LCR-6002 (CE)

LCR-6002 (CE) from GW Instek is a LCR-6000 series 10Hz to 2KHz (±0.01%) (4 digits resolution) high precision LCR meter. The compact size design, 2U height and 1/2 rack is one of the practical features of series which is optimum space saver suitable for either bench top or system rack. The compacted LCR-6002 with abundant features is absolutely excellent tool for R&D, production test, IQC etc on implementing each test stages for passive components. It provides rich functionalities with compact size. In addition to simultaneously displaying setting criteria and measurement results, the meter increases two additional monitoring parameters. For external control, the meter provides handler interface & collocates with its measurement sorting function (9BIN, AUX: 1BIN) to facilitate connection with sorting machine so as to sort out materials. It has 10 memory sets defined by panel setting criteria to facilitate users in selecting test criteria and saving time in repeated settings.

• Consecutive frequency and convenient zero function
• Rich and diverse information display, 10 points listed tests and PC software
• Diverse ancillary measurement functions, 3.5" colour LCD features opulent display parameters
• Basic accuracy of 0.05% (slow/medium), 0.1% (fast) & 25ms (fast)/100ms (med)/333ms (slow) test speed
• RS-232C, handler, USB storage standard interface & 30 ohm/50 ohm/100 ohm selectable output impedance
• Measuring speed up to 25ms (max), full frequency range or spot OPEN/SHORT
• DCR measurement and internal DC bias voltage (±2.5V)
• PASS/FAIL judgment, auto level control (ALC) function, 0°C to 50°C operating temperature
• BIN function provides 9BIN and 1AUX, totally 10 BIN
• 265mm (W) x 107mm (H) x 312mm (D) dimension, 3Kg weight, 90V to 250V, 50-60Hz (30VA power) AC power

Cuprins

LCR-6002 LCR meter, Safety sheet, Power cord, Test Fixture LCR-06B, CD (user manual/PC software).

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To avoid damaging the interface, ensure the external power does not exceed the +12.4V to 36V input range.

Note

Do not apply DC voltage or current to the unknown terminals. Applying a DC voltage or current may lead to device failure.