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1 CARSON, CA Millimeter wave Full Band Low Noise Amplifiers Model Number Frequency Band Frequency Range (GHz) Noise Figure (Max, db) Gain (Norminal, db) Gain Flatness (+/ db) Current (ma) max. at 12 V Outline AGP KUK KU, K WT A 1 ALN KA Ka WT A 1 WT A 3 ALN Q Q WT A 1 WT A 11 ALN U U WT A 1 WT A 11 ALN V V WT A 5 WT A 11 ALN E E WT A 5 WT A 11 ALN W W WT A 5 WT A 11 Millimeter wave Full Band Power Amplifiers Model Number Frequency Band Frequency Range (GHz) Power P1dB (Min, dbm) Gain (Norminal, db) Gain Flatness (+/ db) Current (ma) max. at 12 V Outline AGP KUK KU, K WT A 1 WT A 1 AHP KA Ka WT A 3 WT A 2 AHP Q Q WT A 11 WT A 1 AHP U U WT A 11 WT A 5 AHP V V WT A 11 WT A 5 AHP E E WT A 11 WT A 5 AHP W W WT A 11 MMW Full Band Amplifiers_Septmeber 2010 Page 1 of 1
2 AGP KUK Ku K Full band General Purpose Amplifier Super broadband performance with gain choice Cover both Ku & K bands and beyond Offering both medium power and low noise Single DC power supply/internal regulated sequential biasing Compact size and light weight Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain flatness: +/ 2 db Power P1: 20 dbm (min) Noise figure: 3.5 db (max) DC bias: 8 12 V/300 ma nominal I/O Connectors: SMA(F) Operating temperature: o C AGP KUK Datasheet _ July 2010 Page 1 of 1
3 ALN KA Ka Full band Low Noise Amplifier Broadband performance across entire Ka band Ultra low noise with gain choice Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain: 40 db nominal Gain flatness: +/ 2 db Power P1: 11 dbm (min) Noise figure: 3.0 db (max) DC bias: 8 12 V/250 ma nominal I/O Connectors: K(F) or WR 28 with UG599/U Flange Operating temperature: o C ALN KA Datasheet _ July 2010 Page 1 of 1
4 AHP KA Ka Full band Power Amplifier Super broadband performance with gain choice Offering high power across the entire Ka band Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain flatness: +/ 2 db Power P1: 20 dbm (min) Noise figure: 6.0 db (max) DC bias: 8 12 V/350 ma nominal I/O Connectors: K(F) or WR 28 with UG599/U Flange Operating temperature: o C AHP KA Datasheet _ July 2010 Page 1 of 1
5 ALN Q Q Full band Low Noise Amplifier Broadband performance across entire Q band Ultra low noise with gain choice Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain: 20 db nominal Gain flatness: +/ 1.5 db Noise figure: 4.0 db (typ) DC bias: 8 12 V/100 ma nominal I/O Connectors: 2.4mm(F) or WR 22 with UG383/U Flange Operating temperature: o C ALN Q Datasheet _ July 2010 Page 1 of 1
6 AHP Q Q Full band Power Amplifier Super broadband performance with gain choice Offering high power across the entire Q band Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain: 25 db nominal Power P1: 20 dbm (min) DC bias: 8 12 V/500 ma nominal I/O Connectors: 2.4mm(F) or WR 22 with UG383/U Flange Operating temperature: o C AHP Q Datasheet _ July 2010 Page 1 of 1
7 ALN U U Full band Low Noise Amplifier Broadband performance across entire U band Ultra low noise with gain choice Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain flatness: +/ 2.5 db Noise figure: 6.0 db (max), 7.0 db (typ) in GHz DC bias: 8 12 V/170 ma nominal I/O Connectors: V(F) or WR 19 with UG383/U M Flange Operating temperature: o C ALN U Datasheet _ July 2010 Page 1 of 1
8 AHP U U Full band Power Amplifier Super broadband performance with gain choice Offering high power across the entire U band Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Power P1: 13 dbm (typ) DC bias: 8 12 V/200 ma nominal I/O Connectors: V(F) or WR 19 with UG383/U M Flange Operating temperature: o C AHP U Datasheet _ July 2010 Page 1 of 1
9 ALN V V Full band Low Noise Amplifier Broadband performance across entire V band Ultra low noise with gain choice Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain flatness: +/ 2.0 db Noise figure: 6.0 db (max) DC bias: 8 12 V/150 ma nominal I/O Connectors: WR 15 with UG385/U Flange Operating temperature: o C ALN V Datasheet _ July 2010 Page 1 of 1
10 AHP V V Full band Power Amplifier Super broadband performance with gain choice Offering high power across the entire V band Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain flatness: +/ 2.0 db Power P1: 16 dbm (typ) DC bias: 8 12 V/200 ma nominal I/O Connectors: WR 15 with UG385/U Flange Operating temperature: o C AHP V Datasheet _ July 2010 Page 1 of 1
