| Stanford Research Sys SR550 |
| Seller Info :
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| Company :
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Kandel Electronics Inc.
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| Contact Name :
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KandelSales
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| Company Info :
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Kandel Electronics, Inc. offers:
- Knowledgeable Technical Staff
- On-Site NIST-Traceable Lab
- Guarantees With Everything We Sell
- Real Inventory
- Flexible Purchase Options
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| Sales Conditions : | All equipment is subject to prior sale. Prices listed in this website are current as of the last update (usually within 2 weeks) and supersede those listed in any prior advertising. These are subject to change without notice.
All reconditioned equipment is warranted for 90 days after it is received.
Visa, MasterCard, and American Express accepted.
All orders are shipped F.O.B. Oreland, PA unless otherwise agreed upon. |
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(ATE)
(Rentals)
(Calibration)
(Repair)
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| Address :
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212 Roesch Ave
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| Web :
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View Website
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| Phone :
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800-582-8378 |
| Fax :
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215-886-7017 |
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Stanford Research Systems SR550 : Main Features and Specifications
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| Low end frequency limit |
10.0 Hz |
| High end frequency limit |
100.0 kHz |
| Gain |
N/A |
| Noise Figure |
N/A |
| Status |
new |
Launch Date
| -- |
| Discontinued on | -- |
| Supported until | -- |
| See also | SR552 , SR554 |
Stanford Research Systems SR550 Specs (211.3 KB)
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| Stanford Research Systems SR550 Features : |
The SR550 Voltage Preamplifier is designed to work with any SRS lock-in amplifier. Preamplifiers provide gain close to the experimental detector, before the signal-to-noise ratio is permanently degraded by cable capacitance and pickup. The preamplifier minimizes noise and pickup in the connecting lines and reduces measurement time in noise-limited experiments. When used with the SR510 or SR530, the preamplifier gain is automatically chosen to optimize noise performance without compromising dynamic reserve. When used with the SR810, SR830 or SR850, the preamplifier gain is automatically set to its maximum value. Power and control signals are brought from the lock-in by a 9-pin cable (included). The SR550 may also be operated independently from the lock-ins by applying appropriate biasing (±20 VDC, +5 VDC).
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