Atec Agilent-4339B, Agilent-4349B User Manual
Within Budget
Without Compromise
Introducing the Agilent Technologies
4339B and 4349B High Resistance
Meters Used for Making UltraHigh Resistance Measurements
For precision bench-top applications,
the 1-channel 4339B is the premier
solution for accurate high resistance
and low current tests. For high resistance testing in manufacturing environments, the 4349B offers simultaneous 4-channel high resistance
measurements for increased test
throughput.
Satisfy Your Needs for ...
High quality results
• High confidence testing with
contact check function
• Remove parasitics with error
correction
• Consistent data with 0.6% basic
accuracy
• Compensation for handler contact
chattering with trigger delay
Versatile measurements
• Select from four test parameters
• Use a variety of test fixtures
and accessories
• Perform a charge-measuredischarge sequence with the test
sequence program function
• Save and recall up to ten
measurement setups
High test throughput: 4349B
• 9.5 ms measurements
• 4-channels for multiple DUTs
• 4-channel simultaneous testing
• Fast contact checking: 2 ms/
measurement
• GPIB and handler interfaces
• Ideal for high volume capacitor
testing
Agilent
4339B/4349B High Resistance Meters
Technical Overview
2
Open:
Compensates leakage current
and capacitance in test fixtures
and cables.
Contact check:
Verifies reliability of
capacitor test connections.
Save/Recall:
Stores and retrieves up to
10 measurement states.
Comparator:
Selects values for high,
in, and low testing.
Measurement parameter:
Selects the right parameter
for the measurement.
Display:
LCD with back-light. Displays
measurement values, instrument
states, and comparator results.
Test sequence program:
Controls a series of resistance
measurements.
(Charge-measure-discharge)
Agilent 4349B 4-channel high resistance meter
Key parameters and specifications
Agilent 4339B Agilent 4349B
Test channels 1 2ch, Option 4349B-001
4ch, Option 4349B-700
Test voltage(Vdc) 0.1 to 1000 Requires external power source
1
Measurement parameters R, I, pv, ps R, I
Measurement range
((ΩΩ))
103to 1.6x10
16
103to 10
15
Basic accuracy 0.6% 2%
Display resolution 3 / 4 / 5 digits 3 / 4 / 5 digits
Measurement time 10 ms/30 ms/390 ms 9.5 ms/28 ms/98 ms/397 ms
1. External power source required for resistance measurements. Recommendation for external power source for
measurement for 1 GΩ sample at 100 Vdc with accuracy = ±10%:
Ripple: ≤ 1 mVrms (50/60 Hz)
Wideband noise: ≤ 5 µVrms/Hz (50 Hz)
Switching noise: ≤ 50 mVrms (100 kHz)
3
High quality measurements
with flexible hardware
• Resolve data to 5 digits
(3, 4, or 5 digits selectable)
• Make precise measurements
with 0.6% basic accuracy
• Verify DUT performance at
the exact voltage rating
• Reliable and safety measurements
with Agilent 16339A component
test fixture
4339B solutions for high
voltage material testing
• Resistivity mathematics built-in:
surface and volume
• Agilent 16008B resistivity cell for
solid samples
• Easy measurements with test
sequence program function
(controls charge-measuredischarge sequence)
• Customize your fixture cabling
with the Agilent 16117C test
leads
System features you need to
be successful
• Maximize accuracy with
error correction
• Test capacitor contact failure
with contact check function
• Automate testing with GPIB
interface
• Reduce ground-loops with
isolated handler interface
• Pass/Fail testing with comparator
function (high/in/low)
Capacitor evaluation with the 4349B
• Optimize capacitor Vdc
rating tests
• Increase throughput four
times with 4-channels
• Improve reliability with
contact check
• Get low noise results with
Agilent 16117E test lead
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