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Part Manufacturer Description Datasheet BUY
LT1015MJ8/883B Linear Technology IC DUAL LINE RECEIVER, CDIP8, CERDIP-8, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LT1015CN8#PBF Linear Technology IC LINE RECEIVER, PDIP8, PLASTIC, DIP-8, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LT1015CJ8 Linear Technology IC LINE RECEIVER, CDIP8, 0.300 INCH, CERAMIC, DIP-8, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LT1015MJ8 Linear Technology IC LINE RECEIVER, CDIP8, 0.300 INCH, CERAMIC, DIP-8, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LT1015CN8 Linear Technology IC LINE RECEIVER, PDIP8, 0.300 INCH, PLASTIC, DIP-8, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices
LT1030CN#PBF Linear Technology IC LINE DRIVER, PDIP14, PLASTIC, DIP-14, Line Driver or Receiver visit Linear Technology - Now Part of Analog Devices

x band receiver

Catalog Datasheet MFG & Type PDF Document Tags

gsm mobile signal booster

Abstract: W1314A - Limited WiMAX band coverage X General Receiver Specifications The following table lists , each market. The W1314A measurement receiver family covers a comprehensive range of RF bands. 2-Band , band width) multiple pre-selectors may be required to provide complete band coverage. Receiver , 2100-2180 2300-2400 703 4 Band 1 (MHz) Band 2 (MHz) 698-806 864-899 Receiver , Agilent W1314A Multi-band Wireless Measurement Receiver Data Sheet Fastest multi-technology
Agilent Technologies
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E6474A 5989-5735EN gsm mobile signal booster 900 gsm booster W1314A E08 booster gsm antenna gsm Booster LTE Receiver 5988-3558EN 5989-4782EN 5989-5722EN 5990-3449EN

dcf77 AM RECEIVER

Abstract: dcf77 receiver DA9180.004 15 September, 2005 MAS9180 AM Receiver IC · Single Band Receiver IC · High , FEATURES · · · · · · · · · · · · APPLICATIONS · Single Band Receiver IC Highly , Demodulator & Comparator OUT Receiver Output X Power Supply/Biasing VDD 1.4 V Figure 4 , Amplifier RFIM AON QOM Demodulator & Comparator OUT Receiver Output X Antenna , which can cause capacitance mismatching. In dual band receiver configuration the crystals can be
Micro Analog Systems
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dcf77 AM RECEIVER dcf77 receiver ferrite antenna stepper motor epson ABE 444 dcf77 ferrite antenna MAS9180A1TC00 TSSOP16 FIN-02771

2Ghz mixer

Abstract: BTS Base Terminal Station Assumptions for SDC & DDC Architectures SDC DDC Parameter Value x x Receive band 1904.3800 to , 1736.0000MHz x x Max 1st LO harmonic 5 x x Receive image band 1566.3800 to 1567.6200MHz x x First IF band 168.3800 to 169.6200MHz x Second injection LS 122.9200MHz x Max 2nd LO harmonic 5 x 1st IF image band 76.2200 to 77.4600MHz x Second IF band , performance, RF receiver, Rx, transmitter, Tx, base station systems, BTS, AMPS, CDMA, WCDMA, mixer, IF
Maxim Integrated Products
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MAX1418 MAX1211 MAX9993 MAX9982 MAX2027 MAX2055 2Ghz mixer BTS Base Terminal Station an3062 SIGNAL PATH designer wcdma receiver 14495D

KDS0B

Abstract: kds-0b ) receiver for cellular telephones operating dual mode (analog and digital) in the 800-MHz band and single , IF + [ 2 TX I F - [ 3 GND [ 4 MIX IN LOW BAND [ 5 GND [ 6 V CC [ 7 GND [ 8 TX + [ 9 T X - [ 10 , TRF1500 DUAL-BAND/DUAL-MODE PCS RECEIVER SLWS041 - D ECEM BER 1997 APPLICATION INFORMATION LOW BAND RECEIVER LOW BAND RECEIVER CASCADED POW ER CONVERSION GAIN CASCADED NOISE FIGURE vs FREQUENCY , Frequency (MHz) 881.5 f - Frequency (MHz) 894 Figure 2 LOW BAND RECEIVER Figure 3 HIGH BAND
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OCR Scan
KDS0B kds-0b s150t IS136 800-MH 1900-MH

