GE P6D CW Doppler Pencil Probe (5.5 MHz)

The GE pencil probe tq100002, cw pedof doppler transducer. for cardiology and peripheral vascular applications is a GE ultrasound transducer listed in our catalog. The verified data on this page — frequency band, compatible console, and category — supports probe identification and procurement decisions.

Catalog Highlights

• Designed and catalogued as a pencil probe tq100002, cw pedof doppler transducer. for cardiology and peripheral vascular applications for GE ultrasound systems.
• Listed for use on GE Vivid 7 consoles.
• Manufacturer part reference on file: P6D.
• Catalog-listed frequency band: 5.5 Mhz.
• Listed under the GE probe / transducer product line.

Technical Details

Platform Compatibility

This part is matched to the GE Vivid 7 in our catalog. Confirm the host console's model designation against the part reference before purchasing.

Industry Background

In an ultrasound console the probe (also called transducer) is the patient-facing imaging element. It houses the piezoelectric array that emits the acoustic pulse and receives the returning echoes, which are then beamformed and processed into the displayed image. Probe families differ by array geometry (linear, curvilinear, phased array, endocavitary) and by frequency band, and each console generation supports a defined list of probes — so adding or replacing a transducer means matching not only the connector but also the system software image and any licensed options tied to that probe.

Items Shipped

• 1× GE P6D CW Doppler Pencil Probe (5.5 MHz)
• Part reference label

Ordering Notes

• Verify the part number and model fitment against your unit's documentation prior to purchase.
• Product images and descriptions are for reference; the appearance of the actual item may vary by production batch or revision.
• If you are unsure about compatibility, contact our support team with your system model and serial number.
• Probe reprocessing (cleaning, disinfection, inspection) should follow the manufacturer's guide between clinical uses.
• Validate probe recognition and image quality on the host console before clinical use.
• Mechanical damage to the lens, cable strain relief, or connector pins is the most common cause of probe replacement in the field.

SKU/Link Reference: GEP6D