Agilent Technologies Agilent E1345A manual Description, Configuration, Size Adapter

Page 1

Agilent E1345A

16-Channel Low-Offset Relay

Multiplexer

Data Sheet

q 1-Slot, B-size, register based

q General purpose, low-offset relay multiplexer q Low thermal offset reed relays, <4 µV

q 16-channel 3-wire or 8-channel 4-wire multiplexer q Shunt/series signal conditioning elements

q Channel scanning with Agilent DMMs

Agilent E1345A

Description

The Agilent E1345A General-Purpose Reed Relay Multiplexer is a B-size,1-slot,register-based VXI module that switches 16 channels of high, low, and guard each. The multiplexer has low thermal offset performance. This module consists of a B-size component card (labeled E1345-66201) and a screw terminal block that plugs onto the component card. The E1345A is functionally similar to the E1347A.

The E1345A multiplexer is arranged into two banks of eight switches, each having its own common high, low, and guard screw terminals accessible on the terminal block. Tree- switched common high, low, and guard screw terminals and analog bus connections provide access to all 16 channels. The module may be programmed as either a single 1x16 three-wire multiplexer, two independent 1x8 three-wire multiplexers (for four-wire Ω), or a 1x8 six-wire multiplexer.

Refer to the Agilent Technologies Website for instrument driver availability and downloading instructions, as well as for recent product updates, if applicable.

Configuration

One analog bus cable is shipped with each module, making it easy to connect common outputs together for slot-adjacent modules. If you are using a B-size mainframe, Agilent E1300B or E1301B, use the analog bus cable shipped with the E1326B DMM to connect it to the multiplexer(s).

C-size Adapter

For installing the E1345A in a C-size mainframe, the E1403C active adapter is recommended.

Image 1
Contents Description ConfigurationSize Adapter General Specifications Product SpecificationsModule Current Ordering InformationCooling/Slot Signal Conditioning Components/Current Shunt Online Related Literature