Selling HP Agilent E4412A – We Buy New Used E4412A (‘s) Top Dollar Paid!

If you’re looking to Sell HP Agilent E4412A E Series CW Power Sensor

HP E4412A Power Sensor
The E4412A power sensor is a diode power sensor. It is intended for measurement of CW microwave power levels in a wide dynamic range from -70 dBm to +20 dBm (100 pW to 100 mW). The E4412A measures at frequencies from 10 MHz to 18.0 GHz. This is a high-speed power sensor, and does not incorporate narrow-bandwidth averaging used in average-power sensors. Signals with digital, pulse, or other forms of amplitude modulation may introduce measurement errors. Multi-tone signals (containing multiple frequency components), or signals with significant harmonic content (> -45 dBc) may introduce measurement errors at high power levels.

Buying, Selling, Trading HP Agilent E4412A

If you’re selling your HP Agilent E4412A please fill out form on the right hand side of page.

Selling Agilent HP E9327A – We Buy New Used E9327A (‘s) Top Dollar Paid!

If you’re looking to Sell Agilent HP E9327A Peak & Power Sensor

E9327A Peak & Power Sensor Specifications:

Buying, Selling, Trading Agilent HP E9327A

Temperature
( 25 ± 10 °C)
±1.0%
Temperature
(0 to 55 °C)
±2.0%
Video bandwidth
5 MHz
Frequency Range
50 MHz to 18 GHz
Power Range
(Average Only)
-60 dBm to +20 dBm
Power Range
(Normal Mode)
-40 dBm to +20 dBm
Maximum Power
+23 dBm average;
+30 dBm peak
(< 10msec duration)
Connector Type
Type N (m)
Zero Drift
(Normal Mode)
< ±40 nW
Zero Drift
(Average Only Mode)
< ±100 pW
Measurement Noise
(Normal Mode)
< 25 nW
< 550 nW
Measurement Noise
(Average Only mode)
< 400 pW

If you’re selling your Agilent HP E9327A please fill out form on the right hand side of page.

Selling Agilent HP E6000A – We Buy New Used E6000A (‘s) Top Dollar Paid!

If you’re looking to Sell Agilent HP E6000A SM Long Haul Fiber OTDR E6008B

Agilent E6000A Mini OTDR Mainframe

The Agilent Mini-OTDR is the best selling product in Agilent’s portfolio of Optical Network Test Solutions for the installation, maintenance and operation of fiber networks.

The Mini-OTDR is designed to provide its users with the fastest tool available for installing and commissioning multiple fiber links and locating faults for fiber maintenance. This is accomplished through high measurement performance and an award winning simple user interface.

Features
* High dynamic range: 40 dB
* Automatic fiber characterization
* Built-in multi-fiber test
* Fiber break locator mode
* Full remote control
* Simple one-button operation
* Context-sensitive on-line help
* Automatic event adjustment
* Front connector check
* Compliant to Bellcore GR-196-CORE trace format
* Stabilized continuous wave (CW) light source
* Minimum sampling resolution: 8cm
* 15 seconds power up cycle
* Small and light

Characteristics

Horizontal Parameters
* Start-km:
* 0 km to 400 km Span: 0.1 km to 400 km
* Readout resolution: 0.1 m
* Minimum sample spacing: 4 cm
* Refractive index: 1.00000 to 2.00000
* Length unit: km, ft, or miles
* Measurement points: up to 64000

Vertical Parameters
* Vertical scale:
* 0.1 to 10.0 dB/Div Read-out resolution: 0.001 dB
* Reflectance range: 14 dB to 60 dB
* Backscatter coefficient: 10 to 70 dB at 1 s

Storage
* 3.5 floppy disk drive:
* for high density 720/1440 kByte floppy disks. MS-DOS format compatible. Reduced operating temperature of 5C to 45C, with 35% to 80% humidity at 40C. Memory Card: PCMCIA Type II. 440 MB with up to 13000 traces (typical with 64000 data points).
* Internal memory: SRAM up to 2 MB. Up to 300 traces (typical) with 4000 data points

Interfaces

RS232C:
* Maximum transmission rate:
* 115200 bps Transmission time at 115200 bps for trace data: 4000 points at approx. 1 second; 64000 points at approx. 4 seconds.
* Centronics: Standard parallel port (SPP).
* Keyboard: PS2 (Min-DIN). For English Standard, PS2, or AT keyboard.

