Product Description
L.C.R. Bridge
Fully Solid state instrument, workable on 220 V 50 Hz or on 9 Volts Battery, useful for the wide range measurement of Resistance, Capacitance and Inductance. Resistance Range : 0.01 Ohms to 1 Meg Ohms in seven ranges. Capacitance 2 PF to 110 MFD. Inductance 2 micro Henries to 110 Henry in seven ranges Accuracy ±1%, D-0.001 to 10Q=1 to 10. Dimension 14"x9"x5½". |
Versatile L.C.R. MeasurementThe L.C.R. Bridge offers a wide measurement range for inductance, capacitance, and resistance, catering to the needs of laboratories and technical institutions. Its compatibility with various electrical components makes it indispensable for detailed circuit analysis, quality control, and educational experimentation. Accurate readings ensure your research and instructional outcomes are reliable and consistent.
Robust Construction & Reliable OperationBuilt from high-grade aluminium alloy, the L.C.R. Bridge stands up to the demands of frequent laboratory use. The integrated galvanometer provides clear balance detection, while precision rotary switches simplify operation. Capable of functioning smoothly from 10C to 40C and with a standard 220 Volt power supply, it provides stability and safety across diverse environments.
FAQs of L.C.R. Bridge:
Q: How is the L.C.R. Bridge used in a laboratory setting?
A: The L.C.R. Bridge is primarily used to accurately determine the values of inductance, capacitance, and resistance in electrical components. Set the frequency, connect the component, balance manually using the rotary switches, and read the value as indicated.
Q: What is the benefit of manual balancing in this L.C.R. Bridge?
A: Manual balancing gives users greater control and precision in measurements, allowing for more accurate results, especially in research and instructional settings where fine tuning is essential.
Q: Where can the L.C.R. Bridge be effectively utilized?
A: This device is commonly used in physics and electronics laboratories, academic institutions for teaching purposes, and industrial settings for quality testing and component analysis.
Q: What temperature range is safe for operating the L.C.R. Bridge?
A: The bridge operates safely and accurately within a temperature range of 10C to 40C, ensuring stable performance in most laboratory environments.
Q: What is the construction material and why is it important?
A: The body is made of aluminium alloy, which provides durability, corrosion resistance, and reliability during continuous usage.
Q: Which detection and adjustment methods are incorporated?
A: It features an integrated galvanometer for balance detection and precision rotary switches for fine manual adjustment, ensuring accurate and repeatable measurements.