Qorvo Integrated MEMS Force Sensor QM95000Q

Description
The QM95000Q digital sensor is the world’s most sensitive sensor, a 10x improvement over our previous generation digital sensors. Force is easily detected through thicker and stiffer materials. The digital output allows a direct connection to a host processor via an industry standard I²C interface. The QM95000Q digital sensor is designed for “host-free” applications requiring autonomous sensing from power-up, without the need for any I2C commands to initialize the part. To achieve this, a dual function pin allows for a sensor trigger threshold to be set using an external resistor. In Always-On applications, this sensor offloads the host, allowing it to remain in a low-power state until woken up by an interrupt when a pre-defined sensor threshold is achieved. The QM95000Q includes factory calibration for sensitivity, automatic sensor offset correction, and programmable temperature correction in conjunction with an on-board temperature sensor. It uses standard pick-and-place assembly and reflow soldering onto PCB/FPCB substrates. The QM95000Q comes with BSP, back side protection layer, for increased durability during assembly.
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Description
The QM95000Q digital sensor is the world’s most sensitive sensor, a 10x improvement over our previous generation digital sensors. Force is easily detected through thicker and stiffer materials. The digital output allows a direct connection to a host processor via an industry standard I²C interface. The QM95000Q digital sensor is designed for “host-free” applications requiring autonomous sensing from power-up, without the need for any I2C commands to initialize the part. To achieve this, a dual function pin allows for a sensor trigger threshold to be set using an external resistor. In Always-On applications, this sensor offloads the host, allowing it to remain in a low-power state until woken up by an interrupt when a pre-defined sensor threshold is achieved. The QM95000Q includes factory calibration for sensitivity, automatic sensor offset correction, and programmable temperature correction in conjunction with an on-board temperature sensor. It uses standard pick-and-place assembly and reflow soldering onto PCB/FPCB substrates. The QM95000Q comes with BSP, back side protection layer, for increased durability during assembly.
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Suppliers

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Product
Description
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Integrated MEMS Force Sensor - QM95000Q - Qorvo
Greensboro, NC, United States
Integrated MEMS Force Sensor
QM95000Q
Integrated MEMS Force Sensor QM95000Q
The QM95000Q digital sensor is the world’s most sensitive sensor, a 10x improvement over our previous generation digital sensors. Force is easily detected through thicker and stiffer materials. The digital output allows a direct connection to a host processor via an industry standard I²C interface. The QM95000Q digital sensor is designed for “host-free” applications requiring autonomous sensing from power-up, without the need for any I2C commands to initialize the part. To achieve this, a dual function pin allows for a sensor trigger threshold to be set using an external resistor. In Always-On applications, this sensor offloads the host, allowing it to remain in a low-power state until woken up by an interrupt when a pre-defined sensor threshold is achieved. The QM95000Q includes factory calibration for sensitivity, automatic sensor offset correction, and programmable temperature correction in conjunction with an on-board temperature sensor. It uses standard pick-and-place assembly and reflow soldering onto PCB/FPCB substrates. The QM95000Q comes with BSP, back side protection layer, for increased durability during assembly.

The QM95000Q digital sensor is the world’s most sensitive sensor, a 10x improvement over our previous generation digital sensors. Force is easily detected through thicker and stiffer materials. The digital output allows a direct connection to a host processor via an industry standard I²C interface.

The QM95000Q digital sensor is designed for “host-free” applications requiring autonomous sensing from power-up, without the need for any I2C commands to initialize the part. To achieve this, a dual function pin allows for a sensor trigger threshold to be set using an external resistor. In Always-On applications, this sensor offloads the host, allowing it to remain in a low-power state until woken up by an interrupt when a pre-defined sensor threshold is achieved.

The QM95000Q includes factory calibration for sensitivity, automatic sensor offset correction, and programmable temperature correction in conjunction with an on-board temperature sensor. It uses standard pick-and-place assembly and reflow soldering onto PCB/FPCB substrates. The QM95000Q comes with BSP, back side protection layer, for increased durability during assembly.

Supplier's Site Datasheet

Technical Specifications

  Qorvo
Product Category Force and Load Sensors
Product Number QM95000Q
Product Name Integrated MEMS Force Sensor
Output Analog Voltage
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