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MPMT2002CT1

MPMT2002CT1 Description

The MPMT2002CT1 from Vishay Dale Thin Film is a high-precision 2-resistor network designed for surface-mount applications. This compact 3-pin device features two 10kΩ resistors with a tight tolerance of ±0.25% and an ultra-low temperature coefficient (TCR) of ±25ppm/°C, ensuring stable performance across varying environmental conditions. Encased in a 2.86mm x 1.30mm package with a 1.12mm max height, it is optimized for space-constrained PCB designs. The ±0.1% resistor matching ratio and ±2ppm/°C resistor-ratio-drift make it ideal for precision voltage divider circuits.

MPMT2002CT1 Features

• High Precision: ±0.25% tolerance and ±25ppm/°C TCR for reliable performance.
• Matched Resistor Network: ±0.1% matching ratio and ±2ppm/°C ratio drift for minimal signal error.
• Compact Design: 0.113" x 0.051" footprint with 100mW power per element.
• Robust Construction: ROHS3 compliant, REACH unaffected, and MSL 1 (Unlimited) for extended shelf life.
• Tape & Reel Packaging: Facilitates automated assembly processes.

MPMT2002CT1 Applications

This resistor network excels in precision analog circuits, particularly where matched TCR performance is critical:

• Voltage Dividers: Ensures accurate signal scaling in sensor interfaces, ADCs, and DACs.
• Medical & Test Equipment: Used in patient monitoring systems and calibration instruments.
• Industrial Controls: Ideal for PLC analog I/O modules and process control systems.
• Automotive Electronics: Suitable for ECU signal conditioning due to its stability under thermal stress.

Conclusion of MPMT2002CT1

The MPMT2002CT1 stands out for its exceptional precision, thermal stability, and compact form factor, making it a superior choice for high-accuracy voltage division and matched-resistor applications. Its low drift, tight tolerance, and industry-compliant packaging ensure reliability in demanding environments, from industrial automation to medical diagnostics. Engineers seeking repeatable performance in miniaturized designs will find this resistor network indispensable.