IEPE Conditioner
The IEPE (Integrated Electronics Piezo-Electric) conditioner is an electronic device used to process signals from piezoelectric sensors, providing a constant current source (typically 2-20 mA) to power the IEPE sensor
The IEPE (Integrated Electronics Piezo-Electric) conditioner is an electronic device used to process signals from piezoelectric sensors, providing a constant current source (typically 2-20 mA) to power the IEPE sensor
The PDM (Pulse Density Modulation) decoder board is a specialized electronic device designed to process digital microphone output signals, performing low-pass filtering on PDM signals to remove high-frequency noise and extract the effective audio signal
Power amplifier is an electronic device designed to increase the amplitude of input signals, providing the necessary power to drive speakers, radio transmitters, or other high-power devices
Impedance box is a specialized test equipment used for measuring and analyzing the impedance characteristics of speakers, loudspeakers, and other audio devices
The standard strain simulators are composed of a series of precision standard resistors used for the calibration and standardization of various dynamic and static strain gauges, featuring extremely high accuracy and long-term stability
Fast calibration for strain testing instruments to ensure the accuracy of strain testing results
This laboratory simulates temperature and humidity environments, using the air enthalpy method and liquid refrigerant method to measure heat pump performance, including cooling and heating capacity, airflow, and power consumption. It precisely controls parameters on both the air side and the medium side, suitable for testing heat pumps, chiller units, and glycol refrigeration systems. By employing temperature and humidity control separation and energy-saving technologies, it improves measurement accuracy and reduces operating costs, in compliance with national, American, European, and Australian standards
This equipment is used for testing compressors, covering performance, reliability, and noise/vibration. It operates steadily under set conditions, testing parameters such as cooling capacity, heating capacity, power, COP, speed, and current. It also includes start-up performance, durability, overload, lifespan, winding temperature rise, and OCR oil circulation testing functions
This laboratory simulates temperature and humidity environments and uses the air enthalpy method to measure air conditioning performance parameters such as cooling capacity, heating capacity, airflow, power consumption, and APF. It is suitable for testing residential, commercial, automotive, data center, and energy storage air conditioners. Utilizing temperature and humidity control separation and energy-saving technologies, it enhances measurement accuracy and reduces operating costs, meeting ISO, GB, JIS, and ARI standards
This equipment simulates various temperature and humidity environments and is widely used in home appliances, electronics, automotive, aerospace, and research fields. It tests the performance of products and materials under high, low, and fluctuating humidity conditions or constant environments, offering a broad range of temperature and humidity settings with high control precision, complying with national GB and IEC standards