General
* Automatic setup analysis
* Instrument settings: storage and recall of user-selectable instrument settings.
* Laser safety class: All OTDR laser sources specified by this data sheet are classified as Class 1M according to IEC 60825-1 (2001).

Buying, Selling, Trading Agilent HP E6000A

Built-in Applications
* Automatic Multi Fiber Test
* Pass/Fail Test
* Fiber Break Locator
* Power Meter / Loss Test mode 1
* Visual Fault Finder mode 1
* Optical Return Loss
* End to End Loss
* Easy OTDR
* OTDR Training
* OTDR Assistant

Environmental
* Operating Temperature:
* 0 to 50 degees C Storage Temperature: 40 to +60 degrees C
* Humidity: 95% R.H from 0 to 40 degrees C

Power
* AC: 100 240 Vrms
* 10% 50 60 Hz DC: 16 24 V
* External Battery: NiMHtypically 8 hours continuous operation (minimum 4 hours) with Option #006. Charging time < 3 hours, non-operating
* Low battery indicator
* Battery charge status

Agilent E6008B
Central Wavelength 1310 nm ± 25 nm/1550 nm ± 5 nm
Applicable Fiber Singlemode
Pulsewidth 10 ns 100 ns 1µs 10 µs 20 µs
Dynamic Range 24/22 29/27 35/34 42/41 45/43
Event Deadzone 3m
Attenuation Deadzone 10/12m

If you’re selling your Agilent HP E6000A please fill out form on the right hand side of page.

Selling Agilent HP E6000C E6003C – We Buy New Used E6000C E6003C (‘s) Top Dollar Paid!

If you’re looking to Sell Agilent HP E6000C E6003C SM Long Haul Fiber OTDR

The Agilent Mini-OTDR is the best selling product in Agilent’s portfolio of Optical Network Test Solutions for the installation, maintenance and operation of fiber networks.

The Mini-OTDR is designed to provide its users with the fastest tool available for installing and commissioning multiple fiber links and locating faults for fiber maintenance. This is accomplished through high measurement performance and an award winning simple user interface.

Fiber Break Locator to quickly find breaks and bends.

Locate and characterize splice and connector losses.

Multifiber testing for fast high-count cable qualification.

Perform power and loss measurement with the built-in light source and the power meter module.

Graphical representation of measurement results in event tables, showing loss and reflection, and pass/fail results.

Visual Fault Finder to check patch cords for light leakage.

Characteristics:

Horizontal Parameters

Start-km:
0 km to 400 km Span: 0.1 km to 400 km
Readout resolution: 0.1 m
Minimum sample spacing: 4 cm
Refractive index: 1.00000 to 2.00000
Length unit: km, ft, or miles
Measurement points: up to 64000

Vertical Parameters

Vertical scale
0.1 to 10.0 dB/Div Read-out resolution: 0.001 dB
Reflectance range: 14 dB to 60 dB
Backscatter coefficient: 10 to 70 dB at 1 s
Pulsewidth

You can select any of the following pulsewidths: 10 ns, 30 ns, 100 ns, 300 ns, 1 s, 3 s, and 10 s (all modules). You can also select 5 ns for E6003C, 5A, 9A modules, and 20 s for E6003B, E6003C, E6008B, and E6013A.
With the E6005A module, you can select a pulsewidth from 5 ns to 100 ns at 850 nm, and from 5 ns to 10 s at 1300 nm.
With the E6009A module, you can select a pulsewidth from 5 ns to 100 ns at 850 nm, and from 5 ns to 1 s at 1300 nm.

Buying, Selling, Trading Agilent HP E6000C E6003C
Storage

3.5 floppy disk drive: for high density 720/1440 kByte floppy disks. MS-DOS format compatible. Reduced operating temperature of 5C to 45C, with 35% to 80% humidity at 40C. Memory Card: PCMCIA Type II. 440 MB with up to 13000 traces (typical with 64000 data points).
Internal memory: SRAM up to 2 MB. Up to 300 traces (typical) with 4000 data points
OTDR Trace Formats:

Trace format: compliant to the following Bellcore/Telcordia OTDR trace formats:
GR 196, Revision 1.0
GR 196, Revision 1.1
SR-4731 Revision 2.0
Trace Information: 5 comment labels of up to 15 alphanumeric characters, and 5 comment fields of up to 41 alphanumeric characters are provided for each trace.
Real-time clock and date
Scan Trace:

