66000 Series Features

The 66000 series dual-channel programmable battery simulator features excellent power output capability and wide range measurement functions, specifically designed for modern battery testing applications.

Core Advantages

• Ultra-fast Dynamic Response: Response time ≤500μs, ensuring rapid battery characteristic changes can be accurately simulated
• Wide Range Output: Voltage range covers 0-21V, current range -11A to +11A, meeting various battery testing needs
• High Precision Measurement: Uses 16-bit ADC sampling to ensure measurement accuracy and reliability
• Fast Charging Test Support: Perfectly supports various fast charging protocols like PD, QC, etc.

Equipped with a 7-inch HD color touch screen, providing an intuitive and user-friendly interface that greatly simplifies complex test setup procedures.

Interface Features

• Dual Channel Simultaneous Display: Main screen can display real-time data of two channels simultaneously, improving work efficiency
• Graphical Operation: Supports waveform display, data recording charts and other visualization functions
• Quick Operation: One-click access to commonly used functions, reducing operation steps
• Multi-language Support: Supports Chinese, English and other language interfaces

Provides three basic operating modes: Constant Voltage (CV), Constant Current (CC), and Battery Simulation, along with comprehensive protection functions to ensure safe and reliable testing processes.

Operating Modes

• Constant Voltage Mode (CV): Output voltage remains constant, automatically adjusts output current
• Constant Current Mode (CC): Output current remains constant, automatically adjusts output voltage
• Battery Simulation Mode: Simulates real battery charge/discharge characteristics, including internal resistance, capacity and other parameters

Protection Functions

• Overvoltage Protection (OVP): Prevents output voltage from exceeding set limits
• Overcurrent Protection (OCP): Prevents output current from exceeding set limits
• Overtemperature Protection (OTP): Automatic protection when internal temperature is too high
• Reverse Connection Protection: Prevents damage from reverse connection at power output terminals

Unique battery simulation technology that can truly reproduce battery charge/discharge characteristics, providing an ideal solution for Battery Management System (BMS) testing.

Simulation Functions

• Internal Resistance Simulation: Programmable output resistance, range 0-1Ω, step 1mΩ
• Capacity Simulation: Supports setting virtual battery capacity, simulating characteristics of different capacity batteries
• SOC Simulation: Can set battery state of charge, simulating battery behavior at different charge levels
• Temperature Characteristics: Simulates battery performance changes at different temperatures

Specifically designed for sleep mode testing of modern battery-powered products, with industry-leading small current measurement accuracy, capable of accurately capturing microampere-level or even nanoampere-level tiny current changes.

Measurement Capabilities

• Ultra-high Resolution: Current readback resolution up to 100nA, capable of detecting extremely small current changes
• Dual Range Design: Automatic switching between A range and mA range, ensuring measurement accuracy across the full range
• Low Noise Design: Special circuit design ensures stability and accuracy of small current measurements
• Long-term Monitoring: Supports long-term current monitoring and data recording

Built-in high-precision digital voltmeter function, no need for additional voltage measurement instruments, saving test costs and space, providing wide range voltage measurement capability from -10V to +32V.

Function Features

• Wide Measurement Range: -10V to +32V, covering voltage ranges of most electronic products
• High Resolution: 0.1mV measurement resolution, ensuring fine voltage change detection
• Independent Measurement: DVM function is independent of power output, can measure and output simultaneously
• Data Logging: Supports real-time recording and statistical analysis of voltage data

Provides comprehensive communication interface options, supports remote control and system integration, meeting various needs of automated test systems.

Interface Configuration

• RS232 Interface: Standard serial communication interface, compatible with traditional test equipment
• GPIB Interface: Supports IEEE-488 standard, can be seamlessly integrated with existing test systems
• LAN Interface (Optional): Supports Ethernet communication, enabling remote control and data access
• USB Interface: Supports USB 2.0 high-speed communication, convenient for connecting modern computers

Protocol Support

• SCPI Protocol: Supports standard SCPI command set, convenient for programming control
• Modbus Protocol: Supports industrial standard Modbus communication protocol
• Custom Protocol: Supports user-defined communication protocols