I want to send I Q(I+ I-, Q+ Q-) signals from LTC5584 to ADL5390. LTC5584 I Q signals are driven with 3.5V while ADL5390 I Q pins are driven by 0.5V. How can I connect the two components when they are driven by a different voltage?
LTC5584
Production
The LTC5584 is a direct conversion quadrature demodulator optimized for high linearity receiver applications in the 30MHz to 1.4GHz frequency range. It...
Datasheet
LTC5584 on Analog.com
ADL5390
Recommended for New Designs
The ADL5390 vector multiplier consists of a matched pair of broadband variable gain amplifiers whose outputs are summed. The separate gain controls for...
Datasheet
ADL5390 on Analog.com
I want to send I Q(I+ I-, Q+ Q-) signals from LTC5584 to ADL5390. LTC5584 I Q signals are driven with 3.5V while ADL5390 I Q pins are driven by 0.5V. How can I connect the two components when they are driven by a different voltage?
The 3.5V and 0.5V are the common mode voltages that must be used on the I Q pins on each component
LTC6409 Datasheet and Product Info | Analog Devices can be used to level-shift LTC5584's outputs to ADL5390's inputs. Using 5V supply, the LTC6409's input common-mode voltage range is 0-3.5V and its output common-mode voltage is 0.5-3.5V.
LTC6409 Datasheet and Product Info | Analog Devices can be used to level-shift LTC5584's outputs to ADL5390's inputs. Using 5V supply, the LTC6409's input common-mode voltage range is 0-3.5V and its output common-mode voltage is 0.5-3.5V.