Launchip Technology Co., LTD
LaunChip

Silicon Resistors

Precision matching, low TCR, and high stability for analog and sensing applications.

Why Choose Silicon Resistors?

CrSi thin-film silicon resistors deliver superior accuracy, stability, and reliability compared with conventional resistor technologies.

Ultra-High Matching Accuracy

Grade A matching accuracy of ±0.01% and Grade B ±0.025%, ideal for precision analog and measurement circuits.

Ultra-Low TCR

TCR below 8ppm/°C from -40°C to 150°C, with matching TCR as low as 0.2ppm/°C.

High Voltage Capability

Operating voltage up to ±75V, suitable for high-voltage sensing and power monitoring applications.

Long-Term Stability

Drift below 2ppm after 1,000 hours at 200°C, ensuring excellent long-term reliability.

Silicon Resistor Specifications

CrSi thin-film resistors with comprehensive customization options.

Parameter Min Typical Max Unit Test Conditions
Absolute Tolerance 0.1 - 1 % Room Temperature
Matching Accuracy (Grade A) - 0.01 - % Room Temperature
Matching Accuracy (Grade B) - 0.025 - % Room Temperature
Matching TCR - 0.2 - ppm/°C -40°C ~ 125°C
TCR - - 8 ppm/°C -40°C ~ 150°C
Operating Voltage -75 - +75 V -
Voltage Coefficient - - 10 ppm/V -5V ~ +5V
Long-Term Stability - - 2 ppm 200°C / 1000h
Operating Temperature -40 - 125 °C -

* Additional specifications and custom configurations are available upon request. Contact our sales team for more information.

Typical Applications

Silicon resistors play a critical role in a wide range of precision and high-reliability applications.

MOSFET Gate Driver Circuits

Application: RGon turn-on resistor and RGoff turn-off resistor networks.

Benefits: Enable fast and reliable MOSFET switching while preventing false turn-on events.

✓ High Matching Accuracy · Low TCR · High Reliability

Precision Voltage Divider Circuits

Application: ADC/DAC reference circuits and voltage sensing networks.

Benefits: Deliver precise ratio outputs for highly accurate measurements.

✓ 0.01% Matching Accuracy · 0.2ppm/°C Matching TCR

Sensor Signal Conditioning

Application: Bridge balancing, differential amplification, and biasing circuits.

Benefits: Ensure signal-chain accuracy, stability, and long-term reliability.

✓ Low Noise · High Stability · Long-Term Reliability
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Evaluate Silicon Passive Device Integration for Next-Generation Systems

Engage with our engineering team to assess the deployment of 3D Silicon Capacitors, Silicon Inductors, and Silicon Resistors for AI Infrastructure, Optical Networking, LiDAR, RF Modules, and other high-performance electronic systems.

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