제품 사양 및 특징.

The Analyze-R™ has an intuitive interface and provides both frequency and amplitude information across an entire 100 MHz U-NII band.
Resolution bandwidth is 1 MHz and the amplitude range spans -100 dBm to –30 dBm  (nom./either peak or average modes).
The Analyze-R™ employs a monochrome backlit LCD display that’s easy to read in high or low ambient light conditions.
The display operates in real time and, when in band sweep mode, displays 101 1-MHz channels across a 100 MHz band.
An adjustable on-screen marker provides specific measurement of amplitude and frequency, allowing precise evaluation of signals. In single frequency mode, the display switches from a graphic display to a numeric display to show a specific frequency and its associated RSL power in dBm.
This mode is most useful when aligning the antenna for a terrestrial point-to-point link or for monitoring a specific frequency channel.

GENERAL SPECIFICATIONS:

RECEIVER:

Selectable Frequency Bands:

Band 1 (ISM): 2.400–2.484 GHz ( 85, 1-MHz-wide channels);

Band 2 (U-NII-1): 5.150–5.250 GHz (101, 1-MHz-wide channels);

Band 3 (U-NII-2): 5.250–5.350 GHz (101, 1-MHz-wide channels);

Band 4 (ISM/U-NII-3): 5.725–5.875 GHz (3-101, 1-MHz-wide channels, L/M/H).

    (L)ow: 5.725–5.825 GHz;

    (M)edium: 5.750–5.850 GHz; and,

    (H)igh: 5.775–5.875 GHz.

Bandwidth: 2 MHz.

Sensitivity: -100 dBm nom.

Amplitude: ±1.5 dBm (from -40 dBm to -90 dBm).

Overload Point: -30 dBm nom.

Damage Level: +10 dBm.

Frequency Stability: 2 x 10^-5 (temperature 0°C to 50°C).

LCD DISPLAY:

Graphic Display: 64 x 128 pixel LCD, backlit. Displays frequency (101, 1 MHz points)(L/M/H in Band 4) and power (56, 1.25 dBm points)(peak hold or average).

Graphic Resolution: Power: 1.25 dB/pixel; Frequency: 1 MHz/pixel.

Graphic Dynamic Range: -35 dBm to -102.9 dBm, graphically displayed.

Numeric Dynamic Range: -24.1 dBm to -103.8 dBm, numerically displayed.

Update Time: 300 ms (2 ms measure, 1 ms compute per channel x 100 channels).

Marker: Marker is tuned with a front panel knob. Marker frequency and power intercept are displayed at the top of the LCD.

Marker Resolution: 0.1 dB (power), 1 MHz (frequency).

LEDs:

Low Battery Indicator: LED, ON when battery has approx. 15 min. left.

LED Status Indicators: LOW BATTERY, CHARGED BATTERY, AC MAINS (charger connected), BAND SWEEP, SINGLE FREQUENCY, PEAK HOLD, AVERAGE, BAND 1 (2.400–2.484 GHz), BAND 2 (5.150–5.250 GHz), BAND 3 (5.250–5.350 GHz), BAND 4 (5.725–5.875 GHz; L/M/H). Record-R™ (recording data), MEMORY OK, GPS LOCK.

Record-R™ DATA LOGGING SPECIFICATIONS:

Data Recorded: Received Signal Level (in dBm per channel / peak or average), Frequency, Longitude, Latitude, Date & Time (UTC), Model Number & Serial Number of unit.

Max. No. of Records: 250 single frequency records (32 bytes ea.) or 62 band sweep records (128 bytes ea.) or some combination, 8K Bytes total memory.

Record Time to Memory: Band sweep: < 2 seconds, single frequency: approx. 20 milliseconds.

Data Format: CSV (comma-separated variable).

Downloading Records: Records are downloaded, thru RS-232-C or USB 'B' rear panel connectors.

Download Baud Rate: 9600 Baud.

