Exploring 50Hz-100kHz LCR Meter

50Hz-100kHz LCR Meter-Chroma 11025

50Hz-100kHz LCR Meter

Chroma 11022/11025

Programmable test signal level settings are from 10mV to 1V in steps of 10mV, and the VM/IM signal level monitor functions allow you to evaluate your devices at the level you specify

Test Levels

10mV~1V , step 10mV

Basic Accuracy

0.1%

Measurement Time

21mS

The Chroma 11022 and 11025 LCR Meters are passive component testers that can give you the most cost effective alternative equivalent to the high priced meters. They are designed for the demanding applications in production test, incoming inspection, component design and evaluation. Programmable test signal level settings are from10mV to 1V in a step of 10mV, and the VM/IM signal level monitor functions allow you to evaluate your devices at the level you specify. Ten test frequencies of 50Hz, 60Hz, 100Hz, 120Hz, 1kHz, 10kHz, 20kHz, 40kHz, 50kHz, and 100kHz, can be used to evaluate passive components and transformers/ LF coils.
Measurement Capabilities

Most low cost LCR meters on the market have shortcomings when used for low impedance component evaluation such as large capacitance of electrolytic capacitors and low inductance of coils. As the 11022/11025 are equipped with high resolution (0.01mΩ) in low impedance and high accuracy (0.3%) till 100mΩ range, it can be used to evaluate low impedance components to meet measurement requirements.

The 11025 LCR Meter can also measure DC resistance, turn ratio, and mutual inductance of transformers. It is suitable for pulse transformers or LF coil evaluation. When in use, the equipped transformer test fixture can measure both the primary and the secondary parameters automatically by changing the internal relays on the 11025. There is no need to change the connections required for measuring transformer parameters. Adjustable internal DC bias current source can be up to 200mA (constant 25Ω) which is a standard function, as the right tool for inductance inspection of telecom transformers and small power chokes under DC bias current.

Designed to Maximize Productivity

The 11022/11025 LCR Meters provide a powerful combination of features designed to maximize productivity in all testing environments. The measurement speed in the SHORT integration time mode is 21mS (≥100Hz). The handler interface and pin-out are compatible with the 4263B specification. GPIB Interface and IEEE 488 commands are also compatible with 4263B.

In addition, the 11022/11025 have a built in comparator, 8 bin sorting, trigger delay functions, and handler interface trigger functions, which make them easy for system integration, and improve the measurement throughput as well as reliability.

Watch

LCR Meters: Selecting Precision Equipment for Low, Mid, and High Frequency Impedance Measurements

This seminar covers Chroma LCR test instruments that not only analyze the characteristics of components but also help to optimize the entire application process including automated manufacturing assessment, incoming and outgoing material inspection, quality verification, and R&D analysis in order to meet low cost, high efficiency requirements.

Related Products

100Hz-50kHz LCR Meter

Chroma 11021/11021-L

0.25V / 1V (11021)
50mV / 1V (11021-L)

0.1% (11021)
0.2% (11021-L)

75mS

For use in both component evaluation on the production line and fundamental impedance testing for bench-top applications

50Hz-100kHz LCR Meter

Chroma 11022/11025

10mV~1V , step 10mV

0.1%

21mS

Programmable test signal level settings are from 10mV to 1V in steps of 10mV, and the VM/IM signal level monitor functions allow you to evaluate your devices at the level you specify

Capacitor Leakage Current/IR Meter

Chroma 11200

1.0~100V, step 0.1V: 101~650V
or 800V, step 1V

0.3%

77mS~420mS

Used for both component evaluation on the production line and fundamental leakage current or IR testing for bench-top applications

High Frequency LCR Meters up to 30MHz

Chroma 11050 / 11050-5M / 11050-30M

10mV~5V

0.1%

15mS~295mS

Measurement capabilities cover the primary and secondary parameters required for testing the inductance, capacitance, resistance, quality factor and loss factor of passive components