1310-A: Difference between revisions
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* [[Media:GR 1310-A Oscillator 1310-0100-A 1966.pdf|General Radio 1310-A Oscillator Manual 131-0100-A 1966]] | * [[Media:GR 1310-A Oscillator 1310-0100-A 1966.pdf|General Radio 1310-A Oscillator Manual 131-0100-A 1966]] | ||
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The '''General Radio 1310-A Oscillator''' was introduced in | The '''General Radio 1310-A Oscillator''' was introduced in {{Catalog S}} and remained available through {{Catalog T}}. | ||
The Type 1310-A is a RC Wien bridge oscillator driving a low distortion amplifier. With a constant output independent of frequency but adjustable from a panel level control. The 1310-A is a hybrid design with a nuvistor triode as part of the oscillator bridge and the amplifier using transistors. On the side of the instrument is an combination input/output synchronization jack. Although its output impedance is 600 ohms its also useful with 50 ohm applications. | The Type 1310-A is a RC Wien bridge oscillator driving a low distortion amplifier. With a constant output independent of frequency but adjustable from a panel level control. The 1310-A is a hybrid design with a nuvistor triode as part of the oscillator bridge and the amplifier using transistors. On the side of the instrument is an combination input/output synchronization jack. Although its output impedance is 600 ohms its also useful with 50 ohm applications. | ||
Revision as of 03:34, 2 April 2024
The General Radio 1310-A Oscillator was introduced in Catalog S (1965) and remained available through Catalog T (1968).
The Type 1310-A is a RC Wien bridge oscillator driving a low distortion amplifier. With a constant output independent of frequency but adjustable from a panel level control. The 1310-A is a hybrid design with a nuvistor triode as part of the oscillator bridge and the amplifier using transistors. On the side of the instrument is an combination input/output synchronization jack. Although its output impedance is 600 ohms its also useful with 50 ohm applications.
Specifications
- Range: 2 Hz to 2 MHz in 6 decade ranges.
- Accuracy: ±2% of reading.
- Power Output: 160 mW into 600 Ω.
- Voltage: Over 20 V, open circuit.
- Distortion: <0.25%, 50 Hz to 50 kHz, with linear loads.
- Hum: <0.02% independent of attenuator setting.
