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Part : AB308-19.069928MHZ Supplier : Abracon Manufacturer : Future Electronics Stock : - Best Price : $0.2450 Price Each : $0.36
Part : JITO-2-DC3AE-44.928MHZ Supplier : Fox Electronics Manufacturer : America II Electronics Stock : 1,169 Best Price : - Price Each : -
Part : HSM943044928MHZ Supplier : Connor-Winfield Manufacturer : Bristol Electronics Stock : 94 Best Price : - Price Each : -
Part : HSM94344928MHZ Supplier : Connor-Winfield Manufacturer : Bristol Electronics Stock : 1 Best Price : - Price Each : -
Part : HSM9444928MHZ Supplier : Connor-Winfield Manufacturer : Bristol Electronics Stock : 988 Best Price : - Price Each : -
Part : M2S18TCJ44.928MHZ Supplier : MtronPTI Manufacturer : Bristol Electronics Stock : 302 Best Price : - Price Each : -
Part : HC49/U3H-29.498928MHZ Supplier : - Manufacturer : Chip One Exchange Stock : 1,796 Best Price : - Price Each : -
Part : ASM-29.498928MHZ-ET Supplier : Abracon Manufacturer : Sager Stock : - Best Price : - Price Each : -
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928MH

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: (Board of Materials): L1 mH/Z (â"¦) Coil 1 Coil 2 Coil 1+ Coil 2 100HZ 9.28mH/36.05â Diodes
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ANH002 AH280 1N4001

RF6569

Abstract: , C_TX = 3.4V, CRX = 0.2V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25C° 20 20 Gain (dB) 40°C 10 25°C 85°C Gain (dB) 15 15 902MH 10 915MH 928MH 5 5 0 0 5 10 15 POUT (dBm) 20 25 , , CTX = 3.4V, CRX = 0.2V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25C° 902MHz 15 915MHz 928MHz 10
RF Micro Devices
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RF6569 RF65693 868MH RF6569SR RF6569TR7

RF6569TR13

Abstract: RF6569 POUT (dBm) VCC = 3.6V, VREG = 3.4V, C_TX = 3.4V, CRX = 0.2V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25C° 20 20 Gain (dB) 40°C 10 25°C 85°C Gain (dB) 15 15 902MH 10 915MH 928MH 5 , POUT (dBm) VCC = 3.6V, VREG = 3.4V, CTX = 3.4V, CRX = 0.2V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25C° 902MHz 15 915MHz 928MHz 10 5 0 PIN (dBm) 5 10 15 20 DS120807 7628
RF Micro Devices
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RF6569TR13 HDR1X7 RF65 RF6569SB RF6569SQ RF6569PCK-410
Abstract: , VREG = 3.4V, TxRx_SEL = 3.4V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25°C 20 20 Gain (dB) 30°C 10 25°C 70°C Gain (dB) 15 15 902MH 10 915MH 928MH 5 5 0 0 5 10 15 POUT (dBm , ) versus POUT (dBm) VCC = 3.6V, VREG = 3.4V, TxRx_SEL = 3.4V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25°C 902MHz 915MHz 928MHz 10 15 POUT (dBm) 20 25 30 DS120611 7628 Thorndike Road RF Micro Devices
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RF6599 RF6599PCBK-410

hdr1x8

Abstract: 928MH PA Gain (dB) versus POUT (dBm) PA VCC, VCCDIG, and LNA VCC = 4.2V, TXEN and TXC = 3.3V, RXEN and RXC = 0.2V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25°C 42 41 40 39 Tx Gain(dB) versus , and RXC = 0.2V Freq = 902MHz, 915MHz, and 928MHz, Temp = 25°C 902MHz 25 915MHz 928MHz 10 15
RF Micro Devices
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hdr1x8 RF65594 RF6559 915MHZ

HDR1X9

Abstract: ; Low Bias Mode Freq = 902MHz, 915MHz, and 928MHz; Temp = 25°C 902MH 30 915MH 928MH 19 21 23 , 915MHz 928MHz PA Gain (dB) versus POUT (dBm) PA VCC and VCCDIG = 4V; LNA VCC = 0V CTL1, CTL4, and CTL5 = 3.8V; CTL2 and CTL3 = 0V; High Bias Mode Freq = 902MHz, 915MHz, and 928MHz; Temp = 25°C PA Gain (dB
RF Micro Devices
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HDR1X9 RFFM6901 DS120803

Zener diode smd marking S4

Abstract: DIAC DB2 ZMD44102SKB Starter Kit Bundle Features Test Functionality Physical Layer · Range Performance · Barrier Penetration Performance (attenuation) · Transmitter Evaluation · Channel Characteristics · Register Access · CW Evaluation · PN Evaluation IEEE 802.15.4 PHY Evaluation of ZMD44102 RF Characterization of 868MHz to 928MHz USB Interface Intuitive User Interface Configuration Tool Network Demonstration Creation of Wireless Applications ZMD's TSicTM Integrated
Shenzhen Luguang Electronic Technology
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Zener diode smd marking S4 DIAC DB2 melf ZENER diode COLOR BAND gps 1575R melf ZENER diode COLOR CODE LTWC455E ISO9001 ISO14001 R1407 R1401

"RF Transceiver" zmd44102

Abstract: ZMD America Matching network for 50 928MHz high (dedicated TX port) Matching network for 50 433MHz high (dedicated
ZMD
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ZMD America ZMD AG ZMD44102SK D-01109

