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S-5844A65DB-M5T1U3 SII Semiconductor Corporation Serial Switch/Digital Sensor, 2.5Cel, Rectangular, Surface Mount, HALOGEN AND LEAD FREE, SOT-23, 5 PIN visit Digikey Buy

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Part : S-5844A65DB-M5T1U3 Supplier : SII Semiconductor Manufacturer : Chip1Stop Stock : 100 Best Price : $0.3960 Price Each : $0.71
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65dBm

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: :1 UNIT COMMENTS POUT POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm throughVCC pin VMODE1 0V 1.8 V 1.8 V 0V 1.8 V 1.8 V 0V 1.8 V 1.8 V 0V 1.8 V , (LowBiasMode) Medpower (MediumBiasMode) Highpower (HighBiasMode) Shutdown POUT LEVELS +7.5 dBm >+6.5dBm +17 Anadigics
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UMTS900 ALT6708 ALT6708RM45Q7 ALT6708RM45P9
Abstract: =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the harmonic tone at , , f2=f1+/- 1MHz, Pin=-30dBm f1 =1712.7MHz Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone , =1850MHz, Pin2=-65dBm) -20 -25 2fo vs. Temperature (VDD=2.8V, VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 8 , =1850MHz, Pin2=-65dBm) 10 IIP3_OB vs. V -20 -25 DD (VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 2fo vs. V , Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the harmonic tone New Japan Radio
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NJG1150UA2 1575MH 1850MH N8973A NJG1145UA2

AWV365

Abstract: FM audio transmitter (100KHz, 1VP-P Sine Wave) (@-65dBm Input Carrier Level) 1 V P-P, ±0.2V 40dB, min. Audio Output , (50Hz~15KHz) (@-65dBm Input Carrier Level) R-L Separation (1KHz, 3VP-P Sine Wave) R-L Balance (1KHz
Airwave Technologies
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AWV365 AWV366 FM audio transmitter RCA FM Receiver Circuits 2.4ghz receiver audio video transmitter book Airwave AWV365/366 2483MH 100KH

OC169

Abstract: sony power circuit diagram balance 3 A GV3 -1.5 0 1.5 dB Volume maximum attenuation Vmin 1 ON 3 1 VlN ViN=-65dBm Vout , Vcc Vcc=2.5V, A VR=-30dBm Vout -44 dBm Cross talk A-> B VcTI VlN A: ViN=-65dBm B: ViN=Rg â , (-dBm) Volume attenuation vs. Control voltage characteristics (Vcc=3.0V, fo=1 kHz, ViN=-65dBm) -60 0
-
OCR Scan
CXA1634P CXA1634M OC169 sony power circuit diagram DC volume contro CXA1634 sony e volume CXA1634P/M 16-P-0300-A

data sheet str 6753

Abstract: STR 6753 28mA LT5526 100k H z ­ 2GHz 14.1dBm 13.7dB 0.4dB -5dBm -65dBm 3V ­ 5.3V 28mA , 12.7dB 0.6dB -5dBm -65dBm 3V ­ 5.3V 28mA OIP3 NF HD2 HD3 VCC , 0.6dB -5dBm -65dBm 3V ­ 5.3V 28mA LT5526 100k H z ­ 2GHz 14.1dBm 13.7dB 0.4dB -5dBm -65dBm 3V ­ 5.3V 28mA VCC 50MHz ­ 3GHz 60dB -63 to -2dBm 2.7V ­ 5.25V , -50dBm 3V ­ 5.3V 28mA LT5526 100k H z­2GHz 14.1dBm 13.7dB 0.4dB -5dBm -65dBm
Linear Technology
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LT5514 LT5524 data sheet str 6753 STR 6753 SR 7231 47DBM STR G 6753 t54 sot-23 1993ISO9001 1998QS9000 2003TS16949 850MH

MLG0603P

Abstract: EPFFP6-A2 =-30dBm f1 =1712.7MHz Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the , 2fo2 f1=fRF, f2=f1+/- 1MHz, Pin=-30dBm f1 =1712.7MHz Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input , =1850MHz, Pin2=-65dBm) -20 -25 2fo vs. Temperature (VDD=2.8V, VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 8 , =1850MHz, Pin2=-65dBm) 10 IIP3_OB vs. V -20 -25 DD (VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 2fo vs. V , Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the harmonic tone
New Japan Radio
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MLG0603P EPFFP6-A2

-UL1459 modem* "ul 1459"

Abstract: CH1817LM CH1817-DM 6.5dBm 150K CH1817-LM 6.5dBm 150K Figure 2. Typical CH1817 Application. 2006 Cermetek , by 6.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Differential input UL1459 , UL1459 Listed, XMIT attenuated by 9.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Differential input UL1459 Listed, XMIT
Cermetek Microelectronics
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CH1817LM Cermetek Microelectronics RJ-11 CH1837A CH1817-L CH1817-D

