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Part Manufacturer Description PDF & SAMPLES
DMB-SMARTANTENNA Melexis Microelectronic Integrated Systems SMART ANTENNA MODULE
CS35L32-CWZR Cirrus Logic Audio Amplifier
CS3002-ISZR Cirrus Logic Operational Amplifier, 2 Func, 10uV Offset-Max, PDSO8, 0.150 INCH, LEAD FREE, MS-012, SOIC-8
CS3002-ISZ Cirrus Logic Operational Amplifier, 2 Func, 10uV Offset-Max, PDSO8, 0.150 INCH, LEAD FREE, MS-012, SOIC-8
CS44600-CQZ Cirrus Logic Audio Amplifier, 6 Channel(s), 1 Func, CMOS, PQFP64, LEAD FREE, MS-022, LQFP-64
CS44600-CQZR Cirrus Logic Audio Amplifier, 6 Channel(s), 1 Func, CMOS, PQFP64, LEAD FREE, MS-022, LQFP-64

"AMP incorporated" antenna

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Micro GPS Patch Antenna Engines 1307034 1307034 Micro GPS Patch Antenna Engines Our antenna "engines" combine all the features of our ANPC-129 OnBoard Micro GPS Antenna with low noise amplifiers and filtering to create small, lightweight and versatile antennas. Antenna engines can be ordered , industry connectors. Micro GPS Patch Antenna Model ANPC-130 Frequency: Antenna Gain: * 1575 MHz ± 2 , . Temperature: Voltage Protection: -40° C to +105° C Zener diode limited Micro GPS Patch Antenna Model M/A-COM
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ANPC-134 2 Amp zener diode GPS Antenna 1575 GPS Antenna 130 130703
Abstract: 2.4 GHz Patch Antenna for ISM Band 1307031 1307031 2.4 GHz Patch Antenna for ISM Band , Variety of ISM Applications Description The ANP-C-116 patch antenna is a hemispherical/ omnidirectional antenna. It is curcularly polarized to maximize immunity to fading in high multipath environments. This durable antenna has a flat configuration that makes it suitable for surface mount applications , . Specifications subject to change without notice. 2.4 GHz Patch Antenna for ISM Band 1307031 Typical M/A-COM
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patch antenna 2.4 ghz patch antenna 8087 code
Abstract: M/A-OOM SW-425 3 Watt Cellular T/R and Antenna Changeover Switch, DC - 3.0 GHz /MOCOVI M RF , intermodulation products and very small size are required. Typical applications include Internal/External antenna , isolation and inherent speed, the SW-425 can be used as a conventional T/R switch or as an antenna diversity , T/R and Antenna Changeover Switch, DC - 3.0 GHz SW-425 Absolute Maximum Ratings1 Parameter , Level are trademarks. Specifications subject to change without notice. 3 Watt Cellular T/R and Antenna -
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antenna diversity switch changeover switch M513 SW-425RTR SW-425TR
Abstract: M /A -C O M 902-928 MHz Dipole Antenna h. yuacovi w r f & Microwave Products · · · · · Features Small Size High Efficiency Low VSWR Ground Plane Independent Mounting Can Be Customized The AND-C-108 dipole is a collinear design which provides near theoretical radiation , efficiency for maximum gain. The antenna is flexible to permit bending without damage. This antenna is , Dipole Antenna 1307029 Typical Electrical Performance Azimuth Elevation 0 ° 90° 270 -
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Abstract: Dipole Antenna for ISM Band 1307028 1307028 Dipole Antenna for ISM Band Features · · · · · · Compact Size High Efficiency Low VSWR Ground Plane Independent Rugged/Durable Flexible Description The AND-C-107 collinear dipole is vertically polarized and omnidirectional in , efficiency and easily adapted to custom applications. This antenna can be used for a variety of ISM , to change without notice. Dipole Antenna for ISM Band 1307028 Typical Electrical M/A-COM
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dipole dipole antenna 8087
Abstract: Embeddable On-Board OnBoard Micro GPS Patch Antenna Model ANPC-129 Description Optimized specifically , . The anntenna design provides for an optional DC short circuit. Micro GPS Patch Antenna Model ANPC-129 Frequency: Antenna Gain: * VSWR Polarization: Temperature: 1575 MHz ± 2 MHz .75 dBic Typical @ , Micro GPS Patch Antennas 1307033 Antenna Zenith Gain vs Ground Plane Size GPS Micro Patch M/A-COM