AMIS-53050

Abstract: AMIS53050 1.024MHz comparison frequency gives 512kHz frequency resolution at 902 to 928MHz. STANDBY MODE In , lock up time for channel switch From EN asserted, any channel change in 902 to 928MHz band 100 , dBm Driver amplifier output return loss 902 to 928MHz TRANSMIT RF BUFFER POUT 14 dB , . TRANSMIT/RECEIVE 21 RRFI I (analog) Receive RF Input. Nominal impedance at 902 to 928MHz is , second in 2.048MHz spaced channels in the 902 to 928MHz ISM band. A single synthesizer is used for both
AMI Semiconductor
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AMIS-53050 M-20639-002 AMIS53050 100uF CHA MET opts RFTM

433MHZ amplifier 1w

Abstract: 433,92mhz f11 5 330 898Mhz 30 0 300 330 928Mhz -5 -10 300 -25 898Mhz 928Mhz 60
Analog Devices
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ADF7012 433MHZ amplifier 1w 433,92mhz f11 Crystal, 3.6864MHz DB4 antenna uhf 16L3 433MH 315MH MO-153AD RU-24 ADF7012BRU

900MHz transceiver GFSK

Abstract: fsk demodulator using pll 565 max. (at 25°C) 51.5 min. at 902~928MHz 41 min. at 3919~4044MHz WLAN/BT LFB311G90SG1 , fo±50 2 max. (at 25°C) 38 min. at 902~928MHz 15 min. at 2100~2200MHz WLAN/BT LFB312G45SG7A572 2450 fo±50 2.5 max. (at 25°C) 37 min. at 902~928MHz 20 min. at 2100~2200MHz , LFB312G45SP1A502 2450 fo±50 1.2 max. (at 25°C) 20 min. at 902~928MHz 35 min. at 1500~1550MHz
Micro Linear
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ML2723 900MHz transceiver GFSK fsk demodulator using pll 565 cmos 4093 PIN DIAGRAM DB10 IC 4093 time counter 900MH DS2723-P-01
Abstract: . Operating in the 902 to 928MHz frequency band, the module is capable of generating +12.5dBm and achieves a , in the 902 to 928MHz frequency band. The RF synthesizer contains a VCO and a low-noise fractional-N Pulse Electronics
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IP-65 W5012 W5017

SAFEA2G

Abstract: SAFEB836MAL spread spectrum systems operating in the North American 902MHz to 928MHz ISM band under FCC Part 15.247 , resonator filter that is included on the RF2908X PCBA has a nominal 3dB bandwidth of 902MHz to 928MHz and an , Channels (902 to 928MHz) Step Size TECHNICAL NOTES AND ARTICLES 300 kHz VCO Tuning Range
muRata
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SAFEA2G SAFEB836MAL SAFEB1G57 SAFEA942MF SAWEN881 LFB212G45CG LFB15 LFB155G37CB1C032 3800MH 7500MH LFB155G50CB1B948 4000MH
Abstract: 21 5.1 FDEN = 10 902.1MHz N PLL PLL 100kHz 1MHz PLL 100kHz 902MHz 928MHz N 902.0928.0 Linx Technologies
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RF290X

Abstract: 928MHz. The standard 900MHz GSM evaluation board can be easily converted for these bands, using the values indicated. The 865MHZ to 928MHz conversion is the most direct, with adjustment required only on , Applications Functional Block Diagram FM Radio Applications: 150MHz/220MHz/450MHz 865MHz to 928MHz 3V , curves in bands from 150MHz to 928MHz, one sees that 32dBm is always at or below 150 C. This shows that , . DS110914 RF5110G Application Schematic 865MHz and 902MHz to 928MHz ISM Bands VAPC VAPC VCC VCC + VCC1
RF Micro Devices
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RF290X AN0004 RF2908 RF2909

ASK RECIEVER 433mhz

Abstract: garage door 300mhz transmitter circuits diagram Connectors 902MHz to 928MHz* in 250kHz* Steps, 0dBm Set by Loop Filter Component Values 7kHz
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

mzp a 001 48 16 RELAY

Abstract: ST T4 3560 Notes 902 ~ 928MHz 902 ~ 928MHz 902 ~ 928MHz 10MHz ~ 857.5MHz 857.5MHz ~ 882.5MHz 970MHz ~ 1005MHz
-
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mzp a 001 48 16 RELAY ST T4 3560 t3168 LMX2330 MZP RELAY IS-54 COM-28 AN-1001

material declaration taiyo yuden

Abstract: 275sq (Board of Materials): L1 mH/Z (â"¦) Coil 1 Coil 2 Coil 1+ Coil 2 100HZ 9.28mH/36.05â
RF Micro Devices
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material declaration taiyo yuden 275sq 150MH 960MH 800MH 950MH

24LC24

Abstract: GRM31C5C1H104JA01L °C 10 25°C 85°C Gain (dB) 15 15 902MH 10 915MH 928MH 5 5 0 0 5 10 15 POUT (dBm) 20 25
Linear Technology
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24LC24 GRM31C5C1H104JA01L DC1649A LTC6945 100MH
Abstract: 25C° 20 20 Gain (dB) 40°C 10 25°C 85°C Gain (dB) 15 15 902MH 10 915MH 928MH 5 Abracon
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AFS20A26-915 00-T3 970MH 1005MH 1110MH 3000MH
Abstract: ) 30°C 10 25°C 70°C Gain (dB) 15 15 902MH 10 915MH 928MH 5 5 0 0 5 10 15 POUT (dBm -
OCR Scan

Quadrature Demodulator

Abstract: 1008CS-100XMBC 928MH PA Gain (dB) versus POUT (dBm) PA VCC, VCCDIG, and LNA VCC = 4.2V, TXEN and TXC = 3.3V, RXEN and
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OCR Scan
1008CS-100XMBC Quadrature Demodulator RF9904 1100MH RF2403 700MH RF9904PCBA
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