1632-A: Difference between revisions

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{{Catalog History}}
{{Catalog History}}
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The '''General Radio 1632-A Inductance Bridge''' was introduced in {{Catalog P}} and remained available through {{Catalog 1973}}.
The {{Title|General Radio 1632-A Inductance Bridge}} was introduced in {{Catalog P}} and remained available through {{Catalog 1973}}.


The Type 1632-A inductance bridge is based on the Owen bridge circuit at audio frequencies.  The decade controls for "G" and "L" display their values with decimals in a series of vertical windows speeding up the measurement.  The recommended generator is [[1311-A]] and detector [[1232-A]] which in combination make up the Type [[1660-A]] Inductance Measurement System.
The Type 1632-A inductance bridge is based on the Owen bridge circuit at audio frequencies.  The decade controls for "G" and "L" display their values with decimals in a series of vertical windows speeding up the measurement.  The recommended generator is [[1311-A]] and detector [[1232-A]] which in combination make up the Type [[1660-A]] Inductance Measurement System.

Revision as of 01:37, 6 April 2024

General Radio 1632-A
inductance bridge
General Radio 1632-A Inductance Bridge

Available from 1959 to 1973

Manuals
Catalog History
 Document Year Page
Catalog P 1959 22
Catalog Q 1961 20
Catalog R 1963 46
Catalog S 1965 68
Catalog T 1968 98
Catalog U 1970 101
Catalog73 1973 193
(All manuals in PDF format unless noted otherwise)

The General Radio 1632-A Inductance Bridge was introduced in Catalog P (1959) and remained available through Catalog 1973.

The Type 1632-A inductance bridge is based on the Owen bridge circuit at audio frequencies. The decade controls for "G" and "L" display their values with decimals in a series of vertical windows speeding up the measurement. The recommended generator is 1311-A and detector 1232-A which in combination make up the Type 1660-A Inductance Measurement System.

Specifications

  • Inductance Range: 0.0001 μH to 1111 H
  • Conductance: 0.0001 μS to 1111 S
  • Inductance Accuracy: ±0.1%, direct-reading (reduced accuracy at the extremes of inductance, Q, and frequency ranges)
  • Conductance Accuracy: ±1% direct-reading (accuracy reduced at the extremes of the Land G decades, Q, and frequency)

Links

Photos