-40%

[8 pc] Pressure Sensor, measures pressure differential, 0-300mm Hg relative Il

$ 3.92

Availability: 100 in stock
  • Country/Region of Manufacture: Japan
  • MPN: PressureTransducer8TG
  • Item must be returned within: 30 Days
  • Restocking Fee: No
  • Return shipping will be paid by: Buyer
  • All returns accepted: Returns Accepted
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Brand: Kyocera
  • Condition: New
  • Model: PressureTransducer8TG

    Description

    Original Electronic Components
    PressureTransducer
    Lot size: 8
    Case: 6mm
    Pressure Sensor / Transducer, 0-300mm Hg, relative to ambient
    Genuine components from USA; No China parts!
    Pressure response: 0-300mm Hg (0-40kPa)
    Motorola Part MPX2301DT1 (now Freescale Semiconductor)
    New, in sealed tape reel
    You connect a flexible tube to the sensor's inlet port, and it measures the pressure in the tube. A hermetic gel protects the semiconductor wafer from contaminants in the medium to be measured.
    RELATIVE measurement:  senses the pressure on the nozzle side of the device relative to the pressure on the back of the silicon chip.
    So if you were to seal off the nozzle with a non-flexible plug, device would sense the pressure behind the chip as an absolute measurement, (having as baseline the ambient pressure at the moment the nozzle was plugged.)
    Hookup is, (from left):  VCC, Out+, Out-, GND.
    You can find application info on the web.
    All pressure sensors are essentially a Wheatstone Bridge on a silicon wafer
    You apply a clean DC voltage at the top and bottom nodes of the bridge, and you measure the differential voltage at the remaining 2 middle nodes. Best done by feeding these to the +/- inputs of an opamp or instrumentation (differential) amp.
    A typical application (for a different sensor, pinout has different order, but same connections)
    If you look at all application schematics ( many are for rocket altimeters, by hobbyists) you see a common denominator: 2 pins to a DC voltage, 2 pins to an op-amp's differential inputs.
    NB. Avoid using any schematic that mentions the Motorola MPX4xxx or 5xxx series, as these are Absolute pressure sensors, and have different pin assignments, different implementation.
    NOTE: The silicon die and gold wire bonds are exposed on the back of the device. Application mounting must ensure mechanical protection from this side. Simply mounting the part flat on a PCB, as in the top photo will provide that protection.>
    Purchases can only be changed or cancelled before payment.
    Delivery dates provided by eBay are not guaranteed. Transit time can be 5-7 business days in USA after 1-2 day processing, however USPS does not guarantee these times, and can exceed them. If you have any time constraints, please contact seller before bidding / buying, to discuss shipping arrangements and delivery dates.
    PAYMENT CLOSES ORDER AND COMMITS IT FOR SHIPPING. Your shipping label is created and billed along with insurance the moment you click "PAY". Paypal and insurance charges are non-recoverable. No cancellation possible after payment.
    Any returns not resulting from seller wrongdoing will be assessed a restocking fee of 18% and will forfeit shipping costs.
    International transit times can reach 8 weeks, 10 weeks for Italy and Brazil. Contact seller for alternate shipping options if this is not acceptable to you.
    RETURNS can only be made with parts that have not been soldered. Before using, buyer must test one part as per the test information in the manufacturer's data sheet. This test is easy for any engineer or technician. This product is aimed at the industrial market. It is not a consumer product.