Professional Instrument Equipment and Testing Solution Supplier - JETYOO Industrial&Jianyou (Shanghai) Measuring Instrument Co., Ltd, a former Agilent product technical support engineer-Jian JETKEITHLEY Product Technology Application Engineer-RongyooA trade agency co founded in 2011 with a focus on technical support, aiming to break through the old and establish a new one! Fill the gap of most imported instrument and equipment manufacturers only setting up sales points in China, with weak or no technical support, and agent distributors only specializing in sales, not professional in pre-sales technical Q&A/testing plans, and not professional in after-sales training/maintenance calibration. Our technical sales engineers all have a bachelor's degree or above and over 10 years of experience in the testing industry. With our advanced and unique business philosophy, we specialize in providing instruments and equipment, testing solutions, technical training, and maintenance and measurement services to Chinese users. We are a leading company in the East China region of ShanghaiTechnology orientedA comprehensive service provider for instruments and equipment.

Japanese LCR tester HIOKI IM3536Performance characteristics

Measurement of capacitance of electrolytic capacitors:

According to JIS standards for testing electrolytic capacitors, the capacitance value of electrolytic capacitors varies greatly at different testing frequencies, so it is necessary to confirm the capacitance value based on the actual operating frequency of the circuit.

Measurement of capacitance of ceramic capacitors:

Ceramic capacitors can be divided into high dielectric constant type that varies with voltage and temperature compensation type. The JIS standard has different testing requirements for the characteristics of two types of ceramic capacitors. The frequency range of LCR tester IM3536 is DC, 4Hz~8MHz, and the built-in voltage range is 10mV~5V, which is very suitable for capacitor testing with the above two different requirements.

Inductance measurement of inductors (coils):

The phenomenon of LC resonance in the inductance and parasitic capacitance of an inductor (coil) is called self resonance. The frequency at which this self resonance occurs is called the self resonance frequency. Please measure L and Q at a frequency lower than the self resonant frequency when evaluating the coil.

Measure the frequency characteristics of inductors:

The LCR tester IM3536 has a wide measurement frequency range and can be set to DC, 4 Hz to 8 MHz, making it very suitable for evaluating measurements with continuously changing frequencies. Installing the attachment LCR on the computer uses application software (CD-R) and can perform frequency scanning function through interfaces (USB, GP-IB, RS-232C). The automatically measured values can be saved in Excel or CSV format.

LCR tester that is highly suitable for research and evaluation of actual usage conditions under a wide range of measurement conditions

LCR with a wide frequency range is highly suitable for developing and evaluating the resonant frequencies of piezoelectric components and coils under different operating frequency ranges. Recommended for evaluating the resonance frequency of piezoelectric components and coils. If using application software ※, it is possible to easily scan and measure frequency, voltage, and current.

Variable frequency: DC, 4 Hz~8 MHz

Voltage variable: 10 mV~5 V (V mode/CV mode)

Variable current: 10 μ A~100 mA (CC mode)

※ It is possible to use a computer to set sweep frequency (or voltage, current) and save measurement data in CSV or Excel format. Please install the application software using the standard CD or download it from HP.

Continuous measurement function: I want to check the L-Q of the power supply inductance at 1kHz and also want to check the DC resistance (Rdc). At this point, one IM3536 can perform continuous high-speed testing under two testing requirements.

Reliability testing of LCR tester in automated production line: testing line compensation

The line length compensation setting can be set to 0 m/1 m/2 m/4 m. Testing line extension can also ensure accuracy.

LCR tester for reliable testing in automated production lines: contact inspection function

When measuring with 4 terminals, pre-set the contact status between the test end and the object being tested. Measure the contact resistance between LPOT~LCUR and HPOT~HCUR, and issue an alarm signal when it exceeds the set threshold.

