• SIngle Tier Receivers
• Receiver Mounting Plates
• Hinged Mounting Frames

• ITA Test Adapters

Connector Modules

• Signal Modules
• Signal/Power Modules
• Coaxial Modules
• 18 GHz Modules
• F-22 CATS Power Modules
• Blank ITA/Receiver Modules

• Signal Contact & Patchcords
• Coaxial Contacts & Patchcords
• Power Contacts & Patchcords
• Solder Sleeve for Coaxial Termination
• 18 GHz Contacts & Patchcords

Virginia Panel's Single Tier ARINC Receivers provide 5, 10 or 21 module positions with 0.75 centers. The 5 and 10 module Receivers are black anodized with one integrated microswitch. The 21 module Receiver is black anodized with two integrated microswitches— one microswitch is located in the handle to sense whether the handle is in the open or closed position; the other microswitch, located in one of the hangers, senses whether an ITA is engaged to the Receiver.

Connector modules can be intermixed to establish a custom interface. Connector modules can be polarized using a polarizing guide pin kit.

Vertical Hinged Mounting Frames bolt directly to any standard 19" rack. When open, the frame hinges toward the operator providing access to system wiring. Hinges are incorporated to support the receiver when the system is hinged open

VPC's Single Tier Interchangeable Test Adapters (ITAs) are designed to meet ARINC 608A standards. Finished in clear anodize, the ITA can be used in a number of applications to accomplish the required connection to the Unit Under Test (UUT). ITAs can be wired to UUT Adapter Cables or mounted to I/O connectors for functional testing applications. ITAs can also be incorporated into mechanical and vacuum fixturing designs.

Our FX Series ITAs are designed to allow modules to be removed from the Contact Side of the ITA, leaving the ITA Housing and wiring in place when removing the desired module. Compatible with our standard ARINC 608A Receiver System, the FX Series includes 21, 10 and 5 module position ITAs. A wide range of connector modules are available for Standard and FX Series ITAs for custom configuration. VPC offers an FX Series Module Conversion Kit for such configurations.

The 150 Pin Signal Receiver and ITA Modules are made from an engineered resin to meet MIL-T-28800 Class 3 operation requirement of temperatures ranging from -10° C to 55° C. Signal modules include removable guide caps and Receiver/ITA mounting hardware. Module faces are screened green with white nomenclature.

Both the 64 Positions Coaxial Receiver and ITA Modules are made from G-10 to meet MIL-T-28800 Class 3 operation requirement of temperatures ranging from -10°C to 55°C. Coaxial module faces are screened green with white nomenclature. Receiver/ITA mounting hardware included. The Coaxial Receiver Module has a lead-in funnel cap allowing the coax pins to properly mate under any conditions.

Both the 18 GHz Coaxial Receiver and ITA Modules are made from G-10 to meet MIL-T-28800 Class 3 operation requirement of temperatures ranging from -10°C to 55°C. The module face is screened green with white nomenclature. The 18 GHz module can be used for slot 19, which is user defined, and is designed for direct SMA connection.

Both the F-22 Receiver and ITA Modules are made from G-10 to meet MIL-T-28800 Class 3 operation requirement of temperatures ranging from -10°C to 55°C. Both modules accommodate 24 Power Contacts and 36 Signal Contacts for discrete wiring. The Receiver Module has provisions for printed circuit board mounting and incorporates a guide cap for signal contacts. Power faces are screened red and signal faces are screened green, both with white nomenclature.

Blank Modules are made from aluminum with a black anodized finish and are for unused areas in the Receiver and ITA (Standard and FX Series).

SIGNAL contacts carry up to 7.5 amperes continuous. Resistance ranges from 3 milliohms initial to 20 milliohms after conditioning.

COAXIAL contacts have a maximum VSWR of less than 1.1 at 1.1 GHz. Insertion and extraction force is 24 ounces.

POWER contacts carry a current rating of up to 30 amperes continuous. Resistance ranges from 1.0 milliohms initial to 1.5 after conditioning.