Features:

The Trek® 157-CE Charge Plate Monitor is a precision instrument designed for accurate charge measurement and ionizer performance verification. It combines advanced measurement capabilities with data storage and analysis features to reduce maintenance costs and improve ESD testing efficiency.
• Customizable measurement capacitance ensures compliance with ANSI/ESD STM3.1 and IEC61340-5-1 standards
• Data storage and retrieval supports both numeric data points and graphical analysis
• Operator comment recording enables traceability and documentation
• Greater bandwidth captures true ionization performance without signal masking
• Extremely low offset and drift for high-accuracy measurements
• Compact and lightweight design for easy portability within facilities
• NIST-traceable calibration certificate included for verified accuracy

Performance:

The Trek® 157-CE delivers high-precision charge measurement and reliable ionizer testing across a wide range of applications.
• Accurate charge measurement supports critical ion balance applications such as GMR and TMR manufacturing
• High bandwidth ensures fast, real-time response to ionization changes
• Stable measurement performance with minimal drift over time
• Suitable for testing AC, DC, pulsed DC, nuclear, and room ionization systems
• Performs reliably in high-temperature environments
• Capable of measuring static charge in de-ionized water and dissipative materials

Value for Money:

The Trek® 157-CE Charge Plate Monitor provides strong value by combining precision, versatility, and cost-saving features in a single device.
• Reduces ionizer maintenance and testing costs through accurate diagnostics
• Multi-application use eliminates need for multiple testing instruments
• Built-in data logging and analysis improve process control and documentation
• Durable and portable design supports use across multiple locations
• Calibration certification ensures long-term reliability and compliance
• Ideal for semiconductor, disk drive, LCD, and other ESD-sensitive manufacturing environments