High Power Bi-Directional Amplifier, 5/20 Watts, 2.4 …High Power Bi-Directional Amplifier, 5/20...

-Pasternack does not make

any representation or warranty regarding the suitability of the part described herein for any particular purpose, and Pasternack does not assume any liability arising out of the use of any part or documentation.

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TECHNICAL DATA SHEET

PE15B5000 is an S-Band bi-directional half duplex module that delivers high quality TX signals while amplifying the RX signal with an advanced LNA to produce the highest possible data rates. The amplifier operates in the 2.4 to 2.5 GHz frequency range and offers 5 Watts typ Power for 802.11g and 20 Watts typ Power for 802.11b. High efficiency devices and advanced switching technology meets the requirements of some of the most demanding RF radio systems. The module provides 20 dB typical small signal gain with the gain flatness of ±0.5 dB typical. The connectorized SMA module is unconditionally stable, requires typically a +28V DC and operates over the temperature range of -40°C and +80°C. A Cable Assembly with DC Socket connector is available (PE15K5000) as an accessory specific to this model. See the illustration below.

Features• 2.4 GHz to 2.5 GHz Frequency Range• 20 Watts typ Power for 802.11b• 5 Watts typ Power for 802.11g• Small Signal Gain: 20 dB min

• Gain Flatness: ±0.5 typical• 50 Ohms Input and Output Matched• Unconditionally Stable• Half Duplex Design

Applications• L-band Military Radio• Communication Systems• High Gain Driver Power Amplifier• High Gain Output Power Amplifier

• Unmanned Aerial Vehicles (UAV)• Unmanned Ground Vehicles• L and S Band Radar• Commercial Air Traffic Control

• Weather and Earth Observation• Satellites

Electrical Specifications (TA = +25°C, DC Voltage = 28Volts DC Current = 2.4A)Transmit Description Minimum Typical Maximum Units Frequency Range 2.4 2.5 GHz Power for 802.11b 20 Watts Power for 802.11g 5 Watts RF Input 28 dBm Gain 19 20 21 dB Gain Flatness ±0.5 ±1.3 dB Input Return Loss -12 dB Operating DC Voltage 24 28 30 Volts Current Draw 802.11b 2.4 mA Current Draw 2.4 A Current Draw 802.11g 900 mA Switching Time 1 2 uSec

.

Receive Description Minimum Typical Maximum Units 1 dB Compression Point +0 dBm Gain 11 dB

Click the following link (or enter part number in “SEARCH” on website) to obtain additional part information including price, inventory and certifications: High Power Bi-Directional Amplifier, 5/20 Watts, 2.4 GHz to 2.5 GHz, 1 us switching, 20 dB Gain, SMA PE15B5000

PE15B5000

PE15B5000 REV 1.2

High Power Bi-Directional Amplifier, 5/20 Watts, 2.4 GHz to 2.5 GHz, 1 us switching, 20 dB Gain, SMA

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https://www.pasternack.com/high-power-bi-directional-amplifier-5-20-watts-2.5-ghz-sma-pe15b5000-p.aspx





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Gain Flatness ±0.5 ±1.3 dB Input Return Loss -10 dB Noise Figure 2.5 dB Current Draw 50 70 mA

.

Protections

Mechanical SpecificationsSizeLength 3.33 in [84.58 mm]Width 2.69 in [68.33 mm]Height 0.69 in [17.53 mm].

Weight 0.5 lbs [226.8 g]RF Connector (Input) SMA Female RF Connector (Output) SMA Female DC Connector Cooling HEATSINK REQUIRED use PE15C5013 or

PE15G5011F

Environmental SpecificationsTemperatureOperating Range -40 to +80 deg CStorage Range -65 to +150 deg C

Altitude 0-30,000Weatherproofing IP 64 Rating

PE15B5000

PE15B5000 REV 1.2










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Compliance Certifications (see product page for current document)

Plotted and Other DataNotes: • Values at +25 °C, sea level• ESD Sensitive Material, Transport material in Approved ESD bags. Handle only in approved ESD Workstation.• Heat Sink Required for Proper Operation, Unit is cooled by conduction to heat sink.

PE15B5000

PE15B5000 REV 1.2











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TECHNICAL DATA SHEET PE15B5000

PE15B5000 REV 1.2


Amplifier Power-up Precautions 1.) Confirm that proper ESD precautions and controls are always in place before handling any Amplifier module.

