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Please be advised that due to the ongoing supply issues with raw materials affecting the global electronics industry, as well as an increase in orders received by our manufacturing partners, a large number of products are facing increased lead times in recent months. For the latest lead time and stock availability, please contact one of our engineers who will be happy to discuss lead times further and the potential for alternative parts.
-40 to +85°C series
Supporting Manufacturer Information
- Merit Sensor Application Note (AN101)
- Merit Sensor Application Note (AN102)
- Merit Sensor Application Note (AN103)
- Merit Sensor Application Note (AN104)
- Merit Sensor Application Note (AN105)
- Merit Sensor CA Proposition 65 Declaration
- Merit Sensor Case Study for BP Series Blood Pressure Sensor
- Merit Sensor Case Study for Medical systems including inflation devices
- Merit Sensor Case Study for Tier 1 automotive supplier pressure transducers
- Merit Sensor Conflict Minerals Policy
- Merit Sensor Product Selection Guide
- Merit Sensor REACH Compliance
- Merit Sensor RoHS Compliance (MEMs Silicon Die)
- Merit Sensor RoHS Compliance (Pressure Sensor Packages)
- Merit Sensor RoHS Compliance (TR & TVC Series)
- Uncompensated packaged pressure sensor
- Suitable for liquid, air and gases (to be determined on an application by application basis)
- Merit Sensor is a leader in piezoresistive pressure sensing and partners with clients to create high performing solutions for a variety of applications and industries
- Excellent performance in both constant current and constant voltage applications
- Simple pressure source attachment and electrical connections
- Designed for a soldered connection to wires, ribbon cable, flex strip or surface-mount pcb
- Surface mountable low to medium pressure sensor
- Suitable for clean, dry air and non corrosive gases
- Merit Sensor is a leader in piezoresistive pressure sensing and partners with clients to create high performing solutions for a variety of applications and industries
- Available options include a cover with or without gel as well as square ceramic cap or round ceramic chimney
- AC ceramic disc capacitors
- Dissipation factor of ≤2.5% or ≤5%
- Insulation resistance of 10,000 MΩ min at 100Vdc over 1 minute
- GMR low voltage nanopower digital switch
- Power consumption of <14μW
- Quiescent current of 75μA (typ.) at 2.4V
- Continuous duty
- Omnipolar response
- Precise detection of low magnetic fields
- Magnetic operate point 20Oe (typ.)
- Magnetic release point 2Oe
- Ultraminiature ULLGA Package
- DC to 100KHz frequency response
- Supply voltage +12V
- ULLGA4 package
- Output at maximum field of 25mV/V
- High magnetic field sensitivity
- 0.1W power dissipation
- 4% maximum Hysteresis
- GMR low voltage nanopower digital switch
- Power consumption of 1.1μW at 2.4V
- Quiescent current of 0.13μA (typ.) at 2.4V
- Duty cycled between 40Hz and 260Hz (typ.)
- Omnipolar response
- Precise detection of low magnetic fields
- Magnetic operate point 20Oe (typ.)
- Magnetic release point 2Oe
- Ultraminiature ULLGA Package
- GMR low voltage nanopower digital switch
- Power consumption of 1.1μW at 2.4V
- Quiescent current of 0.13μA (typ.) at 2.4V
- Duty cycled between 40Hz and 260Hz (typ.)
- Omnipolar response
- Precise detection of low magnetic fields
- Magnetic operate point 28Oe (typ.)
- Magnetic release point 2Oe
- Ultraminiature ULLGA Package
- GMR low voltage nanopower digital switch
- Power consumption of <1μW at 0.9V
- Quiescent current of 0.13μA (typ.) at 2.4V
- Duty cycled between 40Hz and 260Hz (typ.)
- Omnipolar response
- Precise detection of low magnetic fields
- Magnetic operate point 10Oe (typ.)
- Magnetic release point 2Oe
- Ultraminiature ULLGA Package
- GMR low voltage nanopower digital switch
- Power consumption of <14μW
- Quiescent current of 75μA (typ.) at 2.4V
- Continuous duty
- Omnipolar response
- Precise detection of low magnetic fields
- Magnetic operate point 28Oe (typ.)
- Magnetic release point 2Oe
- Ultraminiature ULLGA Package
- GMR low voltage nanopower digital switch
- Power consumption of <14μW
- Quiescent current of 75μA (typ.) at 2.4V
- Continuous duty
- Omnipolar response
- Precise detection of low magnetic fields
- Magnetic operate point 10Oe (typ.)
- Magnetic release point 2Oe
- Ultraminiature ULLGA Package
- Low voltage, nanopower TMR digital switch
- In-plane direction of sensitivity
- Omnipolar – output is activated if magnetic field of either polarity is applied
- Continuous operation for low noise and high-speed
- Ultrasensitive operate point, as low as 4.5mT
- Low voltage, nanopower TMR digital switch
- In-plane direction of sensitivity
- Omnipolar – output is activated if magnetic field of either polarity is applied
- Continuous operation for low noise and high-speed
- Ultrasensitive operate point, as low as 4.5mT
- Low voltage, nanopower TMR digital switch
- In-plane direction of sensitivity
- Omnipolar – output is activated if magnetic field of either polarity is applied
- Continuous operation for low noise and high-speed
- Ultrasensitive operate point, as low as 3.2mT
- Low voltage, nanopower TMR digital switch
- In-plane direction of sensitivity
- Omnipolar – output is activated if magnetic field of either polarity is applied
- Continuous operation for low noise and high-speed
- Ultrasensitive operate point, as low as 3.2mT
- Low voltage, nanopower TMR digital switch
- In-plane direction of sensitivity
- Omnipolar – output is activated if magnetic field of either polarity is applied
- Continuous operation for low noise and high-speed
- Ultrasensitive operate point, as low as 2.2mT
- Low voltage, nanopower TMR digital switch
- In-plane direction of sensitivity
- Omnipolar – output is activated if magnetic field of either polarity is applied
- Continuous operation for low noise and high-speed
- Ultrasensitive operate point, as low as 2.2mT
