MTT MS3768 Programmable Linearizer: Advanced Signal Processing with Custom Breakpoints
The MTT MS3768 is a slim, plug-in programmable linearizer designed to convert non-linear DC current or voltage signals into linearized, isolated single or dual outputs. With up to 21 configurable breakpoints and PC-based configuration, the MS3768 offers unparalleled flexibility for advanced industrial applications.
Key Features:
- Programmable Breakpoints: Up to 21 breakpoints for precise segment approximation of non-linear signals, configurable via PC software.
- Wide Input and Output Range: Accepts DC current inputs up to ±50mA or DC voltage inputs up to ±60V. Outputs include 4–20mA, 0–10V, or combinations of the two.
- Isolated Outputs: Provides single or dual isolated outputs, ensuring safety and interference-free performance.
- Compact and Lightweight: Slim design (W29 × H86 × D125 mm) and 120g weight for easy DIN rail or wall mounting.
Performance Highlights:
- High Accuracy: Better than ±(Input accuracy + Output accuracy) % for segment gains under 1, ensuring reliable signal conversion.
- Configurable Parameters: Adjust zero, span, input/output ranges, and breakpoints via RS-232C communication.
- Durable Isolation: 4-way isolation between input, outputs, power, and ground for enhanced safety and system integrity.
- Fast Response Time: 260ms max (0–90%) for dynamic signal adjustments.
Applications:
- Industrial process control requiring precise linearization of non-linear signals
- Signal conditioning in automation systems
- Measurement systems with non-standard signal requirements
Compliance and Safety:
- Standards Conformity: Complies with ANSI/IEEE C37.90.1-1989 surge withstand standards.
- Secure Construction: ABS resin housing and anti-humidity coated PCBs ensure long-term durability.
- Safety Features: Dielectric strengths up to 2000V AC and insulation resistance of 100MΩ enhance operational security.
The MTT MS3768 is an advanced solution for engineers seeking precision and flexibility in non-linear signal processing and conversion.
