DMM1604
Digital bench multimeter for precise electrical measurements
Manufacturer： ['tti', 'aim-tti-instruments']
series introduction
# DMM1604 Product Series: Precision and Performance Redefined
## Overview
The DMM1604 product series represents a pinnacle of innovation in the field of digital multimeters. Engineered with cutting - edge technology and a focus on user - centric design, these multimeters are suitable for a wide range of applications, from basic electrical troubleshooting to advanced scientific research.
## Key Features
### High - Precision Measurement
The DMM1604 series is renowned for its exceptional measurement accuracy. With a resolution that can reach up to [X] digits, it can precisely measure various electrical parameters such as voltage, current, and resistance. Whether you are dealing with low - level signals in a laboratory setting or high - power electrical systems in an industrial environment, the DMM1604 ensures reliable and accurate readings.
### Wide Measurement Range
These multimeters offer an extensive measurement range to accommodate different types of electrical circuits. For voltage measurements, it can handle anything from millivolts to kilovolts, making it suitable for both low - voltage electronic devices and high - voltage power distribution systems. Similarly, the current measurement range spans from microamps to several amps, allowing for comprehensive testing of various electrical components.
### Multiple Measurement Modes
The DMM1604 series comes equipped with a diverse set of measurement modes. In addition to the standard voltage, current, and resistance measurements, it also supports capacitance, frequency, and temperature measurements. This versatility makes it a one - stop solution for technicians and engineers who need to test multiple electrical parameters in a single device.
### True RMS Measurement
One of the standout features of the DMM1604 series is its True RMS (Root Mean Square) measurement capability. True RMS multimeters are able to accurately measure the effective value of non - sinusoidal waveforms, which is crucial in modern electrical systems that often contain complex waveforms due to the use of power electronics and non - linear loads. This ensures that the measurements are representative of the actual power consumption and electrical characteristics of the circuit.
## Design and Build Quality
### Ergonomic Design
The DMM1604 multimeters are designed with the user in mind. They feature an ergonomic shape that fits comfortably in the hand, reducing fatigue during extended use. The large, backlit LCD display provides clear and easy - to - read measurements, even in low - light conditions. The buttons are well - spaced and tactile, allowing for intuitive operation.
### Robust Construction
Built to withstand the rigors of daily use in various environments, the DMM1604 series has a rugged exterior. It is housed in a durable, shock - resistant case that can protect the internal components from accidental drops and impacts. Additionally, the probes are made of high - quality materials and are designed to provide reliable connections with the test points.
## Connectivity and Data Management
### USB Connectivity
The DMM1604 multimeters are equipped with USB connectivity, allowing for easy data transfer to a computer. This feature enables users to save measurement data for further analysis, generate reports, and create graphs. It also facilitates remote monitoring and control of the multimeter, which can be particularly useful in automated testing setups.
### Data Logging
With built - in data logging functionality, the DMM1604 series can record measurement data over a period of time. Users can set the sampling interval according to their needs, and the multimeter will store the data in its internal memory. This is valuable for applications such as long - term monitoring of electrical systems, where trends and fluctuations need to be analyzed.
## Applications
### Electrical and Electronics Troubleshooting
In the field of electrical and electronics repair, the DMM1604 series is an indispensable tool. It can quickly diagnose faults in circuits by measuring voltage drops, current flow, and resistance values. Techn
Images for reference
Image Preview