voltages, frequency reference, SPI control, and routing the IF output.

Evaluation board includes SMA input and output connectors, SMA reference input, and a single SMA voltage input. AM9012 evaluation board requires software control via a USB module provided on the evaluation board. Included with the evaluation board is a graphical interface for control of the module and a user manual showing how to operate the module using the provided GUI. Reference input can be either 10 MHz from your test equipment or a 100 MHz direct from a signal generator. Evaluation board includes one AM9012 unit mounted to the board.

The output of the AM9012Eval-D is a 14-bit digital output and includes an ADC driver amplifier. The digital output is intended for use with the Analog Devices ADC Capture Card HSC-ADC-EVALCZ. The data capture card is not included. If using this card for data capture, only one channel can be measured at a time due to connector spacing limitations. The ADC Clock port accepts a 250 MSPS clock with a range of -4 dBm (-0.4 Vpp) to +15 dBm (3.6 Vpp). A 240 MSPS clock can also be used if a mathematically centered IF is desired.

For more information on availability and pricing, please request a quote.

Product Overview

AM9012 is a fully integrated mini-module comprised of MMIC and MCM devices that provide a complete high dynamic range miniature tuner module covering the 2-MHz to 6‑GHz frequency range.  The superheterodyne tuner module is designed for high performance and low size, weight, and power (low SWaP) and is easily mounted to a host circuit board for use in multi-channel receiver applications.

Sub-octave pre-selectors, pre-amplifiers, local oscillators, frequency converters, power and control line filtering, a temperature sensor and a control FPGA are included.  The analog IF output frequency is centered at 60 MHz with an 80‑MHz bandwidth.  Multiple tuner sets can be configured to work together for coherent operation and N-channel applications.  Interfacing to the tuner is accomplished by simply providing an RF input, DC voltages, frequency reference, SPI control, and routing the IF output.

Evaluation board includes SMA input and output connectors, SMA reference input, and a single SMA voltage input. AM9012 evaluation board requires software control via a USB module provided on the evaluation board. Included with the evaluation board is a graphical interface for control of the module and a user manual showing how to operate the module using the provided GUI. Reference input can be either 10 MHz from your test equipment or a 100 MHz direct from a signal generator. Additionally the units may be controlled independently or synced together for coherent operation. Evaluation board includes two AM9012 unit mounted to the board.

The output of the AM9012Eval-D is a 14-bit digital output and includes an ADC driver amplifier. The digital outputs are intended for use with the Analog Devices ADC Capture Card HSC-ADC-EVALCZ. The data capture card is not included. If using this card for data capture, only one channel can be measured at a time due to connector spacing limitations. The ADC Clock port accepts a 250 MSPS clock with a range of -4 dBm (-0.4 Vpp) to +15 dBm (3.6 Vpp). A 240 MSPS clock can also be used if a mathematically centered IF is desired.

For more information on availability and pricing, please request a quote.