2.) Confirm adequate thermal management is in place to effectively dissipate heat away from the Amplifier package. The Amplifier operational

baseplate temperature must be within the operational temperature range stated in the Amplifier datasheet. Depending on the design and thermal requirements, using a heatsink with cooling fan is always recommended for safe reliable operation. A heat sink without a cooling fan may also be used. Damage caused from overheating will void the warranty.

3.) Confirm adequate system grounding is established. The DC power supply and Amplifier must have a common ground in order to operate properly.

4.) Power Amplifiers may require additional DC Current when initially powered-up. Depending on the design, the input current draw could range from an additional 10% to 100% above the maximum rated DC current of the Amplifier. This varies based on product part number.

5.) Confirm the DC power supply, if limited, is set to allow for additional start-up current that’s rated for the Power Amplifier.

6.) Confirm the system is designed and calibrated for 50 ohms. Any impedance mismatch may cause performance issues.

7.) Preform a CALIBRATION (if required) with the loads before connecting the Amplifier to the Network Analyzer to ensure proper performance. 8.) Use a fixed attenuator between the signal source and input port of the Amplifier to optimize the input VSWR match.

9.) Confirm the input power level at the input port of the amplifier does not exceed the maximum rated limit for input power (as stated in the

Amplifier datasheet). Pin for Small Signal Gain = P1dB-SSG-10 dB Pin for P1dB = P1dB-SSG+1 dB

10.) Confirm the Network Analyzer is always connected to the Amplifier first before DC power is applied to the Amplifier.

11.) As long as the input and output ports of the amplifier are connected to a 50Ohm load and RF signal power is applied, the Amplifier can be powered up with DC voltage.

12.) Confirm the Amplifier output load is matched for a 50 Ohm impedance and will not exceed the maximum rated VSWR or Return Loss limit

for the Amplifier. Exceeding the maximum rated VSWR or Return Loss limit will result in reflected signal power that could damage the Amplifier and void the warranty.

13.) Power Amplifier connected to an Antenna for signal transmission - It’s strongly recommended to use a high power fixed attenuator pad or an Isolator between the output port of the Amplifier and input port to the antenna. Any reflected signal power due to impedance mismatch will likely damage the Amplifier and void the warranty.

14.) The attenuator or isolator used at the output port of the Amplifier must be rated to handle the output power level and operational frequency band of the amplifier.









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TECHNICAL DATA SHEET PE15B5000

PE15B5000 REV 1.2

Power and ControlCable Assembly

Amplifier

illustration of Amplifier & Power and Control Cable.Cable Assembly model PE15K5000 sold separately.

(Picture shown for Reference Only)










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Typical Performance Data

-50

-30

-10

10

30

50

2.30 2.33 2.36 2.39 2.42 2.45 2.48 2.51 2.54 2.57 2.60

dB

Freq.(GHz)

Gain, Return Loss

Gain

Input RL

30

34

38

42

46

50

2.30 2.33 2.36 2.39 2.42 2.45 2.48 2.51 2.54 2.57

dBm

Freq.(GHz)

Saturated Power

P1dB P3dB


PE15B5000

PE15B5000 REV 1.2









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20

22

24

26

28

30

2.30 2.33 2.37 2.40 2.43 2.46 2.49 2.53 2.56

dB

Freq.(GHz)

Gain Over Temperature

Gain +25 CGain -40 CGain +80 C

-50.0

-40.0

-30.0

-20.0

-10.0

0.0

2.30 2.33 2.37 2.40 2.43 2.46 2.49 2.53 2.56

dB

Freq.(GHz)

Return Loss Over Temperature

+25 C-40 C+80 C


PE15B5000

PE15B5000 REV 1.2









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High Power Bi-Directional Amplifier, 5/20 Watts, 2.4 GHz to 2.5 GHz, 1 us switching, 20 dB Gain, SMA from Pasternack Enterprises has same day shipment for domestic and International orders. Our RF, microwave and millimeter wave products maintain a 99.4% availability and are part of the broadest selection in the industry.


URL: https://www.pasternack.com/high-power-bi-directional-amplifier-5-20-watts-2.5-ghz-sma-pe15b5000-p.aspx

PE15B5000

PE15B5000 REV 1.2










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PE15B5000 CAD Drawing


High Power Bi-Directional Amplifier, 5/20 Watts, 2.4 …High Power Bi-Directional Amplifier, 5/20...

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