QuadTech Inc

The 1710 LCR Digibridge is an instrument for measuring primary parameters of inductance (L), capacitance (C) and resistance (R) and secondary parameters of dissipation factor (D) and quality factor (Q). This compact unit is designed with maximum flexibility and operator convenience in mind.

The simple front panel of the Digibridge requires less effort to operate. Digital display and user friendly control allows test parameters and limits to be set easily.

The 1710 LCR Digibridge is an economical, user friendly, general-purpose meter for production testing of inductors, capacitors and other LCR components. The 1710 Digibridge makes primary measurements of L, C, and R and secondary measurements of D and Q. L, C & R measurements are made at a frequency of 120Hz or 1kHz with a basic accuracy of ±0.2%. The accuracy of the secondary parameters for D or Q <1, is ± 0.001 for Q (with R), ±0.01 for Q (with L), and ± 0.0005 for D (with C). Refer to the Specifications for the accuracy of D and Q when D or Q > 1. Bias Voltage can be applied to capacitors by connection of an external voltage source on the rear panel. Bias levels from 0V to 60VDC are attainable. The test voltage level is programmable at 0.25V or 1.0V RMS. An internal zeroing function is provided and selectable from the front panel. Auto/Manual ranging is selectable for the five measurement ranges. Connection to the device under test (DUT) is through 4 BNC terminals on the front panel of the 1710 Digibridge unit.

• Meters used for impedance measurements (inductance, capacitance, and resistance) to characterize the performance of a variety of electrical components and materials
• Test Resistors, Capacitors, Inductors or any type of passive component
• Testing Electronic Components

Features:

• Easy to Use
• Basic LCR accuracy of 0.2%
• Large LED Display
• Measurement auto ranging or manual hold
• Guarded four-terminal Kelvin connections to maintain measurement integrity
• Cost Effective Solution LCR Testing
• Range from 0.0001ohm to 99.999ohm at 120 Hz
• Ranges from 0.0001ohm to 9.9999ohm at 1 KHz