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A radio frequency (RF) isolation test device providing versatility and flexibility, along with RF shielding, in the testing of various types of devices. The RF isolation test device provides for ease of accessibility by having a pivoting handle which locks the test device closed and provides for qui

A radio frequency (RF) isolation test device providing versatility and flexibility, along with RF shielding, in the testing of various types of devices. The RF isolation test device provides for ease of accessibility by having a pivoting handle which locks the test device closed and provides for quickly opening of the test device, also assisted through gas springs.

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A radio frequency (RF) isolation test device providing versatility and flexibility, along with RF shielding, in the testing of various types of devices. The RF isolation test device provides for ease of accessibility by having a pivoting handle which locks the test device closed and provides for qui

A radio frequency (RF) isolation test device providing versatility and flexibility, along with RF shielding, in the testing of various types of devices. The RF isolation test device provides for ease of accessibility by having a pivoting handle which locks the test device closed and provides for quickly opening of the test device, also assisted through gas springs. ly spaced apart faces that extend inwardly relative to an outer surface of said shaft and that have curved profile and said faces are said retention features. 11. The cutting accessory of claim 1, wherein said shaft is formed with a plurality of linearly aligned, longitudinally spaced apart, curved profile faces and said faces are said retention features. 12. A cutting accessory for use with a surgical tool, said cutting accessory including: a head; an elongated shaft that extends from said head, said shaft having a longitudinal axis; first, second, third and fourth retention features formed on said shaft, wherein the first and second retention features are longitudinally aligned with and longitudinally spaced apart from each other, the third and fourth retention features are longitudinally aligned and spaced apart from each other, the first retention feature is laterally aligned with and circumferentially displaced from the third retention feature and the second retention feature is laterally aligned with and circumferentially displaced from the fourth retention feature; and a first lateral section formed in said shaft at an interstitial location between the first and second retention features and the third and fourth retention features and said first lateral section is formed to have a first surface located between the first and second retention features that is located a first distance from the longitudinal axis of said shaft and a second surface located between the third and fourth retention features that is located a second distance from the longitudinal axis of said shaft, the second distance being less than the first distance. 13. The cutting accessory of claim 12, wherein said retention features are inwardly directed faces formed in said shaft. 14. The cutting accessory of claim 13, wherein said retention features are inwardly directed curved faces formed in said shaft. 15. The cutting accessory of claim 10, wherein the first and third retention features are circumferentially spaced apart from each other and the second and fourth retention features are circumferentially spaced apart from each other. 16. The cutting accessory of claim 10, wherein said first lateral section is shaped so that at least one of the first or second surfaces of said lateral section is a flat surface. 17. The cutting accessory of claim 12, wherein said first lateral section is shaped so that the first surface is a crest-shaped face located between the first and second retention features and said second surface is a flat face located between the third and fourth retention features. 18. The cutting accessory of claim 10, further including: a fifth retention feature formed on said shaft, the fifth retention feature being longitudinally aligned with and longitudinally spaced apart from the second retention feature and a sixth retention feature formed on said shaft, the sixth retention feature being longitudinally aligned with and longitudinally spaced apart from the fourth retention feature and fifth retention feature is laterally aligned with the sixth retention feature; and a second lateral section formed on said shaft at an interstitial location between the second and fifth retention feature and the fourth and sixth retention feature, said second lateral section formed to have a first surface located between the second and fifth retention features that is located the second distance from the longitudinal axis of said shaft and a second surface located between the third and sixth retention features that is located the first distance from the longitudinal axis of said shaft. 19. The cutting accessory of claim 10, wherein, said shaft is shaped to have: a main section that extends from said head, said main section having a first diameter; and a stem section that extends from an end of said main section distal from said head, said stem section having a second diameter that is less than the first diameter and the retention features and s