ZM2376 NF Corporation LCR Meter - NF Corporation - Manufacturers

4.7 (335) · € 26.50 · In Magazzino

We have new NF Corporation ZM2376 LCR meters 5.5 MHz available. Thousands of model numbers in stock. Sell your test equipment to us too!
Additional Features: Measurement parameters Primary parameters:|Z|, |Y|, L, C, R, G For equivalent circuit of L, C, and R, Parallel/Series/Auto Selection are selectable Secondary parameters: Q, D, θ, X, B, Rs, Rp, G, Lp, Rdc Auto parameter selection: Primary parameters (including equivalent circuit) and secondary parameters can be selected automatically Measurement conditions Measurement frequency: 1 mHz to 5.5 MHz Basic accuracy: 0.08 % Measurement signal level: 10 mVrms to 5 Vrms, 1μArms to 200 mArms DC bias: Internal: 0 to +5.0 V; External: ± 40V (using an optional DC bias voltage adapter) Measurement time: Max. 2 ms (at 1 MHz) Other measurement related functions Contact check Low capacitance check Comparator: 14 bins Multi-measurement Remote Control Interface Interface: USB, RS-232, GPIB, LAN (option) Handler interface Software: Application software for remote control and data acquisition General Specifications Power supply: Voltage: AC 100V to 230V ±10%, but 250V or less; Frequency: 50/60Hz, ±2Hz; Power consumption: 75VA or less; Overvoltage category II Environmental conditions: Operation: Temperature: 0 to +40°C. Humidity: 5 to 85%RH. (Absolute humidity 1 to 25g/m3, non-condensing.) Storage: Temperature: -10 to +50°C. Humidity: 5 to 95%RH. (Absolute humidity 1 to 29g/m3, non-condensing.) Pollution degree 2 (indoor use) Settings/correction value memory: 32 sets. Settings and correction values can be saved and restore individually or together Resume: Last setting and correction value are restored at power-on External dimensions: 260(W)×88(H)×280(D)mm (not including protuberances) Accessories: Power code set (3 pole, 2m), Instruction manual, CD-ROM (application software, sample program), LabVIEW driver (ZM2371/ZM2372) IVI drivers (ZM2376) The NF Corporation ZM2376 LCR meter covers a wide frequency range, from the low-frequency region of 1 mHz up to 5.5 MHz. Supports a wide range of applications, from materials research to component production lines, by means of high-speed, low measurement fluctuation. Wide measurement frequency range and high-resolution settings The ZM2376 covers frequencies from 1 mHz to 5.5 MHz. The resolution can be set to 5 digits or 6 digits making it possible to perform measurements at frequencies actually used for a variety of components, in addition to evaluation of the frequency dependence of the parameters. Wide range of test signal and ALC functions The measurement signal level can be set at a resolution of 3 digits to 10 mVrms to 5 Vrms, or 1 μArms to 200 mArms. In addition, by means of the automatic level control (ALC) functions, constant voltage and constant current mode can be set, making it possible to perform measurements with high reproducibility at a stable signal level that takes into account the voltage and current dependence of the sample. High speed measurement Measurement speed is selectable from 5 levels: RAP (rapid) , FAST, MED, SLOW and VSLO (very slow). When set to RAP, high-speed measurement at 2 ms (1 kHz/1 MHz) or 10 ms (120 Hz) can be performed. This high-speed, high-precision LCR meter will help to improve the measurement efficiency of production lines and automatic inspection equipment. DC bias voltage The built-in DC bias power supply of 0 to +5 V for ZM2376 enables the measurement of polar components such as electrolytic capacitors. With the ZM2376, high-speed impedance measurements, such as for lithium-ion batteries (single cell), are also possible. In addition, the use of an optional DC bias voltage adapter* makes it possible to apply a bias voltage of ± 40V to a sample enabling support for such measurements as the voltage dependence of high-capacity multi-layer ceramic capacitors. DC resistance (DCR) measurement It is possible to perform DC resistance measurements on the winding resistance of such equipment as coils or transformers. The measured values of the inductance can be displayed in the primary parameters at the same time as the DC resistance in the secondary parameters. Contact check function In order to prevent measurement and selection errors due to poor contact between the measurement tip and components, ZM2372 performs a contact check measurement at four terminals to determine defects. This eliminates the output of defective products. (Additional time required for contact check: 4 ms) Contact check and low capacitance check detects abnormally low capacitance, abnormal voltage and current, and can detect contact failures with little additional time. Triggered synchronous drive This function can be used to drive a sample for a period of time while contact is being made. When performing measurements of large-capacity capacitors, it is possible to reduce the damage caused by the contact by removing the sample. For samples with hysteresis characteristics, when measurements are performed in a short period of time, the measured values have larger fluctuations. By using triggered synchronous drive, the relationships between the time and the phase of the drive signal applied to each sample and the acquired signal are made constant. This suppresses deviations of the measured values ??and makes it possible to significantly reduce the measurement time. Deviation display When measuring a component, a preset value can be set and the deviation and the deviation % of the measured value compared with the preset can be displayed. This can be useful for making acceptance judgments against standard component tolerance values as well as for temperature characteristic tests. Comparator A maximum of 14* primary parameters can be classified in bins, and measurement results can be sorted on a set of upper and lower limits that have been set by secondary parameters. Sorting is possible by measured value, deviation or deviation %, and the comparator results can be output to the handler interface*. In addition, a beeper can be turned on depending on the comparator results. Using the limit determination function with the remote control interface, is also possible to determine the upper and lower limits (for each one set) of the primary parameters and secondary parameters. Multi-measurement When measuring a component, a preset value can be set and the deviation and the deviation % of the measured value compared with the preset can be displayed. This can be useful for making acceptance judgments against standard component tolerance values as well as for temperature characteristic tests. Interfaces Equipped with various standard interfaces for remote control. Integrates into production lines and automatic inspection systems without any additional options. Other functions Correction functions (Open correction, short correction, load correction, cable length correction) Setting and correction value memory (32 sets, switchable to be saved to non-volatile memory) Monitor display (voltage and current) Discharge protection Application software (included as standard) Sample program (C #, VB.NET) included IVI instrument drivers included (LabVIEW drivers automatically generated on the LabVIEW system) Applications For integrating into component production lines and automatic sorting devices With measurements at a maximum speed of 2 ms and with small deviation, correction functions to suppress the influence of the cable connecting to the sample, comparator and contact check functions, as well as handler interfaces for automatic sorting, this LCR meter supports a variety of line needs. For high-speed impedance measurements of lithium ion batteries The internal DC bias voltage of ZM2376 can be set up to +5 V, enabling electromotive force of more than 3 V to be measured in lithium-ion batteries (single cell). In addition, since measurements can be performed from a low frequency of 1 MHz, a detailed assessment of the internal impedance of the battery is possible. Support various impedance-frequency measurements Software capable of setting various measurement conditions and acquiring and displaying measurement data is included. Measurement data can be acquired in CSV file format, making it convenient to process very large amounts of data for research and development. In addition, measurement of impedance frequency characteristics is supported by means of frequency sweep measurement. Operating environment for Application software OS: Windows 7 (32-bit version and 64-bit version), Windows XP (32-bit version), Windows Vista (32-bit version) Interface: USB; To be able to save settings and measurement data in XLS format, Microsoft Excel 97 or later is required