Atec Agilent-E4916A - Manual (Page 3)

3
Meets a Variety of Measurement Needs
on the Production Lines
For Intermediate Inspection:
• Consistent testing with final
inspection. Based on the same
measurement method as that for
the network analyzer, the
HP E4916A provides measurement
results that can properly correlate
with those obtained with the
network analyzer used for final
inspection.
• Simple operation. The HP E4916A
simply requires trigger inputs to
provide the desired parameters.
• Space saving. The HP E4916A can
fit anywhere in the clean room.
Also, it operates stand alone: no
need to use a PC for testing.
• Self-contained. The HP E4916A
requires no external devices for Fr
(FL) and CI measurements and
Pass/Fail judgment.
For Frequency Adjustments:
• EM (evaporation monitoring)
mode. The HP E4916A comes with
the EM mode for high-speed
monitoring.
For Final Inspection:
• DLD (drive level dependency)
characteristic measurement. The
HP E4916A offers the DLD
characteristic measurement
function for efficient determina-
tion of variations in resonance
frequency and impedance resulting
from variations in drive level.
• Centralized data management. The
HP-IB interface allows testing to be
performed automatically and
measurement data to be managed
collectively.
• Integration to a handler. The
handler interface allows connec-
tion between an external handler
and the HP E4916A.
For Measurement with Load
Capacitance:
• Consistent testing with network
analyzer. When measuring a DUT
with load capacitance, the
HP E4916A can make it easy to
correlate your results with those
obtained with network analyzer,
for which same test fixtures and
load capacitance can be used.
HP 41901A SMD
π
Network and its Load Capacitances
HP 41900A
π
Network Test Fixture and its Load Capacitances
• Frequency trapping for automated
evaporation. You can specify
multiple trap frequencies to
determine the transition of the
resonance frequency. The
HP E4916A detects in real time
when the resonance frequency falls
into each of the trap frequencies
and outputs the results through the
handler interface for proper
controlling of the evaporator
operation.