Wayne Kerr 3255B | Inductance Analyzer, 20 Hz - 500 kHz, basic accuracy: 0.1%
Manufacturer number: 3255B
Delivery time upon request
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Wayne Kerr 3255B | Inductance analyzer, 20 Hz - 500 kHz, basic accuracy: 0.1%.
- Frequency range: 20 Hz… 500 kHz (models up to 1 MHz available)
- Basic accuracy: 0.1%
- C, L, R, X, G, B, D, Q, Z, Y, Ø - parallel or serial
- Measuring speed: 4 adjustable speeds (20 / sec max)
- Interfaces: GPIB, BINNING
- Display: LCD 320 x 240
Technical Data
Accuracy: | 0,1 % |
---|---|
Article number: | 1J3255B |
Compensation functions: | Yes |
DC Bias: | 0 - 2A |
Dimensions (L x W x H) (mm): | 520 x 440 x 150 |
Displayable measurement parameters: | Cp, Cs, Lp, Ls, Rs, Rp |
Handlerinterface: | Yes |
Interfaces: | GPIB |
Listsweep: | Yes |
Measurement functions: | Z, L, C, R, Q, D, Ø, Turns Ratio |
Model: | 3255B |
Resolution: | 800 |
Special features: | LCD |
Testadapter: | Yes |
Testlimits: | Yes |
Warranty (years): | 1 |
Weight (kg): | 11 |
max. Frequency range (MHz): | 0.5 |
min. Frequency range (Hz): | 20 |
Documents & Downloads
Description
3255B | Inductance Analyzer, 20 Hz - 500 kHz, basic accuracy: 0.1%
Characterize components completely with extensive parametric tests.
With the 3255B series inductance analyzers you can characterize devices in a clear and simple way. The inductance analyzers are available in three versions: 3255BL (200 kHz), 3255B (500 kHz) and 3255BQ (1 MHz).
In the design phase of component development, it is very important to analyze how the components behave under different operating conditions. This includes operation over a range of frequencies, AC drive levels, or DC bias currents.
Product features:
- Characterizes components from 20Hz to 1MHz (depending on the model)
- Up to 125 ADC with WK3265
- DC bias
- Internal DC bias (1mA - 1A)
- Gear ratio, winding sense
- Extensive measurement functions
Accessoires (6 products )
Wayne Kerr 3255-D
BIN Handler option, non-isolated, for product series 3255
Delivery time upon request
Wayne Kerr 3255-S
Faster DC Bias Current ramp up and down option, for product series 3255
Delivery time upon request
Alternate products (2 products )
Wayne Kerr 3255BL
Inductance Analyzer, 20 Hz - 200 kHz, basic accuracy: 0.1%
Delivery time upon request
Wayne Kerr 3255BQ
Inductance Analyzer, 20 Hz - 1 MHz, basic accuracy: 0.1%
Delivery time upon request
Recommendations (13 products )
Wayne Kerr 1EV1006
Test holder for components, 4 terminals, 20 Hz - 3 MHz, length: 1 m
Delivery time upon request
Wayne Kerr 1EV1505
Alligator clip cable for LCR meter, 4 terminals, length: 60 cm
Delivery time upon request
Wayne Kerr 1EVA40100
Kelvin measuring cable with small terminals, 4 terminals, 20 Hz - 3 MHz, length: 60 cm
Delivery time upon request
Wayne Kerr 1EVA40120
Tweezers test adapter for SMD, 4 terminals, 20 Hz - 3 MHz, length: 1.5 m
Delivery time upon request
Wayne Kerr 1EVA40150
Kelvin measuring cable with small terminals, Economy 4 terminal, 20 Hz - 3 MHz, length: 60 cm
Delivery time upon request
Wayne Kerr 1EVA40180
Kelvin measuring cable with large terminals, 4 terminals, 20 Hz - 3 MHz, length: 60 cm
Delivery time upon request
Wayne Kerr 1J1015
Test holder for components, 125 A, 2 terminals, for series 3265
Delivery time upon request
Wayne Kerr 1J1016
Test holder for SMD, 125 A, 2 terminal, for series 3265
Delivery time upon request
Wayne Kerr 1J10324
Test holder for SMD Bottom Contact, 4 terminals, for 6500 series
Delivery time upon request
Wayne Kerr 3260B
Precision Magnetics Analyzer, 20 Hz - 3 MHz, basic accuracy: 0.1%
Delivery time upon request
Options (6 products )
Wayne Kerr 3255-D
BIN Handler option, non-isolated, for product series 3255
Delivery time upon request
Wayne Kerr 3255-S
Faster DC Bias Current ramp up and down option, for product series 3255
Delivery time upon request
About the Manufacturer
Wayne Kerr
Wayne Kerr was founded in London (GB) in 1946 and developed into one of
the leading manufacturers of measuring instruments in the electronics
sector worldwide. Today, you will find Wayne Kerr wherever the highest
precision and reliability are required: in automotive engineering,
component manufacturing, medical technology and, of course, in
universities and other educational institutions.