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A process fluid pressure sensor assembly includes a pressure sensor configured to sense a pressure of a process fluid. The assembly includes a pressure sensor body formed of an insulating material. The pressure sensor includes a plurality of electrical contact pads which couple to a pressure sensing

A process fluid pressure sensor assembly includes a pressure sensor configured to sense a pressure of a process fluid. The assembly includes a pressure sensor body formed of an insulating material. The pressure sensor includes a plurality of electrical contact pads which couple to a pressure sensing element of the body of the pressure sensor. An interconnect body is configured to fit over an end of the pressure sensor body. A plurality of electrical connectors carried in the interconnect body are in electrical contact with the plurality of electrical contact pads. A wiring harness attaches to the interconnect body and includes a plurality of wires which are electrically connected to the plurality of electrical connectors.

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1. A subsea process variable transmitter, comprising: a transmitter housing;measurement circuitry located in the transmitter housing configured to measure a pressure of the process fluid;a flange configured to mount the transmitter housing to a subsea process system;an elongate probe configured to e

1. A subsea process variable transmitter, comprising: a transmitter housing;measurement circuitry located in the transmitter housing configured to measure a pressure of the process fluid;a flange configured to mount the transmitter housing to a subsea process system;an elongate probe configured to extend from the flange into the subsea process system;a process fluid pressure sensor assembly at a distal end of the probe, comprising: a pressure sensor configured to sense a pressure of a process fluid comprising a pressure sensor body, the pressure sensor including a plurality of electrical contact pads which couple to a pressure sensing element of the pressure sensor;an interconnect body which is separated from the elongate probe and fits over an end of the pressure sensor body;a plurality of electrical connectors carried in the interconnect body electrically coupled to the plurality of electrical contact pads and which are in direct abutting contact with the plurality of electrical contact pads; anda wiring harness attached to the interconnect body comprising a plurality of wires which are electrically connected to the plurality of electrical connectors, the wiring harness is configured to electrically connect the pressure sensor to the measurement circuitry in the transmitter housing. 2. The subsea process variable transmitter of claim 1 wherein at least one of the plurality of wires of the wiring harness comprises a coaxial cable. 3. The subsea process variable transmitter of claim 1 wherein the interconnect body includes an opening configured to receive a proximal end of the pressure sensor. 4. The subsea process variable transmitter of claim 1 wherein the pressure sensor includes a temperature sensing element electrically connected to the plurality of electrical contact pads. 5. The subsea process variable transmitter of claim 1 wherein the pressure sensor comprises an elongate body formed of a single crystal material. 6. The subsea process variable transmitter of claim 1 wherein a proximal end of the wiring harness includes a plurality of RF connectors configured to connect the plurality of electrical wires to transmitter electronics. 7. The subsea process variable transmitter of claim 1 wherein the interconnect body includes a distal lip configured to couple to a pressure sensor capsule which carries the pressure sensor. 8. The subsea process variable transmitter of claim 1 wherein the interconnect body includes a potting compounds configured to provide strain relief to the wiring harness. 9. The subsea process variable transmitter of claim 1 wherein the interconnect body includes at least one tab configured to be bonded to a sensor capsule which carries the pressure sensor. 10. The subsea process variable transmitter of claim 1 wherein the interconnect body is formed of a plastic. 11. The subsea process variable transmitter of claim 1 wherein the plurality of electrical connectors comprise traces which are deposited on the interconnect body. 12. The subsea process variable transmitter of claim 11 wherein the interconnect body includes a plurality of vias for connecting to the plurality of traces. 13. The subsea process variable transmitter of claim 1 wherein the plurality of electrical connectors comprise traces on a circuit board of the interconnect body. 14. The subsea process variable transmitter of claim 13 wherein the circuit board includes a plurality of vias for connecting to the plurality of traces. 15. The subsea process variable transmitter of claim 1 including a second pressure sensor connected to a second wiring harness by a second interconnect body. 16. The subsea process variable transmitter of claim 15 wherein the pressure sensor and the second pressure sensor are carried in a sensor capsule. 17. The subsea process variable transmitter of claim 1 wherein the plurality of electrical connectors include feet which are configured to electrically contact the electrical contact pads carried on the pressure sensor. 18. The subsea process variable transmitter of claim 17 wherein the feet are bonded to the electrical contact pads.