Japanese LCR tester HIOKI IM3536Basic parameters

Measurement mode LCR (single condition measurement), continuous measurement (continuous measurement under storage conditions)

Measure parameters Z, Y, θ, X, G, B, Q, Rdc (DC resistance), Rs (ESR), Rp, Ls, Lp, Cs, Cp, D (tanδ), σ, ε

Measurement range of 100 m Ω~100 M Ω, 10 levels of range (all parameters specified by Z)

Display range Z: 0.00 m~9.99999 G Ω, Y: 0.000 n~9.99999 GS, θ: ± (0.000 °~999.99 °), Q: ± (0.00~999.99), Rdc: ± (0.00 m~9.99999 G Ω), D: ± (0.00000~9.99999), Δ%: ± (0.000~999.999%), etc

Basic accuracy Z: 0.05% rdg. θ: 0.03 ° (representative value, accuracy guarantee range: 1m Ω~200M Ω)

Measurement frequency: 4 Hz~8 MHz (10 mHz~100 Hz step)

Measurement signal level [V mode, CV mode] in [normal mode]

4 Hz~10000 MHz: 10 mV~5 V (maximum 50 mA)

1.0001 MHz~8 MHz: 10 mV~1 V (maximum 10 mA)

[Low Z High Precision Mode] in [V Mode, CV Mode]

4 Hz~10000 MHz: 10 mV~1 V (maximum 100 mA)

[Normal Mode] of [CC Mode]

4 Hz~10000 MHz: 10 μ A~50 mA (maximum 5 V)

1.0001 MHz~8 MHz: 10 μ A~10 mA (maximum 1 V)

[Low Z High Precision Mode] in [CC Mode]

4 Hz~10000 MHz: 10 μ A~100 mA (maximum 1 V)

[DC resistance measurement]: 1 V fixed

DC bias voltage range: DC voltage 0~2.50 V (0~1 V in low Z high-precision mode)

Output impedance usual mode: 100 Ω, low Z high-precision mode: 10 Ω

Display color TFT 5.7-inch, touch screen

Function comparator, BIN measurement (2 items with 10 classifications), trigger function, open/short circuit compensation, contact inspection, panel saving/reading function, storage function

Interface EXT I/O (processor),/USB/USB/LAN/GP-IB/RS-232C, BCD output

Power supply AC 100~240 V, 50/60 Hz, 50 VA max

Volume and weight 330W × 119H × 230D mm, 4.2 kg

Attachment power cord x 1, user manual x 1, CD-R (communication manual, LCR application CD) x 1

Probe and fixture

When using 9268-10 or 9269-10, an external constant voltage source or constant current source is required.

SMD test fixture IM9100 direct connection type, with electrodes at the bottom for SMD use, DC～8MHz， Measurable sample size: 0402~1005 (JIS)

4-terminal Kelvin clamp 9140-10, DC~200kH, 50 Ω, 1 m long

Test fixture 9261-10, wire length 1m, DC~5MHz, characteristic impedance 50 Ω, measurable port diameter: 0.3~1.5mm

Test fixture 9262, DC～8 MHz, Direct connection type

SMD test fixture 9263, direct connection type, DC~5 MHz test size: 1mm~10.0mm

DC bias voltage unit 9268-10, direct connection type, 40Hz~8MHz, maximum applied voltage DC ± 40V

DC bias current unit 9269-10, direct connection type, 40Hz~2MHz, maximum applied current DC 2A (maximum applied voltage DC ± 40V)

4-terminal probe 9500-10, with a wire length of 1m, DC~200kHz, 50 Ω, capable of measuring conductor diameters ranging from 0.3mm to 2mm

SMD test fixture 9677, used for SMD DC~120MHz with electrodes on the side, test sample size: 3.5mm ± 0.5mm

SMD test fixture 9699, used for SMD DC~120MHz with electrodes at the bottom, test sample size: width 1.0~4.0mm, height below 1.5mm

Front end probe IM9901, used to replace the universal size of the front end of L2001, which comes standard with L2001

Front end probe IM9902, used to replace the small size of the front end of L2001

4-terminal probe L2000, DC~8MHz, 1m long

Tweeze shaped probe L2001, wire length 73cm, DC~8MHz, 50 Ω, front electrode spacing: 0.3-6mm (IM9901: JIS size 1608-5750) (IM9902: JIS size 0603-5750)

PC communication

GP-IB connection wire 9151-02, 2m long

RS-232C connection cable 9637, 9pin-9pin, 1.8m long