11 ALN E E Full band Low Noise Amplifier Broadband performance across entire E band Ultra low noise with gain choice Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain flatness: +/ 2.0 db Noise figure: 4.0 db (max) DC bias: 8 12 V/80 ma nominal I/O Connectors: WR 12 with UG387/U Flange Operating temperature: o C ALN E Datasheet _ July 2010 Page 1 of 1
12 AHP E E Full band Power Amplifier Super broadband performance with gain choice Offering high power across the entire E band Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain: 20 db nominal Power P1: 15 dbm (typ) DC bias: 8 12 V/250 ma nominal I/O Connectors: WR 12 with UG387/U Flange Operating temperature: o C AHP E Datasheet _ July 2010 Page 1 of 1
13 ALN W W Full band Low Noise Amplifier Broadband performance across entire W band Ultra low noise with gain choice Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain flatness: +/ 1.5 db Noise figure: 4.0 db (typ) DC bias: 8 12 V/80 ma nominal I/O Connectors: WR 10 with UG387/U M Flange Operating temperature: o C ALN W Datasheet _ July 2010 Page 1 of 1
14 AHP W W Full band Power Amplifier Super broadband performance with gain choice Offering high power across the entire W band Single DC power supply/internal regulated sequential biasing Compact size and light weight Variable I/O interface options Telecommunication Test instrumentation Transceiver sub assemblies Frequency: GHz Gain: 20 db nominal Power P1: 12 dbm (typ) DC bias: 8 12 V/250 ma nominal I/O Connectors: WR 10 with UG387/U M Flange Operating temperature: o C AHP W Datasheet _ July 2010 Page 1 of 1
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Triple Band Twin TMA (AWS/PCS/WCS) with AWS-3 and 700/850 Bypass
DATA SHEET which includes AWS-3 and 700/850 Bypass Each TMA has independent gain control of 6 to 12dB Fail-safe bypass mode and multi-strike lightning protection Small lightweight unit offers high reliability
S-Band Redundant LNA Systems
S-Band Redundant LNA Systems LRS-1000 Series Introduction Redundant LNA systems minimize system downtime due to LNA failure by providing a spare LNA and an automatic means of switching to the spare upon
R2860D Digital Receiver OC-192/STM-64
R2860D Digital Receiver OC-192/STM-64 Description Features Linear output up to 0 dbm optical input power High sensitivity, < 18 dbm typical High overload, >2 dbm typical Transimpedance, 500 Ω typical dc-coupled
PureGain PG1600P. Data Sheet. Fixed Gain, Compact EDFA with Digital Control Electronics. Contents: Features:
PureGain PG1600P Fixed Gain, Compact EDFA with Digital Control Electronics Features: The PureGain PG1600P Optical Amplifier Series combines state-of-the-art electronics, superior optical performance, a
Agilent 87222C/D/E Coaxial Transfer Switches dc to 26.5, 40, 50 GHz Product Overview
Agilent 87222C/D/E Coaxial Transfer Switches dc to 26.5, 0, 50 GHz Product Overview High performance transfer switches for microwave and RF instrumentation and systems Exceptional repeatability for more
GRF dbm Power-LNA GHz. Features. Applications. Preliminary. Product Description. Functional Block Diagram
+30.8 dbm Power-LNA 0.01 3.8 GHz Package: 3.0 x 3.0 mm QFN-16 Product Description Features 1.6 3.0 GHz with single match EVB NF: 0.82 db at 2.5 GHz Gain: 15.5 db at 2.5 GHz OP1dB: +30.8 dbm at Vdd: 10.0
GRF2012. Released. Broadband Linear Gain Block 0.05 to 3.8 GHz. Product Description. Features. Applications
Product Description Features Reference: 5V/90mA/900 MHz Gain: 14.8 db OIP3: 40.0 dbm OP1dB: 23.0 dbm NF: 2.7 db Reference: 8V/100mA/900 MHz is a broadband gain block with low noise figure and industry
GRF dbm Power-LNA GHz. Features. Applications. Preliminary. Product Description. Functional Block Diagram
+28.5 dbm Power-LNA 0.01 6.0 GHz Package: 3.0 x 3.0 mm QFN-16 Product Description Features 1.7 to 3.8 GHz (Single match) Gain: 17.5 db at 2.5 GHz NF: 0.70 db at 2.5 GHz OP1dB: +28.5 dbm at Vdd: 8.0 volts
GHz GaAs MMIC Distributed Amplifier
.5. GHz GaAs MMIC July 8 Rev Jul8 Features Ultra Wide Band Driver Amplifier Fiber Optic Modulator Driver 17. Small Signal Gain 5. Noise Figure 3 Gain Control +15. m P1 Compression Point 1% OnWafer RF,
Mini-Circuits RF Switch Control Program for USB RF Switch
Xtra Long Life 100 million cycles USB RF-SPDT Switch DC to 18GHz The Big Deal Capable of 100 million cycles Wide frequency (DC to 18GHz) High power, 10W 2 SPDT electromechanical, absorptive, RF switches
Data Sheet 6GX. MGA MHz MHz Flat Gain High Linearity Gain Block. Features. Description. Specifications. Applications.