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design of Circular Patch Antenna GPS patch antenna
Abstract: WLL Subscriber Antenna 1307025 1307025 WLL Subscriber Antenna Features · · · · · Low profile Single piece circuit board construction Multiple gain and beamwidth options available Color and finish options available Available in 3 frequency bands Description M/A-COM's WLL subscriber antenna , digital electronics. The antenna element alone may also be purchased for integration into your housing , Subscriber Antenna 1307025 Vertical Polarization Azimuth @ 1920 MHz 0 Vertical Polarization Azimuth M/A-COM
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ANAD-158W-A-10-SM ANAD-159W-A-10-SM ANAD-160W-A-10-SM
Abstract: Insertion Loss in TX band Rejections: TX to Antenna DC to 1785 MHz 2000 to 16000 MHz Rejections: RX to Antenna DC to 1690 MHz 1805 1880 MHz 2000 to 16000 MHz TX/RX Isolation Units dB dB dB dB dB dB dB dB dB , Performance @ +25°C S-Parameters (TX to Antenna) S-Parameters (Antenna to RX) TX/RX Isolation Rejection M/A-COM
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cavity duplexer
Abstract: 3 Watt Cellular T/R and Antenna Changeover Switch, DC - 3.0 GHz SW-425 SW-425 3 Watt Cellular T/R and Antenna Changeover Switch, DC - 3.0 GHz SOT-26 Plastic Package Features · · · · , are required. Typical applications include Internal/External antenna select switch for portable , -425 can be used as a conventional T/R switch or as an antenna diversity switch. The SW-425 can be used in , and Antenna Changeover Switch, DC - 3.0 GHz 1 Absolute Maximum Ratings Parameter Max. Input M/A-COM
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Abstract: Loss in RX band Insertion Loss in TX band Rejections: TX to Antenna DC to 1785 MHz 2000 to 16000 MHz Rejections: RX to Antenna DC to 1690 MHz 1805 1880 MHz 2000 to 16000 MHz TX/RX Isolation Operating , Antenna) C HI S n lOQ M A G 8 dB/ 2S Mar REF 0 ÛB 1998 15: 19: 25 £ - 2 1 . 6 4 8 dB 0 © ~ -O O O G H Z B 4 | n Jj _ 2 r ? a t B 9 4 . d a ; Î T é d i BHz : 1 i S-Parameters (Antenna to RX) 2 5 -
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Abstract: "The Powerpuck" GPS Antenna 1307036 1307036 "The Powerpuck" GPS Antenna Features · · · · · Lightning Protection Groundplane Independent Multiple Connector and Mount Options Choice of Randome Colors Optional Mounting Kit Available Description Designed to operate in all climates and conditions, the "Powerpuck" is an amplified low-profile micropatch. Connector, mount, and , notice. "The Powerpuck" GPS Antenna 1307036 .24 SMA(F) CONN. .17 TNC FEMALE CONN M/A-COM
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ANP-C-114 ANP-C-114-4 ANP-C-114-5 DO-160C bulkhead gps MIL-STD-810C MIL-STD-810
Abstract: MITSUMI Antenna For Receiving Electric Waves from GPS Satellite GPA-CG2B1 Telecommunication component OUTLINE This antenna has high sensitivity for effective reception of GPS satellite waves. The antenna element + LNA (low noise amp) + cable are supplied as a package. Ideal for use with handy and portable sets. FEATURES 1. Can be supplied without housing. 2. Custom antenna pattern design for a , Antenna Gain Output Impedance Receiving Frequency Noise Figure Gain Gain Flatness Gain Rejection Overall Mitsumi
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023MH
Abstract: MITSUMI GPS Antenna GPA-CG2B1 Telecommunication component OUTLINE This antenna has high sensitivity for effective reception of GPS satellite waves. The antenna element + LNA (low noise amp) + , supplied without housing. 2. Custom antenna pattern design for a specified housing. 3. Slim type. t , : 1.2dB> SPECIFICATIONS Antenna Part LNA Part Overall Item Receiving Frequency Receiving Polarization Antenna Gain Output Impedance Receiving Frequency Noise Figure Gain Gain Flatness Gain Mitsumi
