Connecting The Test Set; Mating Connectors; Power And Control Connections; Signal Path Connections - Agilent Technologies 8511B Operating And Service Manual

Mating Connectors

Power and Control
Connections
Signal Path
Connections
Installation

Connecting the Test Set

Connecting the Test Set
INPUT PORTS a , b , b
l l 2
and mate with precision 2.4 mm male connectors.
The TEST SET INTERCONNECT connector is a series D subminiature
female connector with 7 RF cavities. It mates with the corresponding male
connector.
The 8510 SYSTEM BUS connector is a female GPIB type connector and
mates with the corresponding male connectors of the GPIB cables.
The following connections, with the exception of line power, are illustrated
in Figure 3-2 on page 3-7. That figure also shows the connections required
for the RF source.
1. Connect the line cord between an electrical outlet and the line module to
supply power to the frequency converter.
2. Connect the test set IF interconnect cable from the J11 TEST SET
INTERCONNECT connector on the rear panel of the 8511B to the J1
TEST SET INTERCONNECT connector on the rear panel of the
Agilent 85102 IF detector.
3. Connect the system bus cable from the 8511B J12 8510 SYSTEM BUS
connector to the 8510 INTERCONNECT connector of the 85101
display/processor. The test set IF interconnect cable and the system bus
cable transmit control signals between the test set and the network
analyzer.
The IF signals from the test set are transmitted to the 85102 1F detector by
the supplied test set IF interconnect cable. Longer IF interconnect cables are
available.
RF signals are typically transmitted from the source to the DUT (device
under test) or signal separation devices by 3.5 mm flexible or semi-rigid
cables.
3-6 Agilent 8511B Test Set Operating and Service Manual
and a are precision 2.4 mm female connectors
2