Software (included): Log View-R™ Data Log Utility software for Windows 95/98/2000/XP operating systems. This software allows a remote computer to download, display, and save data records and clear the instrument's memory.

GPS:

Frequency: L1 (1575.42 MHz), C/A code (SPS), 8-channel cont. tracking, 32 correlators.

Position Accuracy: ±2 meters CEP (50%).

Timing Accuracy: ±95 nano-seconds.

Position Fix Update: 1 second.

Time to Lock:

Cold Start: <130 seconds (90%);

Warm Start: <45 seconds (90%);

Hot Start: <20 seconds (90%).

Reacquisition Time: <2 seconds (90%) after loss of signal.

BATTERY CHARACTERISTICS:

Operating Time (approx.): 5–6 hours continuous @ 25єC (77єF). Low Battery indicator LED ON when approx. 1 hour operating time remains.

Charge Time (approx): 3 hours.

Manufacture: Panasonic.

Manuf. Part No.: LCS-2312NC, Rechargeable Sealed Lead/Acid Battery.

Nominal Voltage: 12 VDC.

Nominal Capacity: 2.3 Ah.

Capacity affected by Temperature:

40°C (104°F) 102%

25°C (77°F) 100%

0°C (32°F)  85%

-15°C (5°F)  65%

Self-Discharge @ 25°C:

Capacity after 3 month storage- 90%

Capacity after 6 month storage- 80%

Capacity after 12 month storage- 60%

BATTERY CHARGER:

AC MAINS Input: 90–264 VAC / 47–63 Hz.

AC MAINS Connector: IEC-320, 3-conductor. Conforms to IEC 320-3:1987/EN 60 320.

DC Output: 15 VDC / 1 A.

DC Connector: 5.5 mm x 2.1 mm Barrel Power connector, 5-foot cord.

Dimensions (HxWxD): 33 mm x 51 mm x 86 mm (1.3 in. x 2.0 in. x 3.4 in.).

Operating Temperature: 0єC to 40єC (32єF to 104єF).

MECHANICAL:

Power: DC, self-contained 12 VDC, 2.3 Ah, Rechargeable Sealed Lead/Acid Battery.

Weight:

Net: <3.2 kg (7 lbs.) per unit (inc. Battery and Weather-resistant Instrument Back-pack).

Shipping: 5 kg (11 lbs.).

Dimensions (HxWxD):  89 mm x 213 mm x 333 mm (3.5 in. x 8.375 in. x 13.1 in.).

Connectors:

RF In: Type 'N' female.

Battery Charger In: 5.5 mm x 2.1 mm rearpanel Power jack (15 VDC/1 A, center pin positive).

RS-232-C: DB-9 female (rear panel).

USB: USB type B female (rear panel).

ENVIRONMENTAL

Designed to meet EN 61010-1 (IEC 1010-1), Specifically:

Temperature:

Operating: -15°C to 50°C (5єF to 122єF).

Storage: -40°C to 71°C (-40єF to 160єF) without battery. Battery: -15°C to 40°C (5єF to 104єF).

Battery Charging: 0°C to 40°C (32°F to 104°F).

Relative Humidity: 95% ±5% 10°C to 30°C; 75% ±5% to 40°C; 45% ±5% above 40°C.

Altitude: 4600 meters (15,000 feet).

Burn In: Failure-free burn in of no less than 100 hours at 40°C.

Pollution Degree: 1 (no pollution)(EN 61010-1/3.7).

Transient Overvoltage: Installation Category II (EN 61010-1/J).

SUPPLEMENTAL SPECIFICATIONS:

Warranty: One Year Limited Warranty.

Montreal Protocol: Nil Return.

ISO 9000: XL Microwave's Quality System is registered and certified by TUV Essen to the Quality Assurance Standards of ISO 9001.

CE (European Union): EN 55011:1998 w/A1:1999, Group 1, Class B (emissions); EN 61326-1:1997 w/A1:1998 (immunity).

ACCESSORIES FURNISHED:

One (1) Operating Manual with User Information Card.

