ADC-8/E Analog to Digital Converter...(provides 8 temperature inputs)*ADC-16/E/F Analog to Digital Converter...(provides 16 temperature inputs)*ADC-16/E/F with the AD-16/E/F Analog Expansion Card...(provides 32 temperature inputs)*ADC-16/E/F with the AD-32/E2/F2 Analog Expansion Card...(provides 48 temperature inputs)*ADC-16/E/F with the AD-32/E2/F2 Analog Expansion Card and PS-4 Port Selector...(provides 192 temperature inputs)**the above products are available with an extended temperature range by adding the 10 bit /G and /H options and/or extended range sensors (see below). The E and F options for the ADC-16 and AD-16 specify that the TE-8 temperature conversion is added in groups of 8 temperature inputs. The E option indicates that the TE-8 temperature input conversion is added to the first 8 channels on the A/D card. The F option indicates that the TE-8 temperature input conversion is added to the second 8 channels on the A/D card.

use ADC-8/E ... to order the ADC-8 with port #1 configured for temperature input.use ADC-4/A/I ... to order the ADC-4 with RS-422 and the optional 8 bit port #2.use ADC-16/A/E/F ... to order RS-422 with ports #1 and #2 configured for temperature input.

An 8 bit analog to digital converter will divide the measurement range into 256 increments. A 10 bit analog to digital converter will divide the measurement range into 1,024 increments.An 11 bit analog to digital converter will divide the measurement range into 2,048 increments.A 12 bit analog to digital converter will divide the measurement range into 4,096 increments.A 15 bit analog to digital converter will divide the measurement range into 32,768 increments.A 16 bit analog to digital converter will divide the measurement range into 65,536 increments.