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Load Leads óRemote Sense Points
Cl, C2 = 33 µF
C3 = Load bypass capacitor
R1, R2 = 20 Ω, 1%
Figure 4-4b. Series 667xA Sense Lead Bypass Network
Operating Configuration
Figure 4-4c through Figure 4-4f show the various configurations for connecting to the load. Figure 4-4g shows how to
connect an external voltage source for analog programming.
Connecting One Power Supply to a Single Load (Figure 4-4c)
Figure 4-4c shows how to connect a single power supply to one load. Keep output load leads close together (small loop
area) to obtain a low inductance and low impedance connection to the load. If you wish to use remote sensing, connect the
sense leads at the load as shown in the figures.
Load Connection óLoad ìAnalog Connector
A Connect for remote sensing (optional) B Connect for local sensing (default)
Figure 4-4c. Series 667xA
Single Load Connection (Remote Sensing Optional)
Connecting One Power Supply To Multiple Loads (Figure 4-4d)
Figure 4-4d shows how to connect a single power supply to more than one load. When connecting multiple loads to the
power supply with local sensing, connect each load to the output bus bars with separate connecting wires. This minimizes
mutual coupling effects and takes full advantage of the supply’s low output impedance. Keep each pair of load wires as short
as possible and twist or bundle them to reduce lead inductance and noise pickup.