LT5526

Abstract: LT5525 exceptionally low at -65dBm, reducing external filtering requirements. The LT5526 has fully differential inputs , Leakage
Linear Technology
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LT5525 900MH 1-800-4-LINEAR

NJG1150UA2

Abstract: Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at â'"25dBm Measure the harmonic , =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at â'"25dBm Measure the harmonic tone at 1575.52MHz , =1850MHz, Pin2=-65dBm) -20 (VDD=2.8V, VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) -25 8 6 2fo(dBm , =-20dBm, f2=1850MHz, Pin2=-65dBm) 10 -20 DD (VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) -25 8 2fo , dBm f1 =1712.7MHz Pin =-20dBm, f2 =1850MHz Pin =-65dBm +4.3 dBm Input jammer tone
New Japan Radio
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transistor a2098

Abstract: A2098 " box (1VP-P or 590mVP-P). 11) Set the RF generator's output power to approximately -65dBm. Activate , generator's frequency to 5MHz higher than the desired LO frequency and its input power to -65dBm. (The , and its input power to -65dBm. (The signal generator power might need to be adjusted to produce a , for more information. 2) Set the RF generator to -65dBm and 10MHz higher than the desired LO
Maxim Integrated Products
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MAX2116EVKIT MAX2118EVKIT GRP1555C1H220J GRP155R71H102K GRP155R61A104K GRM188R71H102K transistor a2098 A2098 4Mhz crystal 74LV07a EEVHA0J101WR MAX2116/MAX2118

voice activity detection

Abstract: CH1817 coupling required CH1817-DM 6.5dBm 150K CH1817-LM 6.5dBm 150K Figure 2. Typical CH1817 , 9.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Differential input UL1459 Listed, XMIT attenuated by 9.5dBm, Single ended
Cermetek Microelectronics
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voice activity detection CH1817D CH1817L CH1817DM CH1817ET CH1817LET
Abstract: 1.5 dB 1 V in ViN=-65dBm VoUT 51 V in R i= 3 2 Q , THD =10% VoUT 25 V , 1.0 % VoUT -4 7 dBm Vcc=2.5V, A VR=-30dBm VouT -4 4 dBm A: ViN=-65dBm B , characteristics (Vcc=3.0V, f0=1 kHz, V¡N=-65dBm) Control voltage (V) Gain vs. Vcc characteristics (Vm -
OCR Scan
D01S11S 1634P/M M0-001-AE

rf traNsmitter receiver 40mhz

Abstract: MAX2830 Measured at J2 -72.6 PIN = -65dBm EVM 4.2 PIN = -40dBm 2.2 PIN = -10dBm dBm 3.0 , constellation diagram at PIN = -65dBm, 54Mbps 64QAM. The EVM is only 4.2%, which is better than the 9
Maxim Integrated Products
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MAX2830 APP4276 rf traNsmitter receiver 40mhz OFDM receiver ofdm transceiver 802.11g 437GH AN4276
Abstract: 15mA at -15dBm POUT o 34mA at +6.5dBm POUT and -53dBc ACPR o , = 1.8V 2.5 4 mA VGC = 2.2V, POUT = +6.5dBm 33.5 42 Supply Current (Note 1 , dB POUT = 6.5dBm -134 PIFIN = -50dBm, VGC = 0.5V -147 LO Leakage POUT from +6.5dBm to -8dBm -43 -30 dBc Image Leakage (Note 1) POUT from 6.5dBm to -8dBm, fRF = 887MHz to Maxim Integrated Products
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MAX2307 330MH MAX2307EBC
Abstract: 19-1897 Rev 0; 1/01 NUAL KIT MA ATION EET H S A EVALU T WS DA O L L O F Low-Power Cellular Upconverter-Driver Features Ultra-Small Implementation Size Low Off-Chip Component Count 15mA at -15dBm POUT 34mA at +6.5dBm POUT and -53dBc ACPR , VGC = 2.2V, POUT = +6.5dBm VGC = 2.2V, POUT = +2dBm VGC = 0.5V VGC = 2.2V 0 1.8 0 0.6 1 CONDITIONS MIN , 1.98MHz in 30kHz BW POUT = 6.5dBm PIFIN = -50dBm, VGC = 0.5V POUT from +6.5dBm to -8dBm POUT from 6.5dBm Maxim Integrated Products
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TSU33

Abstract: TSU33-J05D ~2150MHz 75 -20~-65dBm 30M sym/s max. TC8PSK, QPSK, BPSK 8 bit parallel 1/2, 2/3, 3/4, 5/6, 7/8 I2C
Mitsumi
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TSU33 TSU33-J05D 2150MH
Abstract: Controller Bus Interface TSU33-J05D 950~2150MHz 75 -20~-65dBm 30M sym/s max. TC8PSK, QPSK, BPSK 8 bit Mitsumi
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Abstract: ~ 13.0dB Noise Figure ~ 1.5dB Input IP3 ~ +6.5dBm Input P1dB ~ +2.5dBm On-Chip Bias Circuit On-Chip , intercept point(IIP3) of up to +6.5dBm. ̇ Wireless LAN 802.11b/g ̇ WiMax Vdd Bias Circuit RF Microsemi
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LX5561 MLPQ-12L LX5561LL

