Bridges are measurement tools that automatically balance the system, and when the equilibrium is reached, automatic measurement of the measurement result. They are used in laboratories to quickly and accurately measure resistance, capacitance and inductance, but are most commonly encountered in industry where they serve to control technological parameters by measuring and recording the varying non-electrical quantities such as temperature, For appropriate changes in resistance, capacitance or inductance.
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LCR bridge, 200kHz, 0.05% accuracy, RS232, USB
LCR bridge, 200kHz, 0.05% accuracy, RS232, USB
LCR bridge 100kHz, 0.20% accuracy, USB
LCR bridge, 1MHz, 0.10% accuracy, RS232, GPiB
LCR bridge, 1MHz, 0.10% accuracy, RS232, GPiB
LCR bridge with frequency range up to 100kHz, accuracy: 0.5%
LCR bridge with frequency range up to 100kHz, accuracy: 0.5%
LCR bridge with frequency range up to 100kHz and accuracy of 0.8%
LCR bridge with frequency range up to 100kHz and accuracy of 0.8%
CHROMA 11050 series high-frequency RLC meters; up to 10 MHz; Basic accuracy: 0.1%; Communication interface: RS232, Handler, GPIB - optional, LAN - optional
CHROMA 11050 series high-frequency RLC meters; up to 10 MHz; Basic accuracy: 0.1%; Communication interface: RS232, Handler, GPIB - optional, LAN - optional
RLC 11021 (-L) meters from CHROMA; Communication interface: RS232, Handler - optional, GPIB - optional
RLC 11021 (-L) meters from CHROMA; Communication interface: RS232, Handler - optional, GPIB - optional
RLC meters 11022 / 11025 by CHROMA; Test signal frequency: 50, 60, 100, 120, 1k, 10k, 20k, 40k, 50k, 100kHz; Basic accuracy: 0.1%; Measurement time: 21ms; Interfaces: RS-232, GPIB, Handler.
RLC meters 11022 / 11025 by CHROMA; Test signal frequency: 50, 60, 100, 120, 1k, 10k, 20k, 40k, 50k, 100kHz; Basic accuracy: 0.1%; Measurement time: 21ms; Interfaces: RS-232, GPIB, Handler.