The 66060 Series Multi - Channel Programmable Battery Simulator
Description
The 66060 multi-channel programmable bidirectional
DC power supply (equipped with 16 battery
simulator modules) is suitable for battery simulation and performance testing in various battery management systems (BMS), portable electronic devices, battery-powered tools, and low-power power supplies. The equipment is designed with a standard 19-inch 2U height, suitable for integration into testing systems or benchtop power supply applications. Channels are isolated from each other, facilitating series connection among multiple channels. It features ultra-fast transient response capability and uses unique variable output resistance technology to accurately simulate the dynamic characteristics of batteries. It can also monitor the power consumption of the devices under test (DUT) by measuring DC current. The 66063 board provides digital voltmeter (DVM) functionality, eliminating the need for a separate voltage measurement instrument.
Main Features
Multi-Channel Programmable Battery Models in 66060 Series
Typical application includes but are not limited to research and testing of portable consumer electronic devices such as smartphones, Bluetooth headphones, smart watches, and medical electronics. Production testing for electric tools such as electric screwdrivers and electric toothbrushes. DC-DC converters, wireless charging, and other battery-powered and low-power power supply tests. Battery emulation, charger emulation, battery cell charge and discharge, battery pack balancing and maintenance, etc. High-precision bidirectional power supply applications, testing of idle current and static power consumption in electrified products, etc.
DC power supply (equipped with 16 battery
simulator modules) is suitable for battery simulation and performance testing in various battery management systems (BMS), portable electronic devices, battery-powered tools, and low-power power supplies. The equipment is designed with a standard 19-inch 2U height, suitable for integration into testing systems or benchtop power supply applications. Channels are isolated from each other, facilitating series connection among multiple channels. It features ultra-fast transient response capability and uses unique variable output resistance technology to accurately simulate the dynamic characteristics of batteries. It can also monitor the power consumption of the devices under test (DUT) by measuring DC current. The 66063 board provides digital voltmeter (DVM) functionality, eliminating the need for a separate voltage measurement instrument.Main Features
- The unit with battery simulation boards (6V5A - 12V5A) enables testing with different ranges of requirements. It supports up to 8 boards, allowing for 8-channel battery simulation. Various boards with different specifications can be combined, and multiple hosts can be cascaded to simulate larger battery arrays.
- The battery simulation boards offer a wide measurement range per channel, catering to various battery characteristic simulations. They feature ultra-fast dynamic response with a response time of ≤500µs.
- High-performance color touchscreen display with a main screen displays 8 channels
- Using a four-wire connection method in which two lines are used for outputting voltage, and the other two directly to measure the voltage of the device under test. By measuring the lines through the SENSE terminal, the voltage drop caused by lead resistance between the battery simulator and the DUT can be eliminated.
- Real battery simulation, automatic switching between charging and discharging states, internal resistance simulation, suitable for conducting charge and discharge tests on various types of portable batteries. It can also simulate the charge and discharge characteristics of batteries to assist in various other tests. This instrument serves multiple purposes, streamlines testing equipment, and optimizes testing processes.
- Its current feedback has a maximum resolution of 100nA, with current accuracy of 0.1%. It can provide the precision required to monitor the leakage currents in today's and future battery-powered products during sleep modes.
- The simulator can continuously supply current, similar to an electronic load. This allows these power sources to simulate the discharge of rechargeable batteries, which is used to test the performance of battery chargers or battery charger control circuits
- The standard model comes with LAN and RS232 communication ports, with optional GPIB and RS485 communication ports available upon request.
Multi-Channel Programmable Battery Models in 66060 Series
| Model no. | Voltage | Current | Power | Dimension | Weight | Data Sheet |
| 66061 | 0 - 6V | 0 - 5A | 30W | 17”(W) x 3.5”(H) x 20”(D) | 22 lbs. (10 kg) |  |
| 66062 | 0 - 6V | -5 - 5A | 30W | 17”(W) x 3.5”(H) x 20”(D) | 22 lbs. (10 kg) | |
| 66063 | 0 - 12V | -5 - 5A | 30W | 17”(W) x 3.5”(H) x 20”(D) | 22 lbs. (10 kg) | |
Typical application includes but are not limited to research and testing of portable consumer electronic devices such as smartphones, Bluetooth headphones, smart watches, and medical electronics. Production testing for electric tools such as electric screwdrivers and electric toothbrushes. DC-DC converters, wireless charging, and other battery-powered and low-power power supply tests. Battery emulation, charger emulation, battery cell charge and discharge, battery pack balancing and maintenance, etc. High-precision bidirectional power supply applications, testing of idle current and static power consumption in electrified products, etc.