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Other Specifications

Measurement parameters/ranges

Parameter               

Range

Agilent 4339B

R (dc resistance)    

10

to 1.6 x 

10

16 

I (dc current)  

60 fA to 100 

µ

A

ps (surface 

Refer to operation 

resistivity)

manual

pv (volume 

Refer to operation 

resistivity)

manual

Agilent 4349B

R (dc resistance)

10

to 10

15 

I (dc current)

1 pA to 100 

µ

A

Measurement conditions and functions

DC test voltage (4339B)

: 0 V to 

1000 V, 0.1 V steps @ V 

200V, 1.0 V

steps @ V > 200 V

DC test voltage (Agilent 4349B)

None supplied, use external power
supplies and voltage data entry 
for resistance measurements.
Maximum of 5000 V input and 5 
digit numerical entry.

Max current (Agilent 4339B)

10 mA @ 

100 V, 5 mA @ 

250 V, 2

mA @ 

500 V, 1 mA @ 

1 kV

Number of test channels

4339B: 1 channel, 
4349B: Option 4349B-700:4 ch 
Option 4349B-001:2 ch

Ranging

: Auto and hold

Trigger

: Internal, manual, and 

external

Delay time (trigger)

: 0 ms to 

9999 ms in 1 ms steps

Test cable lengths

: 2 meters 

maximum

Measurement time (typical)

:       

4339B: 10 ms / 30 ms / 390 ms
4349B: 9.5 ms / 28 ms / 98 ms /   

397 ms 

Other instrument functions

Error correction

: Open (removes

errors due to parasitics).

Comparator

: High, in, and low for

each of the test parameters.

Save/Recall

: 10 instrument states

from non-volatile memory.

Contact check

: Detects contact failure

for capacitive devices (2 ms).

GPIB

: Agilent’s implementation of

IEEE 488 for control and data.

Handler interface

: Negative logic 

and isolated. Signals are 
high/in/low, no contact, EOM, index,
alarm, keylock, ext. trigger.

Physical characteristics

Power

: 90 – 132 Vac or 198 – 264 Vac. 

47 Hz – 66 Hz. 45 VA (typical)

Operating 
temperatur
e/humidity

0 – 45 °C/

95% RH @ 40 °C.

Dimensions: 320(W) x 100(H) x
450(D) mm.
Weight: 6.5 k
g (typical).

Summary of Contents for 339B

Page 1: ...plying a free business tool with every order As well as the headline benefit of cost saving second user offers shorter lead times higher reliability and multivendor solutions Rental of course is ideal for shorter term needs and offers fast delivery flexibility try before you buy zero capital expenditure lower risk and off balance sheet accounting Both second user and rental improve the key business...

Page 2: ...gh 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 measure discharge sequence with the test sequence program function Save and recall up t...

Page 3: ...sure 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 source1 Measurement parameters R I pv ps R I Measurement range Ω 103 to 1 6x1016 103 to 1015 Basic accuracy 0 6 2 Display resolution 3 4 5 digits 3 4 5 digits Measure...

Page 4: ...ments with test sequence program function controls charge measure discharge 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 w...

Page 5: ...re 1 Conversion diagram For example determine the accuracy of a 5 MΩ 5 x 106 Ω measurement at 50 Vdc Rm 5 x 106 Ω Vs 50 V The intersection of Rm running paral lel to the 106 Ω diagonal line intersects the vertical Vs line at the second row from the bottom of the diagram Mov ing horizontally across to Table 1 the following equation is found 100 Vo 2 5 x 10 7 x Rm 0 5 Vs Entering the values for Rm V...

Page 6: ...nce value in ohms Im Measured current value in amperes External power supply parameters Vs Source voltage in volts Vo Source offset voltage in Volts Av Voltage accuracy Figure 2 Conversion diagram Table 2 Agilent 4349B measurement accuracy of reading Resistance RM Ω Current IM A Resistance measurement accuracy Current measurement accuracy Test voltage setting Vs V 1 Other test condition data avail...

Page 7: ...nnel 4349B Option 4349B 700 4 ch Option 4349B 001 2 ch Ranging Auto and hold Trigger Internal manual and external Delay time trigger 0 ms to 9999 ms in 1 ms steps Test cable lengths 2 meters maximum Measurement time typical 4339B 10 ms 30 ms 390 ms 4349B 9 5 ms 28 ms 98 ms 397 ms Other instrument functions Error correction Open removes errors due to parasitics Comparator High in and low for each o...

Page 8: ... and triaxial connectors are included For 4339B only Agilent 16118A tweezer test fixture Tweezer test fixture for easy testing for chip components Maximum applied voltage 100 Vdc Applicable measurement range 1 x 1011 Ω typical For 4339B only Agilent 16008B resistivity cell For resistivity measurements of dry sheet samples Upper electrode is spring loaded to apply pressure Surface and volume measur...

Page 9: ...ption 4349B 0BW Add service documentation assembly level Cabinet options7 q Option 4349B 1CM Rack mount kit q Option 4349B 1CN Front handle kit Certification option q Option 4349B 1A7 ISO 17025 compliant calibration Agilent 4349B Test Fixtures and Accessories Agilent 16117E Low noise test lead www agilent com For more information on Agilent Technologies products applications or services please con...

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