In medical electronics, integrated circuits must maintain stable performance where signal accuracy, timing stability, and electrical noise directly affect device function. Unlike general-purpose ICs, medical grade integrated circuits are selected with emphasis on long-term reliability, predictable electrical behavior, and compliance with medical safety standards. Even small variations in analog accuracy or timing drift can influence patient monitoring results or therapy control systems, making performance consistency critical.
| Image | Part Number / Manufacturer | Description / Specs | MOQ | Datasheet | RFQ | |
|---|---|---|---|---|---|---|
| CY8CMBR3175-LQXIT Manufacturer: Infineon Technologies Category: Sensor Capacitive Touch | IC CAPSENSE EXPRESS | 1 | ||||
| CY8CMBR3155-LQXIT Manufacturer: Infineon Technologies Category: Sensor Capacitive Touch | IC CAPSENSE EXPRESS | 1 | ||||
| IQS620A-1-DNR Manufacturer: Azoteq (Pty) Ltd Category: Sensor Capacitive Touch | SENSOR | 1 | ||||
| IQS620A-0-DNR Manufacturer: Azoteq (Pty) Ltd Category: Sensor Capacitive Touch | SENSOR | 1 | ||||
| QT60248-ASG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR QMATRIX 24CHAN 32TQFP | 1 | ||||
| QT510-ISSG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR QWHEEL ROTARY 14TSSOP | 1 | ||||
| QT510-ISG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR QWHEEL ROTARY 14SOIC | 1 | ||||
| QT401-ISSG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR QSLIDE 1POS 14TSSOP | 1 | ||||
| QT401-ISG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR QSLIDE 1POS 14SOIC | 1 | ||||
| QT160-DG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR 6CH 5V 5MA SGL 28DIP | 1 | ||||
| QT118H-DG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR TOUCH/PROX 1CHAN 8DIP | 1 | ||||
| QT117L-ISG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR DATA OUTPUT 1CH 8SOIC | 1 | ||||
| QT113-ISG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR TOUCH/PROX 1CHAN 8SOIC | 1 | ||||
| QT113-DG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR TOUCH/PROX 1CHAN 8DIP | 1 | ||||
| QT1101-ISG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR QTOUCH 10CHAN 32QFN | 1 | ||||
| QT1100A-ISG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR QTOUCH 10CHAN 48SSOP | 1 | ||||
| QT110-DG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR TOUCH/PROX 1CHAN 8DIP | 1 | ||||
| QT140-ASG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR 4KEY 5V 5MA SGL 28SSOP | 1 | ||||
| QT112-ISG Manufacturer: Microchip Technology Category: Sensor Capacitive Touch | IC SENSOR TOUCH/PROX 1CHAN 8SOIC | 1 | ||||
| IQS6210U9R Manufacturer: Azoteq (Pty) Ltd Category: Sensor Capacitive Touch | PROXIMITY SENSORS ALS CAPACITIVE | 1 |
Medical grade integrated circuits are typically fixed early during product certification. Once a medical device is approved, changing ICs can be difficult because validation results are tied to the original component characteristics. Even small electrical or timing differences may require retesting and regulatory review.
Medical equipment often operates in the field for ten years or more. Maintenance teams usually require identical ICs or fully verified equivalents to avoid recertification delays. Component obsolescence can create service challenges if replacement supply becomes limited.
Reliable sourcing supports long-term medical equipment operation. Access to traceable active and obsolete medical grade ICs helps maintain compliance, safety performance, and service continuity across extended product lifecycles.
Maketronics supports engineering and procurement teams with reliable sourcing of active, allocated, and obsolete Medical Grade Integrated Circuits, helping maintain compliance, reliability, and long-term medical system operation.
Medical grade ICs emphasize reliability, low noise, stable performance, traceability, and compatibility with medical safety and compliance requirements.
Low noise ensures accurate sensor readings and diagnostic measurements, which is essential for patient monitoring and precision medical equipment.
Substitutions may require regulatory review and retesting because approved device performance is validated using specific components.
Medical devices often operate for a decade or longer, so long-term availability is essential to support maintenance, compliance, and service continuity.