Type of events:

Reflective and nonreflective. Maximum number of events: 100.
Threshold for non-reflective events: 0.0 to 5.0 dB, selectable in 0.01 dB steps.
Threshold for reflective events: – 14.0 to ?65.0 dB, selectable in 0.1 dB steps.
Threshold for fiber breaks: 0.1 to 10 dB, selectable in 0.1 dB steps.
Fiber End Threshold: 0.1 to 20 dB, selectable in 0.1 dB steps.
Display Color or monochrome VGA-LCD: 18.3 cm (7.2?)
Display points: 640 x 480 Points
Measurement update rate: two measurements per second in refresh mode
Interfaces:

RS232C: Maximum transmission rate: 115200 bps Transmission time at 115200 bps for trace data: 4000 points at approx. 1 second; 64000 points at approx. 4 seconds.
Centronics: Standard parallel port (SPP).
Keyboard: PS2 (Min-DIN). For English Standard, PS2, or AT keyboard.
General:

Automatic setup analysis
Instrument settings: storage and recall of user-selectable instrument settings.
Laser safety class: All OTDR laser sources specified by this data sheet are classified as Class 1M according to IEC 60825-1 (2001).
The Visual Fault Finder Sub-Module E6007A complies with Class 2 according to IEC 60825-1 (2001).
All laser sources comply with 21 CFR 1040.10 except for deviations pursuant to Laser Notice No. 50, dated 2001-July-26

Built-in Applications:

Automatic Multi Fiber Test
Pass/Fail Test
Fiber Break Locator
Power Meter / Loss Test mode 1
Visual Fault Finder mode 1
Optical Return Loss
End to End Loss
Easy OTDR
OTDR Training
OTDR Assistant
Environmental

Operating Temperature: 0 to 50 degees C Storage Temperature: 40 to +60 degrees C
Humidity: 95% R.H from 0 to 40 degrees C
Power

AC: 100 240 Vrms
10% 50 60 Hz DC: 16 24 V
External Battery: NiMHtypically 8 hours continuous operation (minimum 4 hours) with Option #006. Charging time < 3 hours, non-operating
Low battery indicator
Battery charge status

Agilent E6003C SM OTDR Module
Central Wavelength 1310 nm ± 25 nm / 1550 nm ± 25 nm
Applicable Fiber single-mode
Pulsewidth
20 µs
Dynamic Range [dB] 43/41
Event Deadzone
1.5 m
Attenuation Deadzone 8/10 m

If you’re selling your Agilent HP E6000C E6003C please fill out form on the right hand side of page.

Selling Agilent HP E6000B – We Buy New Used E6000B (‘s) Top Dollar Paid!

If you’re looking to Sell Agilent HP E6000B OTDR w/ E6010B SM Fiber Module
The Agilent/HP E6000B Mainframe maximizes your network uptime by locating and characterizing faults quickly and accurately.

The combination of 16,000 data points and a minimum sample spacing of 8cm allows the powerful analysis algorithm to determine the exact location and characteristic of an event.

The Agilent/HP E6000B OTDR repeatedly outputs an optical pulse into the connected fiber and measures the reflections from this pulse. The trace displayed on the screen is a graph of this reflected power (backscatter) as a function of the distance along the fiber.

Events are changes in the fiber causing the trace to deviate from a straight line. Events can be Reflective or Non-Reflective.

Reflective Events occur when some of the pulse energy is reflected, for example at a connector. Non-Reflective Events occur at parts of the fiber where there is some loss but no light is reflected. Non-Reflective Events produce a dip on the trace.

The E6000B OTDR calculates the distance of such an “event” in the fiber from the time it takes the reflected signal to return. The further away an event is, the longer it takes for its reflection to return to the E6000B OTDR.

A fully automatic function is available and the E6000B OTDR sets itself up to achieve the best results for the measurements such as the location (distance) of events on the link, the end of the link or a break, the attenuation coefficient of the fiber in the link, the loss of an individual event or the total end-to-end loss of the link, the magnitude of the reflection (or reflectance) of an event, such as a connector, the cumulative loss to an event can be measured automatically.

The Agilent E6000B can operate through the supplied AC adapter between 100V and 240V ±10%, at a frequency in the range from 50 to 60 Hz. The maximum power consumption is 30VA with all options installed.