rda5807

Abstract: rda5807ss (kHz) x CHAN + 87 MHz BAND = 1 Frequency = Channel Spacing (kHz) x CHAN + 76 MHz Updated after a , Spacing (kHz) x READCHAN[7:0] + 87 MHz BAND = 1 Frequency = Channel Spacing (kHz) x READCHAN[7:0] + , ) 997-8267 FM Radio Receiver Module (#27984) The FM Radio Receiver Module uses an RDA5807SS FM stereo , ' Supports the worldwide frequency band (76 to 108 MHz) ï' No external antenna required ï' 10-pin DIP , : I2C ï' Dimensions: 0.70 x 0.65 x 0.34 in (1.78 x 1.65 x 0.87 cm) Operating temperature: 32
Parallax
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rda5807 P8X32A

MAS6180

Abstract: DA6180 DA6180.002 8 March, 2007 MAS6180 AM Receiver IC · · · · · · · · Single Band , APPLICATIONS Single Band Receiver IC Highly Sensitive AM Receiver, 0.4 µVRMS typ. Wide Supply Voltage , Single Band Time Signal Receiver WWVB (USA), JJY (Japan), DCF77 (Germany), MSF (UK), HGB (Switzerland , additional parasitic capacitance which can cause capacitance mismatching. In dual band receiver , compensate each other. The sensitivity of dual band receiver configuration will be lower than that of single
Micro Analog Systems
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BPC 17 time code receiver 60khz msf 40khz crystal QUARTZ-CRYSTAL-FILTER toyocom AM receiver DT-261 TSSOP-16 MAS6180A1TC00

dcf77 receiver

Abstract: dcf77 AM RECEIVER DA9079.003 19 May, 2005 MAS9079 AM Receiver IC · Tri Band Receiver IC · High Sensitivity · , · · · · · · Tri Band Receiver IC Highly Sensitive AM Receiver, 0.4 µVRMS typ. Wide Supply , page 9). · Multi Band Time Signal Receiver WWVB (USA), JJY (Japan), DCF77 (Germany), MSF (UK , / Fast Startup / Frequency Selection Figure 1 Application circuit of tri band receiver MAS9079 X3 , / Frequency Selection Figure 2 Example circuit of tri band receiver MAS9079 for DCF77/MSF/WWVB/JJY
Micro Analog Systems
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dcf77 antenna quartz kds dcf77 quartz MAS9079A1TC00 MAS9079A2TC00 MAS9079A3TC00 MAS9079A4TC00
Abstract: > - -Low-Band LOW BAND LNA OUT ^ Te x a s In s t r u m e n t s , TRF1500 DUAL-BAND/DUAL-MODE PCS RECEIVER SLWS041A - JANUARY 1998 TYPICAL CHARACTERISTICS LOW BAND RECEIVER LOW BAND RECEIVER CASCADED POWER CONVERSION GAIN vs FREQUENCY m TJ i Ç < 0 O c o < n , BAND RECEIVER Figure 3 HIGH BAND RECEIVER CASCADED THIRD ORDER INPUT INTERCEPT POINT CASCADED , JANUARY 1998 TYPICAL CHARACTERISTICS HIGH BAND RECEIVER HIGH BAND RECEIVER CASCADED NOISE FIGURE -
OCR Scan
SLWSQ41A-JANUARY 1900-M F1500

low frequency automatic gain control

Abstract: circuit diagram for IR receiver oscillating. TABLE 1 - BAND PASS FILTER IN THE TSOP RECEIVER: FIGURE OF MERIT AGC1 Figure of merit (band , Circuit Description Vishay Semiconductors Circuit Description of the IR Receiver Modules All , IR receiver modules can be seen in figure 1. The infrared signal generates an equivalent photo , integrated band pass filter. A comparator, an integrator and Bias Trans impedance amplifier a , . Controlled gain amplifier + Vs Automatic threshold control Band pass filter Out Automatic gain
Vishay Semiconductors
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low frequency automatic gain control circuit diagram for IR receiver TSOP RECEIVER IR remote control circuit diagram high gain low frequency automatic gain control ir receiver transistor