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GPA-CG2B1
Abstract: Absolute Maximum PCS ANTENNA GND GND IN/OUT Input Power 2W CW Operating Temperature -40°C to , S IN /O U T ANTENNA .2 44 GND A ll u nu s ed pins m us t be R F an d D C gro u nd ed. P , FREQUENCY MHz Antenna / AMPS, GSM Antenna Antenna / PCS, DCS AMPS, GSM AMPS / PCS GSM/DCS M/A-COM
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DP52-0002 MS-012-AA Diplexer 900 1800 Diplexer 900 1800 2100 for Antenna diplexer dual band diplexer GSM 900, 1800, 1900 max power diagram
Abstract: -131 QuickMount combines all thefeatures of our passive antenna with a low noiseamplifier and filter. The design , : Voltage Protection: Frequency: Antenna Gain: * VSWR Temperature: 1575 MHz ± 2 MHz .75 dBic , 1307032 Antenna Zenith Gain vs Ground Plane Size GPS Micro Patch Antennas Typical Anntenna Pattern M/A-COM
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ANPC-128 ANPC-131 ANPC-135 GPS Antenna for aircraft
Abstract: Antenna VSWR 3 2.75 2.5 2.25 2 1.75 1.5 1.25 1 0 12 00 18 00 24 00 60 0 AM P S/GSM P C S/DC S Antenna 300 600 900 1200 1500 1800 2100 2400 2700 Frequency MHz Frequency MHz V2.01 M/A-COM M/A-COM
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Diplexer 900 1800 2100 Diplexer GSM 900 DP52-0005 DP52-0005-TR
Abstract: signal. Therefore, a 10-cm trace will begin to be a fairly good antenna at frequencies above 150 MHz , transmission line characteristics, especially A loop also can form an antenna. Most digital designers the distributed capacitance and self-inductance of the trace, familiar with aspects of loop antenna theory know , created and form the basis of a loop antenna. Trace-to-plane capacitors Version B is a better design , traces trace. A much smaller slot antenna is formed by the differcrossing each other on adjacent planes Texas Instruments
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C011905 SLYT166
Abstract: QM Receiver Module QMR1 / QMR2 General Information QMR1 Details Antenna Mixer Band , ( PIN 3 ) 50 RF input from antenna, connect using shortest possible route. Capacitively isolated from , Details Antenna QMR2 Mixer Band Pass Filter RF AMP 1 2 3 4 5 6 Low , : Receiver Block Diagram Pin Description: RF IN ( pin 1 ) 50 ohm RF input from antenna, connect using , Receiver Module QMR1 / QMR2 Application Information Antenna Design The design and positioning of RF Solutions
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HT12D QMR1-868 RF MODULE CIRCUIT DIAGRAM 434 mhz rf receiver module 434 MHz RF receiver 434 A 434 rf module helical antenna 434 rf transmitter receiver 434 module DS301 DS302-4 QMR1-434 QMR2-434
Abstract: Receiver Module QMR1 / QMR2 QMR1 Details General Information Antenna QMR1 Mixer Band , ( PIN 3 ) 50 RF input from antenna, connect using shortest possible route. Capacitively isolated from , Information Antenna QMR2 Mixer Band Pass Filter RF AMP Low Pass Filter Detector IF , Figure 3 QMR2 Receiver Pin Description: RF IN ( pin 1 ) 50 ohm RF input from antenna, connect using , Receiver Module QMR1 / QMR2 Application Information Antenna Design The design and positioning of RF Solutions
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rf module 434 A 434 RF modules antenna for RF modules 434 MHz RF receiver MODULE CIRCUIT DIAGRAM 434 RF receiver pins 434 RF receiver
Abstract: signal. Therefore, a 10-cm trace will begin to be a fairly good antenna at frequencies above 150 MHz , transmission line characteristics, especially A loop also can form an antenna. Most digital designers the distributed capacitance and self-inductance of the trace, familiar with aspects of loop antenna theory know , created and form the basis of a loop antenna. Trace-to-plane capacitors Version B is a better design , traces trace. A much smaller slot antenna is formed by the differcrossing each other on adjacent planes Texas Instruments
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theory op amp audio power
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