Hi,
Regarding the replacement, the Vss pin of the LTC1966 becomes the NC pin of the LTC1967.
Since -5V is connected to the Vss pin, simply replacing it will connect -5V to the NC pin. Is this a problem?
Regards,
Kazu
LTC1966
Production
The LTC1966 is a true RMS-to-DC converter that utilizes an innovative patented ?S computational technique. The internal delta sigma circuitry of the LTC1966...
Datasheet
LTC1966 on Analog.com
LTC1967
Production
The LTC1967 is a true RMS-to-DC converter that uses an innovative delta-sigma computational technique. The benefits of the LTC1967 proprietary architecture...
Datasheet
LTC1967 on Analog.com
Hi,
Regarding the replacement, the Vss pin of the LTC1966 becomes the NC pin of the LTC1967.
Since -5V is connected to the Vss pin, simply replacing it will connect -5V to the NC pin. Is this a problem?
Regards,
Kazu
Hi Kazu: pin 4 on the LTC1967 is not internally connected, so yes you can leave it connected to -5V. Keep in mind that the inputs of the LTC1967 in this condition will only be valid between 0V and Vcc. Don't put a negative voltage on the inputs of LTC1967, like you can with LTC1966 on +/-5V supplies.
Hi Kazu: pin 4 on the LTC1967 is not internally connected, so yes you can leave it connected to -5V. Keep in mind that the inputs of the LTC1967 in this condition will only be valid between 0V and Vcc. Don't put a negative voltage on the inputs of LTC1967, like you can with LTC1966 on +/-5V supplies.