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Panther
6500 - Digital Beam Forming Receiver
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| DESCRIPTION
The
Panther 6500 Digital Beam Forming (DBF) Receiver is a member of the
NSI Panther family of high speed receivers, and is designed specifically
to test antennas that directly output digital data. The Panther 6500
offers improved sensitivity, dynamic range, noise immunity and speed
over most analog receivers available today, and eliminates many of the
problems associated with conventional antenna measurement systems. The
NSI-RF-6500-8, 8-channel model of the Panther DBF Receiver, is shown
above. The NSI-RF-6500-16 provides 16 digital I/Q input channels. |
| CAPABILITIES
The
Panther 6500 DBF Receiver, includes the NSI High Speed Beam Controller
and is capable of receiving up to 16 channels of digital I (16-bit In-Phase)
and Q (16-bit Quadrature) data in random order at rates up to 312,500
measurements per second. The digital input data is capable of being
coherently clocked at rates up to 5 MHz. The I and Q channels are multiplexed
into a High Speed Digital Receiver module, which performs x16 integration,
and are transferred from the DBF Receiver directly to the PC in real-time.
The Panther High Speed Beam Controller (HSBC) provides real-time control
over the DBF measurement process. During test setup, the NSI software
transfers the user specified multiplexer and timing information to the
HSBC. Once configured, the actual measurement process is sequenced by
the HSBC, freeing the measurement computer from critical timing requirements.
For the Panther 6500 application, the HSBC controls selection of the
digital input multiplexer and provides 8 or 16-bits of AUT control.
The Panther HSBC is capable of simultaneous control of two frequency
sources and will interface to a wide variety of sources including the
NSI 7020 high-speed synthesizer, Agilent E6432A series (VXI based),
Agilent PSG, Gigatronics GT12520A, and Comstron FS5000. Alternatively,
the DBF AUT may also provide the RF exciter function. The Panther 6002
HSBC will control a variety of multi-port PIN switches including the
Agilent 85331A and 85332A series for high speed switching of RF signals
up to 50 GHz. |
FEATURES
- Designed to test digital beam forming antennas with digital
output.
- Multiplexes up to 16 channels of I and Q digital inputs
(16 bits each).
- Up to 312,500 measurements per second (no averaging).
- Dynamic range of 90 dB.
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- Ease of operator setup using NSI2000 software.
- Arbitrary beam list ordering provides test flexibility.
- Supports multi-port and multi-frequency measurements.
- Fully integrated with NSI2000 acquisition and measurement
software.
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| SPECIFICATIONS |
| Sensitivity
(1 average) |
AUT
dependent |
| No.
Channels NSI-RF-6500-8 |
8
channels |
| No.
Channels NSI-RF-6500-16 |
16
channels |
| Measurement
speed |
Up
to 312,500 measurements per second |
| IF
clock rate |
5
MHz |
| Channel
isolation |
AUT
dependent |
| Buffer
size |
2,000,000
measurement points |
| Dynamic
range |
90
dB |
| Compression
level (0.1 dB) |
Not
applicable, referenced to 0 dB |
| Interface |
Hardware:
PC card set, Software: DLL |
| Size |
42"
rack (24U) x 19"W x 30"D |
| Operating
temperature |
10
to 50 degrees C |
| Power
requirements |
100-240
V AC, 50/60 Hz, |
| Controls
and indicators |
Mux
Select Sw, Local/Auto Sw, Mux LEDs, IF Clk LED, DC Pwr LED |
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DBF
VME Card Cage
Click
Here
for DBF System Block Diagram.
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| DIMENSIONS
- Width - 19" (0.48 m)
- Depth - 30" (0.76 m)
- Height - 42" VPO (24U) (1.07 m)
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LINKS
- No additional links are curently available.
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| ORDERING
INFORMATION Consists
of the following components:
42" (24U) Equipment rack
NSI Windows Computer
High speed beam controller
PC interface card set
DBF VME Card Cage
- 1 HDR Card
- 8 MIC Cards (Model NSI-RF-6500-8), or
- 16 MIC Cards (Model NSI-RF-6500-16)
Cabling
Host computer driver software
Installation and operations manual
One year warranty
Please contact the NSI Sales department to order this
product. |
| Nearfield
Systems, Incorporated
19730 Magellan Drive, Torrance, CA 90502, USA, Tel: 310.525.7000, Fax:
310.525.7100
Email: sales@nearfield.com. Visit our website: www.nearfield.com
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