The Ballantine 10600D is a precision RF power meter engineered for accurate measurement of radio frequency power across diverse testing and calibration applications. Built to deliver reliable performance in demanding measurement environments, this instrument provides the linearity and dynamic range required for comprehensive RF power characterization.
## Technical Specifications
The 10600D accepts RF input via standard connectors and operates with 50Ω impedance, the industry standard for RF measurements. Measurement resolution is typically 0.1 dBm, enabling detection of small power variations critical in calibration work. The instrument features excellent linearity across its measurement range, ensuring accurate power readings without systematic error drift.
Operational flexibility is provided through multiple measurement modes and a wide dynamic range, allowing the meter to function effectively across varied RF power levels encountered in production and service environments.
## Key Features
• Wide dynamic range for measurement versatility across different power levels
• Multiple measurement modes for flexible operational approaches
• Excellent linearity ensuring accurate power characterization
• 50Ω input impedance standard RF compatibility
• 0.1 dBm measurement resolution
## Electrical & Physical Characteristics
The instrument operates on standard AC line voltage (105 V to 125 V, 60–400 cps). Auxiliary outputs are available, including 6.3 volts at line frequency with 0.3 amps capacity and 250 volts DC at 1 mA.
Physical dimensions and exact weight specifications for the 10600D model are not documented in current materials; comparable Ballantine instruments typically measure approximately 5.75 inches high by 9.5 inches wide by 9.5 inches deep, with weights near 10 pounds.
## Typical Applications
The 10600D is suitable for RF equipment testing, power measurement verification, and system calibration tasks where precision and reliability are essential. Its measurement capabilities support both production line verification and service laboratory applications.