8542E

Abstract: resolution + 1 kHz) * For 8546A EMI receiver only * Frequency reference error = (aging rate x period of , reference level, 0 to â'"64 dB for Band 3 only) ±(0.3 dB + 0.01 x dB from reference level) ±(0.4 dB + , GHz 8542E EMI Receiver 85422E Receiver RF Section 85420E RF Filter Section Agilent Technologies 8546A: 9 kHz to 6.5 GHz 8546A EMI Receiver 85462A Receiver RF Section 85460A RF Filter Section These specifications apply to both EMI receivers (Agilent 8542E and 8546A) and both receiver RF sections (Agilent
Agilent Technologies
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85422E/85462A 5965-7096E
Abstract: MODEL RX20B-M receiver, $2290 with display shown with TX20B-S1 strain gage module, $1790 and TX-BCA , bridge circuits onto a RF carrier and transmit them to a stationary receiver. The RX20B receiver , available simultaneously. A wide band output provides frequency response from dc to 1250 Hz. For maximum stability of the signal a filtered output is also available with a 0-10 Hz band width. C-43 TX20B , inductively coupled power supply and transmitter are also available. The TX20B operates in a band which Omega Engineering
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TX-BCA-100 TX-ICA-125 TX-BCA-150 TX-ICA-600 TX20B-K4 TX-ICA-100

1347D

Abstract: Direct conversion receiver to 1980MHz qTransmit band: 2110MHz to 2170MHz The RF section of this receiver includes a diplexer , 130MHz above the receive band. A single antenna is commonly used, with the transmitter and receiver , Wide Area Basestations by Doug Stuetzle Introduction A direct conversion receiver architecture , difficult. The overall complexity and parts count of the receiver are reduced as well. Direct conversion , . These parameters are critical to the overall performance of the receiver and the key component is the
Linear Technology
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LT3507 LT5575 1347D Direct conversion receiver adc diplexer selective harmonic elimination circuits

32 band audio spectrum analyzer

Abstract: 32 band audio spectrum analyzer Diagram LOW BAND RECEIVER MIXER: Stand Alone Performance . 49 LOW BAND RECEIVER MIXER: Power Conversion Gain . 49 LOW BAND RECEIVER MIXER: Input Return Loss . 50 LOW BAND RECEIVER MIXER: Power Leakage LO In to RF In. 51 LOW BAND RECEIVER MIXER: Noise Figure . 51 LOW BAND RECEIVER MIXER: 1dB RF Input Compression Point. 53 LOW BAND
Texas Instruments
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32 band audio spectrum analyzer 32 band audio spectrum analyzer Diagram differential to single-ended conversion C470 TMS320C54X LED spectrum analyzer SWRA004

circuit diagram for IR receiver

Abstract: ir receiver transistor oscillating. TABLE 1 - BAND PASS FILTER IN THE TSOP RECEIVER: FIGURE OF MERIT AGC1 Figure of merit (band , Circuit Description Vishay Semiconductors Circuit Description of the IR Receiver Modules All , IR receiver modules can be seen in figure 1. The infrared signal generates an equivalent photo , integrated band pass filter. A comparator, an integrator and Bias Trans impedance amplifier a , Automatic Gain Control (AGC) block. The gain variation of this amplifier is about 45 dB. BAND PASS
Vishay Semiconductors
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TSOP IR circuit diagram of receiver for remote control tsop ir receiver module ir amplifier AGC3

dcf77 AM RECEIVER

Abstract: EPSON stepper motor DA6180.001 27 December, 2006 MAS6180 AM Receiver IC · · · · · · · · Single Band , APPLICATIONS Single Band Receiver IC Highly Sensitive AM Receiver, 0.4 µVRMS typ. Wide Supply Voltage , Single Band Time Signal Receiver WWVB (USA), JJY (Japan), DCF77 (Germany), MSF (UK), HGB (Switzerland , mismatching. In dual band receiver configuration the crystals can be connected in parallel thus external , is required since the crystals compensate each other. The sensitivity of dual band receiver
Micro Analog Systems
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EPSON stepper motor stepper motor seiko EPSON LOW khz receiver 77,5kHz KDS Crystals 77,5 KDS Crystals AM antenna ferrite