FM DEMODULATOR

Abstract: Phase Threshold Level TSU5-J51DSBK Japan band 950~1880MHz 75 -25~-65dBm 402.78MHz 0.7Vp-p typ. ±1dB typ
Mitsumi
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FM DEMODULATOR 1880MH

CXA1635S

Abstract: sony ta f220 Channel balance 3 A Gv3 (Gv3 channel differential) -1.5 0 1.5 dB 8 Maximum volume attenuation Vmin ViN=-65dBm , talk between channels (A
-
OCR Scan
CXA1635S CXA1635M sony ta f220 sony e volume chip CXA1635S/M E92904A37 CXA16 635S/M
Abstract: High Power DPDT Switch with Logic Control CXG1188UR Description The CXG1188UR can be used in wireless communication systems, for example, CDMA handsets with GPS. The IC has on-chip logic for operation with 1 CMOS control input. The Sony J-FET process is used for low insertion loss and on-chip logic circuit. (Applications: Dual-band cellular handsets, CDMA with GPS, dual-band CDMA) Features Low insertion loss: 0.30dB@900MHz, 0.45dB@1900MHz High linearity: IIP3 = 65dBm (Typ.) 1 CMOS RF Micro Devices
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RF3225Q RF3225 GSM850 EGSM900 DCS1800 PCS1900

rf3225

Abstract: bluetooth module :1 UNIT COMMENTS POUT POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm POUT = +27.7 dBm POUT=+16dBm POUT=+6.5dBm throughVCC pin VMODE1 0V 1.8 V 1.8 V 0V 1.8 V 1.8 V 0V 1.8 V 1.8 V 0V 1.8 V , (LowBiasMode) Medpower (MediumBiasMode) Highpower (HighBiasMode) Shutdown POUT LEVELS +7.5 dBm >+6.5dBm +17
RF Micro Devices
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bluetooth module RFMD ASM RF3225SB RF3225PCBA-410 J-STD-033 RF3225TR13 RF3225TR7 EIA-481

RF3225

Abstract: polar modulation =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the harmonic tone at , , f2=f1+/- 1MHz, Pin=-30dBm f1 =1712.7MHz Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone , =1850MHz, Pin2=-65dBm) -20 -25 2fo vs. Temperature (VDD=2.8V, VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 8 , =1850MHz, Pin2=-65dBm) 10 IIP3_OB vs. V -20 -25 DD (VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 2fo vs. V , Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the harmonic tone
RF Micro Devices
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polar modulation RF3225TR mobile phone antenna DS110504

RF3225

Abstract: rAised cosine FILTER 3G CH1817-DM 6.5dBm 150K CH1817-LM 6.5dBm 150K Figure 2. Typical CH1817 Application. 2006 Cermetek , by 6.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Differential input UL1459 , UL1459 Listed, XMIT attenuated by 9.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Single ended input UL1459 Listed, XMIT attenuated by 6.5dBm, Differential input UL1459 Listed, XMIT
RF Micro Devices
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rAised cosine FILTER 3G Power Amplifier Module for GSM GSM1800 GSM900 gmsk transceiver DAC polar architecture DS101111
Abstract: =-30dBm f1 =1712.7MHz Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the , 2fo2 f1=fRF, f2=f1+/- 1MHz, Pin=-30dBm f1 =1712.7MHz Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input , =1850MHz, Pin2=-65dBm) -20 -25 2fo vs. Temperature (VDD=2.8V, VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 8 , =1850MHz, Pin2=-65dBm) 10 IIP3_OB vs. V -20 -25 DD (VCTL=1.8V, fin=787.76MHz, Pin=-25dBm) 2fo vs. V , Pin =-20dBm, f2 =1850MHz Pin =-65dBm Input jammer tone: 787.76MHz at ­25dBm Measure the harmonic tone RF Micro Devices
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RF3225PCBA-
Abstract: DPDT CXG1188UR CXG1188URGPSCDMA1 CMOS J-FET (GPSCDMA, CDMA) 0.3dB@900MHz0.45dB@1900MHz IIP3 = 65dBm (Typ.) 1 CMOS 12-pin UQFN GaAs J-FET MMIC (Ta = 25°C) VDD 7 Vctl 5 V V Topr ­35+85 °C Tstg ­65+150 °C IC , , , , , , , , , -1- J05465-PS CXG1188UR RF2 RF3 GND CRF CRF 6 5 7 GND 4 3 F2 F3 GND F1 CRF CRF RF4 8 F4 9 GND RF1 2 1 10 11 12 GND Anadigics
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