Product Description
We manufacture, export and supply AC Millivoltmeter to our clients in Roorkee, Uttarakhand, India. ACM-102: True RMS A.C. Millivoltmeter, ACM-102 is based on AD536. This is a completely monolithic integrated circuit which performs true rms-to-dc conversion of any waveform. The true rms value of a waveform is more useful quantity than average rectified value, since it relates directly to the power of the signal. The crest factor compensation scheme of the AD536 allows measurement of highly complex signals with wide dynamic range. The crest factor is often overlooked in determining the accuracy of an ac measurement. Crest factor is defined as the ratio of the peak signal amplitude to the rms value of the signal (C.F.=Vp/Vrms). Input signal is appropriately processed through a FET input wide band, extremely fast settling time, low noise amplifier.
By keeping track of current market developments, we are offering an enormous range of True RMS A.C. Millivoltmeter. These products are fabricated by our truly skilled workers using best quality material and latest equipments in compliance with globally accepted norms. Our offered products have gained exceptional value in general laboratory and R&D labs. We also provide these products in various specifications at pocket-friendly prices.
Features:
- Non-interrupted performance
- Long lasting
- User-friendly
Highlights:
- Measures True RMS Voltage
- Accuracy 1%
- High Input Impedance
- High Stability
- Excellent Linearity
Applications:
- Measurement of low signal like microphone outputs e.g. in r.m.s. sound level monitoring
- Amplifier frequency response well beyond audio ranges
- RMS voltage measurement of modulated signals
- Power measurements with external standard resistance
Specifications of ACM-102
- Voltage Range: 20mV, 200mV, 2V and 20V
- Frequency Range: 10Hz to 200KHz
- Input Impedance: 1MW shunted by 25pf on all ranges
- Accuracy: 1% in the range 10Hz-100KHz; 2% in the range 100KHz-200KHz
- Display: 3 digit, 7 segment LED (12.5mm height) with decimal and overflow indication
- Power Supply: 220V +10%, 50Hz
- Accessories: 75cm shielded cable with a coaxial connector at one end and banana plugs on the other end
Precision in Every MeasurementThe ACM-102 offers dependable True RMS detection, delivering accurate AC millivolt readings essential for laboratory experiments. Its advanced electronic design minimizes measurement errors, providing scientists and students with reliable data for complex analyses. This feature-rich instrument is especially suitable for applications where accuracy cannot be compromised.
User-Friendly Digital DisplayEquipped with a clear digital display, the ACM-102 ensures all readings are easily visible, reducing the risk of misinterpretation. Its intuitive interface is adaptable to various laboratory environments, making it suitable for both experienced technicians and newcomers to laboratory measurement.
FAQ's of True RMS AC. Millivoltmeter, ACM-102:
Q: How does the True RMS AC Millivoltmeter, ACM-102, enhance accuracy in laboratory experiments?
A: The ACM-102 employs True RMS technology, allowing it to accurately measure the effective value of AC signals, even with complex or non-sinusoidal waveforms. This ensures precise voltage readings critical for laboratory research and experiments.
Q: What is the process for using the ACM-102 in a laboratory setup?
A: To use the ACM-102, simply connect the input leads to the circuit under test, turn on the device, and observe the voltage measurement on the digital display. The ergonomic design and digital interface streamline experiment workflows.
Q: When is it appropriate to use a True RMS AC Millivoltmeter like the ACM-102?
A: The ACM-102 is particularly valuable when measuring low-level AC voltages in laboratory experiments, academic research, or electronic equipment diagnostics, especially where waveform accuracy is paramount.
Q: Where is the ACM-102 manufactured and supplied from?
A: The True RMS AC Millivoltmeter ACM-102 is manufactured and supplied in India, serving laboratories, educational institutions, and research departments both domestically and internationally.
Q: What are the key benefits of using a digital display on the ACM-102?
A: A digital display on the ACM-102 provides instant, clear, and precise readings, minimizing errors and enhancing efficiency during experiments or routine testing. It simplifies data recording and improves accuracy over traditional analog meters.
Q: How does the weight and material composition of the ACM-102 affect its usability in laboratories?
A: With a weight range of 3 to 10 kilograms and a durable electronic build, the ACM-102 is stable on workbenches and easy to integrate into laboratory setups without being cumbersome, ensuring safe and practical daily use.