MGA-30689 40MHz - 3000MHz Flat Gain High Linearity Gain Block Data Sheet Description Avago Technologies MGA-30689 is a flat gain, high linearity, low noise, 22dBm Gain Block with good OIP3 achieved through
SYMBOL UNIT min max Conditions Operating Temperature Storage Temperature Lead Solder Temperature Forward Current Reverse Voltage
SubAssemblies EPA InGaAs PIN PIGTAIL High responsivity Low dark current Fast pulse response Low intermodulation distortion Suitable for CATV application Absoluate Maximum Ratings (Tc=25C) SYMBOL UNIT min
SPDT up to 50 GHz Pc Board - SMA - SMA mm - QMA - SMC - SMB - mini SMB - DIN 1.6/5.6 R Actuator Voltage: 2: 12 Vdc 3: 28 Vdc
SPDT up to GHz Pc Board - SMA - SMA2.9-2.4mm - QMA - SMC - SMB - mini SMB - DIN 1.6/5.6 Radiall s RAMSES SPDT switches offer excellent reliability, high performance and operating frequencies from DC to
SH1030 Rev Introduction. Ultra low power DASH7 Arduino Shield Modem. Applications. Description. 868 MHz. Features
SH1030 Rev. 1.2 Applications Wireless sensor network Data acquisition equipment Security systems Industrial monitor and control Internet of things (IoT) Ultra low power DASH7 Arduino Shield Modem 868 MHz
Technical Overview. Key Features
Agilent P94xA/C Solid State PIN Diode Switches P942A 1 MHz to 8 GHz SPDT PIN switch P942C 1 MHz to 18 GHz SPDT PIN switch P944A 1 MHz to 8 GHz SP4T PIN switch P944C 1 MHz to 18 GHz SP4T PIN switch Technical
SGM mA, Ultra Low Dropout, Low Power, RF Linear Regulators
GENERAL DESCRIPTION The is a low-power, low-noise, low-dropout, CMOS linear voltage regulator that operates from a 2.5V to 5.5V input voltage. It is the perfect choice for low voltage, low power applications.
Agilent PNA Series Microwave Network Analyzers
Agilent PNA Series Microwave Network Analyzers Configuration Guide PNA-L N5230A PNA-L N5230A PNA E8362B PNA E8363B PNA E8364B PNA E8361A PNA N5250A 300 khz to 6, 13.5, or 20 GHz 10 MHz to 20, 40, or 50
GRF5110. Preliminary dbm Power-LNA Tuning Range: GHz. Product Description
Preliminary Product Description is a high linearity PA /Linear Driver with low noise figure (NF). It delivers excellent P1dB, IP3 and NF over a wide range of frequencies with fractional bandwidths of roughly
Allows connecting up to 50 units in series to a single power supply and 3 wire SPI control.
Solid state SPI RF SP8T Switch 1 to 6000 MHz The Big Deal Daisy Chain SPI Control High Isolation (80 db typ) High speed switching (6 µs typ) High power handling (+27 dbm max) SMP snap-on RF connectors
The UFC-6000 can measure the frequency of a signal from 1 to 6000 MHz. Mini-Circuits
Wide Frequency Range RF Frequency Counter 1-6000 MHz The Big Deal USB HID device compatible with 32/64 bit operating systems Wide Frequency Range Uses internal or External reference Supplied with proprietary
SGM2019 Low Power, Low Dropout, RF - Linear Regulators
GENERAL DESCRIPTION The SGM219 series low-power, low-noise, low-dropout, CMOS linear voltage regulators operate from a 2.5V to 5.5V input voltage. They are the perfect choice for low voltage, low power
SHF Communication Technologies AG
SHF Communication Technologies AG Wilhelm-von-Siemens-Str. 23 Aufgang D 12277 Berlin Marienfelde Germany Phone ++49 30 / 772 05 10 Fax ++49 30 / 753 10 78 E-Mail: sales@shf.biz Web: http://www.shf.biz
160 PHOENIX CONTACT Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA Main Office: (650) Outside Local
160 PHOENIX CONTACT Main range 162 Feature 164 Selection guide 166 Exposed antenna systems and outdoor cables that extend beyond a building are considered especially at risk, since they are directly exposed