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| Used-Line Referral Service
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This item was listed through the Used-Line Referral Service, a commission based service. All equipment listed is for sale by dealers or end-users. Equipment brokers included in this service are identified as Used-Line Verified Equipment Brokers.
Use the RFQ form to inquire about this equipment. We will immediately email to you the contact info of the seller. The seller will also be sent an email with your inquiry.
Be sure to include all your contact and company information. Sellers may not respond to inquiries that do not have a company name address and phone number.
We will send you a follow up email a few weeks after you send your RFQ.
Used-Line does not buy or sell equipment.
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| Order manual from Manuals Plus |
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Agilent HP 8510SX : Main Features and Specifications
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| Instrument Type |
Vector, S-Parameter |
| Low end frequency limit |
45.00 MHz |
| High end frequency limit |
26.50 GHz |
| Output Power Range |
-- |
| Input Noise Level |
-- |
| Status |
discontinued |
Launch Date
| -- |
| Discontinued on | Oct-2003 |
| Supported until | Apr-2009 |
| Alternative | E8363B PNA Network Analyzer |
| See also | 85106D , 85107B , 85108A , 85108L , 8510C , 8510XF |
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| Agilent HP 8510SX Features : |
The Agilent 8510SX microwave vector network analyzer is a complete system configured with an Agilent 8510C vector network analyzer, a 26.5 GHz S-parameter test set, a 26.5 GHz synthesized sweeper, and a complete set of 3.5 mm measurement accessories.
The instruments are integrated in the system rack prior to shipment from the factory.
Installation is included at no additional charge.
This preconfigured system is a complete solution for characterizing the linear behavior of either active or passive networks over the 45 MHz to 26.5 GHz frequency range.
The Agilent 8510C displays measurement results in log/linear magnitude, phase, or group delay format on a large, color CRT with two independent, yet identical channels.
- 45 MHz to 26.5 GHz frequency range
- Real-time error-corrected measurements
- 0.001 dB, 0.01 degree, 0.01 ns measurement resolution
- Optional time domain and pulsed RF measurement capability
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