Agilent HP 85062-60006 Electronic Calibration Module 1-26.5 GHz

The Agilent HP 85062-60006 is an Electronic Calibration (ECal) module that delivers traceable impedance standards for Vector Network Analyzer calibration across 1 GHz to 26.5 GHz. This module replaces mechanical calibration kits by employing programmable electronic switches with repeatable impedance states, eliminating operator error and improving measurement repeatability. Factory calibration is traceable to NIST, and S-parameter data stored in module memory allows the VNA to calculate accurate error terms automatically.

– Technical Specifications

• Frequency Range: 1 GHz to 26.5 GHz
• Impedance Standards: Programmable, repeatable electronic impedance standards
• Calibration Method: Electronic switches with stored S-parameter data for automated error correction
• Traceability: NIST-traceable factory calibration
• Control Interface: Parallel port (8-bit bus) via 25-pin D-sub connector; USB not supported
• Power Supply: External 18-20 VDC (application-dependent)
• Connector Type: 3.5 mm female, non-insertable

– Key Features

• Programmable and highly repeatable electronic impedance standards eliminate mechanical calibration drift
• Supports full one- to four-port calibration configurations with minimal operator interaction
• Reduces calibration time compared to mechanical methods
• Factory calibration accuracy propagated through transfer standard design
• Connector integrity critical to maintaining calibration accuracy

– Typical Applications

• Mid to high-frequency VNA calibration
• Production and field test environments requiring rapid, repeatable calibration
• Multi-port device characterization (1 to 4-port configurations)

– Compatibility & Integration

Designed for Agilent and Keysight Vector Network Analyzers including PNA, ENA, PXI VNA, FieldFox, and USB VNA series. Legacy support confirmed for HP 8510B/C, 8719C, 8720C, 8722C, and 8753C/D/E/ES. Dedicated calibration controllers such as the HP 85060C or Keysight 85097-60002 may be required. Compatibility is firmware-dependent; older models may require specific interface hardware and firmware revisions.