One (1) Weather-resistant Instrument Back-pack.

One (1) Battery, Rechargeable, 12 VDC/2.3 Ah, Sealed Lead/Acid Batery.

One (1) Battery Charger, AC MAINS powered, 90–264 VAC; with IEC-320 Input connector.

One (1) AC MAINS power cord (conforms to IEC 320-3:1987/EN 60 320 and CEE color coding) UL listed type SVT, 3-conductor Vinyl with NEMA, type 5-15p plug and IEC 320-3:1987/ EN 60 320 end termination.

One (1) Cable: Coax Cable Assembly, N-type (male) to N-type (male), 3-meters long.

One (1) Cable: RS-232 Cable Assembly, D-sub 9-pin (male) to D-sub 9-pin (female), 3-meters (9.84 ft.).

One (1) Cable: USB Cable Assembly, USB 'A' (male) to USB 'B' (male), 2-meters (6.56 ft.).

One (1) Floppy disk(s) copy of Log View-R™, data logging utility software.

OPTIONAL ACCESSORIES AVAILABLE

Opt    Description

320    Spare Battery, 12 VDC/2.3 Ah Rechargeable Sealed Lead/Acid.

321    Portable Battery Charger, AC MAINS powered (90–264 VAC/47–63 Hz; IEC-320 Input connector) w/AC cord & Adapter.

336    Weather-Resistant Instrument Back-Pack

326    Case: Watertight, Airtight, Corrosion Proof, Dust Proof, Crush Proof, for severe enviromental conditions.

            Holds (1) 2200, 19" x 14" x 7-3/4" (L x W x D).

328    Cable: Coax Cable Assembly, N-type (male) to N-type (male), 3-meters long.

340    Cable: RS-232 Cable Assembly, DB-9 (male/female), 3-meters long.

341    Cable: USB Cable Assembly, 'A' (male) to 'B' (male), 2-meters long.

335    Extra Operating Manual.

The Analyze-R™ also contains XL’s Record-R™ Data Logger, with embedded GPS receiver, for recording specific single frequency information or an entire 100 MHz ISM / U-NII band sweep. Recorded information includes frequency, peak or average power, longitude, latitude, and UTC date & time. Recording a Band Sweep will yield individual 1 MHz-wide peak or average power steps through the entire 100 MHz band along with location and date/time information. The instrument includes both RS-232 and USB interfaces. The Log View-R™ companion software (included) provides a virtual graphic display of the original recorded sweep including software marker for reading power/frequency values. The Log View-R™ is used for transferring information from the instrument to a PC for saving, viewing, analyzing, archiving, and printing of the recorded data.

Background
To address the increasing use of the unlicensed ISM and U-NII Bands for WLAN, business-to-business and last-mile (short-haul) point-to-point and point-to-multipoint applications, XL Microwave has introduced the Model 2261, Analyze-R™. This unique instrument allows you to quickly acquire and capture accurate test measurements for site analysis of interference as well as optimum antenna location. Additionally, the Analyze-R™ provides a versatile test solution for accurate antenna alignment.

Because U-NII systems often operate slightly above the ambient signal noise level, and ISM transmissions are allowed greater EIRP power than U-NII systems, identifying possible interference sources prior to system design and installation is critically important. The Analyze-R™ is the only application specific instrument on the market designed to identify and record these spectral problems.

Applications
The Analyze-R™ allows you to quickly acquire and document accurate test measurements for site analysis.
Applications include:

• Verifying geographical site coordinates and antenna centerline elevations for precise analysis of system engineering;
• Measuring and documenting the RF signature of the received signal to capture any possible signal distortion;
• Measuring and documenting the RF signature of any potential interfering source;
• Differentiating path-induced problems from equipment problems;
• Confirming optimum antenna locations.
   

Additionally, the Analyze-R™ can also be used by installers to align the site’s antenna. By measuring the received signal level power of the specific frequency being used by the link, the antenna can be located and adjusted for maximum received signal level and the results recorded for verification.