The Agilent E6000B can operate from a DC power source that supplies between 16V and 24V. The maximum power consumption during a quick charge is 30W with all options installed. Typical power consumption is below 8W.

Key Points:

Built in Applications
Built in multi fiber test
With template mode
One button operation
Automatic event adjustment
15 secs power up cycle
Automatic fiber characteristic

Buying, Selling, Trading Agilent HP E6000B

Brand Agilent / HP
Model E6000B
Description Mini OTDR Mainframe
Category OTDR
Sub Category N/A
Specifications:
User Interface Proprietary
Input Power Universal
Inter memory Up to 200 traces
Operating Temperature 0 to 50 deg C
Storage Temperature -40 to 60 deg C
Dimensions 194 mm H, 290 mm W, 75 mm D (7.7″ x 11.4″ x 3.0″)
Weight net < 2.9 kg (6.4 lbs)

E6010B SM OTDR Module
The E6010B OTDR module enables testing of Optical Supervisory Channel capability of WDM links and fast and accurate fiber testing at 1625 nm. Out of band testing also allows users to perform a fiber test while transmitting data at 1310nm or 1550nm .

If you’re selling your Agilent HP E6000B please fill out form on the right hand side of page.

Selling Agilent HP E6000B – We Buy New Used E6000B (‘s) Top Dollar Paid!

If you’re looking to Sell Agilent HP E6000B OTDR w/ E6008B SM Fiber Module

The Agilent/HP E6000B Mainframe maximizes your network uptime by locating and characterizing faults quickly and accurately.

The combination of 16,000 data points and a minimum sample spacing of 8cm allows the powerful analysis algorithm to determine the exact location and characteristic of an event.

The Agilent/HP E6000B OTDR repeatedly outputs an optical pulse into the connected fiber and measures the reflections from this pulse. The trace displayed on the screen is a graph of this reflected power (backscatter) as a function of the distance along the fiber.

Events are changes in the fiber causing the trace to deviate from a straight line. Events can be Reflective or Non-Reflective.

Reflective Events occur when some of the pulse energy is reflected, for example at a connector. Non-Reflective Events occur at parts of the fiber where there is some loss but no light is reflected. Non-Reflective Events produce a dip on the trace.

The E6000B OTDR calculates the distance of such an “event” in the fiber from the time it takes the reflected signal to return. The further away an event is, the longer it takes for its reflection to return to the E6000B OTDR.

A fully automatic function is available and the E6000B OTDR sets itself up to achieve the best results for the measurements such as the location (distance) of events on the link, the end of the link or a break, the attenuation coefficient of the fiber in the link, the loss of an individual event or the total end-to-end loss of the link, the magnitude of the reflection (or reflectance) of an event, such as a connector, the cumulative loss to an event can be measured automatically.

The Agilent E6000B can operate through the supplied AC adapter between 100V and 240V ±10%, at a frequency in the range from 50 to 60 Hz. The maximum power consumption is 30VA with all options installed.

The Agilent E6000B can operate from a DC power source that supplies between 16V and 24V. The maximum power consumption during a quick charge is 30W with all options installed. Typical power consumption is below 8W.

Key Points:

Built in Applications
Built in multi fiber test
With template mode
One button operation
Automatic event adjustment
15 secs power up cycle
Automatic fiber characteristic

Buying, Selling, Trading Agilent HP E6000B

Brand Agilent / HP
Model E6000B
Description Mini OTDR Mainframe
Category OTDR
Sub Category N/A
Specifications:
User Interface Proprietary
Input Power Universal
Inter memory Up to 200 traces
Operating Temperature 0 to 50 deg C
Storage Temperature -40 to 60 deg C
Dimensions 194 mm H, 290 mm W, 75 mm D (7.7″ x 11.4″ x 3.0″)
Weight net < 2.9 kg (6.4 lbs)

Agilent E6008B
Central Wavelength 1310 nm ± 25 nm/1550 nm ± 5 nm
Applicable Fiber Singlemode
Pulsewidth 10 ns 100 ns 1µs 10 µs 20 µs
Dynamic Range 24/22 29/27 35/34 42/41 45/43
Event Deadzone 3m
Attenuation Deadzone 10/12m

If you’re selling your Agilent HP E6000B please fill out form on the right hand side of page.