TRU Cables are engineered and manufactured to meet the most demanding applications with superior performance. High power/high voltage interfaces are a specialty. Attachment methods are optimized to each application and TRU Cables are phase and amplitude matched. Sophisticated engineering with tough, rugged in field performance.

OPTIMIZED CABLE / CONNECTOR ATTACHMENTS

Attachment Features:	Attachment Types:
Electrical-Mechanical-Environmental	TRU Tie
Phase Match	Split Taper Clamp
Pull/Torsional Strength	Clamp
RoHS Solder Free	Crimp
Broadband Frequency	Replaceable Front Ends
Moisture/Pressure	Sealed V Clamp

Cable Construction Guide -

• Typical Coaxial Construction Drawings
• Inner Conductor Type Comparisons
• Dielectric Types Comparison
• Jacket Types Comparison

Cable Performance Graphs -

• Max. Attenuation by Cable Type
• Coaxial Cable Current Carrying Capacity
• RF Cable Power Handling
• Approx. Effect of Temperature on Insertion Loss
• Phase Change vs. Temperature

Cable Shielding Effectiveness Drawing

Connector Performance Graphs -

• RF Power Handling by Connector Type
• Max. Operating Frequency by Connector Type
• Connector Voltage Ratings

Connector Interface Drawings

EIA 1-5/8	MEIA-1625	EIA 7/8	MEIA-875	SQS	QRM
QDS	7-16	LC	LT	QC	HN
SC	N	ATNC	TNC	BNC	SMA
BMA	BMMA	3.5 mm	2.9 mm

Design Aids

Design Aids 1 -

• Common Equations
• Cable / Connector Dielectric Materials
• Typical Average Power Derating Factors

Design Aids 2 -

• Insulated Wire Temperature Ratings (Amps)
• Standard Frequency Designations
• Recommended Torque Values by Connector Type

Effect of VWSR on Transmitted Power

Test Reports

TRU BMA Durability Report
TRU BMMA Durability Report
TRU EIA Durability Report
TRU MEIA Durability Report
TRU Quick-Disconnect Durability Report
TRU RoHS Products Test Report