6 channel RF transmitter and Receiver circuit

Abstract: RF transmitter 4 pin and 8 pin receiver General Description The QBT37-XXX and QBR37-XXX are miniature narrow band transmitter and receiver UHF , QBR37-XXX Receiver Connection Diagram Frequency Adj. Discr. CV1 CV1 Quasar UHFNarrow Band , Narrow Band Transmitter Figure 2: Quasar Narrow Band Receiver Pin Description: Pin Description , by interstage band pass filter circuits. The QBR37-XXX FM narrow band receiver module uses the , : Quasar Narrow Band Transmitter and Receiver Block Diagrams QBT37 Rev 1.3 MAY 00 Reg No 3678152
Quasar
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6 channel RF transmitter and Receiver circuit RF transmitter 4 pin and 8 pin receiver rf transmitter AND RECEIVER circuit diagram FM TRANSMITTER CIRCUIT DIAGRAM simple fm radio 4 channel rf circuit with ht12d and ht12e 433MH QBT37-434 QBR37-434 075MH 725MH

RX3A-869

Abstract: VHF Radio transmitter 10 kbps NRX1 / CVR1 NRX1 (SIL) and CVR1 (DIL) are a low cost 25kHz Narrow Band FM VHF receiver , switching band · Dimension: 46 x 23 x 9 mm · Serial (32 channels) or parallel (16 channels) frequency , RX3A receiver. · · · · · Dimensions: 33 x 23 x 5mm SAW front end filter and full screening , SECURITY & ALARMS NTX2 / NRX2 NTX2 transmitter and NRX2 receiver are 25kHz Narrow Band FM UHF modules , multi-channel 25kHz Narrow Band FM LMT2 transmitter and LMR2 receiver modules offers a low power, reliable data
Radiometrix
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RX3A-869 VHF Radio transmitter fm transmitter 300m range 6 channel RF transmitter and Receiver circuit vhf RADIOmetrix transcEIVER UHF 433 rpc tx rx module 315mhz B-2004 CH-8247

MAS6181

Abstract: dcf77 AM RECEIVER, IC · Dual Band Receiver IC · High Sensitivity · Very Low Power Consumption · Wide Supply Voltage , tuning capacitor. FEATURES APPLICATIONS · · · · · · · · · · · Dual Band Receiver IC , Band Time Signal Receiver WWVB (USA), JJY (Japan), DCF77 (Germany), MSF (UK), HBG (Switzerland) and , / Note 2 Frequency Selection Figure 1. Application circuit of dual band receiver MAS6181 X2 40003 , Note 2 Figure 2. Example circuit of dual band receiver MAS6181 for JJY 60 kHz and 40 kHz frequencies
Micro Analog Systems
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MAS6181A1UC06 dcf77 AM RECEIVER, dual band jjy ACL80A transistor alphaphetical equivalent table DA6181 MAS6181A1TC00 MAS6181A2TC00

ASK RECIEVER 433mhz

Abstract: garage door 300mhz transmitter circuits diagram .18 QwikRadio® Transmitter and Receiver Design Flow.20 . dBm x dBW x dBuV/m x uV/m x P x V.21 ISM Band Transmit Power Limits , signal in the receiver input or transmitter output. It can be thermal noise or generated by resistance , low noise amplifier in the front of the RF receiver system with a good amount of gain in order to , system. Sensitivity The sensitivity of a receiver is considered the minimum signal level it can
Micrel Semiconductor
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ASK RECIEVER 433mhz garage door 300mhz transmitter circuits diagram WIRELESS DATA TELEMETRY SYSTEM RC CAR 8 channel rf remote control Design a log periodic Antenna 88-108mhz range MICRF219 300MH 145QS
Abstract: Agilent 8542E EMI Receiver Agilent 85422E Receiver RF Section Agilent 85420E RF Filter Section Product Overview 9 kHz to 2.9 GHz The Agilent Technologies 8542E EMI test receiver is designed for , 8546A EMI test receiver, the 8542E is fully CISPR 16 compliant. This includes meeting the strict , automatically eliminate any overload conditions. To insure accurate calibration of the receiver, we added features that include: A certificate of calibration, shipped with each receiver â'¢ A fully automatic Agilent Technologies
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5963-0081E
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