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CMOSH-3 TR LEAD FREE Central Semiconductor Corp DIODE SCHOTTKY 30V 100MA SOD523
CMOSH-3 BK Central Semiconductor Corp DIODE SCHOTTKY 30V 100MA SOD523
CMOSH-3 TR13 Central Semiconductor Corp DIODE SCHOTTKY 30V 100MA SOD523
CMOSH-4E TR Central Semiconductor Corp DIODE SCHOTTKY 40V 200MA SOD523
CMOSH-3 TR Central Semiconductor Corp DIODE SCHOTTKY 30V 100MA SOD523
CMOSH2-4L TR Central Semiconductor Corp DIODE SCHOTTKY 40V 200MA SOD523

"CMOS mixer"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Ground. CMOS logic interface. Power supply for internal references, logic, and mixer preamplifiers , RF2492 Preliminary 8 DUAL-BAND LOW NOISE AMPLIFIER/MIXER Typical Applications · , Allowable: 0.305 mm max. Package Style: LCC, 32-Pin, 5x5 Features Si CMOS PCS MIX IN 25 , fully featured dual-band LNA/Mixer and is usable in a variety of mobile handset applications. The , GAIN SEL 12 MIX GAIN SEL 14 · Stepped LNA/Mixer Gain Control · Adjustable LNA Bias Current/IIP3 · RF Micro Devices
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amplifier mixer circuit diagram high frequency mixer mixer
Abstract: Preliminary RF2492 DUAL-BAND LOW NOISE AMPLIFIER/MIXER 8 Typical Applications · TDMA-EDGE , Product Description The RF2492 is a fully featured dual-band LNA/Mixer and is usable in a variety of , Matching® Applied Si BJT Si Bi-CMOS GaAs HBT GaAs MESFET Si CMOS 1.00 0.85 .80 .65 .60 .24 typ 5.00 , Stepped LNA/Mixer Gain Control · Adjustable LNA Bias Current/IIP3 · Integrated LO Frequency Doubler · , Information RF2492 RF2492 PCBA Dual-Band Low Noise Amplifier/Mixer Fully Assembled Evaluation Board CELL LNA RF Micro Devices
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CON10
Abstract: conventional CMOS. The PE4150 mixer, packaged in a 4x4 mm 20-lead QFN, is available in volume and is priced at , FOR IMMEDIATE RELEASE Peregrine Low-Frequency Passive Mixer Targets UHF-900MHz Applications High linearity, low loss mixer ideal for broadband applications San Diego, California, June 9, 2009 - Peregrine Semiconductor Corporation, a leading supplier of highperformance RF CMOS and mixed-signal communications ICs , , ideal for mixer designs requiring low conversion loss and high linearity such as portable radios Peregrine Semiconductor
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passive mixer peregrine UHF-900MH 900MH
Abstract: (mixer RF amp on); low selects minimum mixer gain (mixer RF amp off). Diode to VCC and Ground. CMOS , RF2492 Preliminary 8 DUAL-BAND LOW NOISE AMPLIFIER/MIXER Typical Applications â , GAIN SEL 14 â'¢ Stepped LNA/Mixer Gain Control â'¢ Adjustable LNA Bias Current/IIP3 â'¢ Integrated , SEL 9 20 PCS LO OUT - LNA IP SEL 10 LNA ISET 17 .45 .20 4 PLCS Features Si CMOS , The RF2492 is a fully featured dual-band LNA/Mixer and is usable in a variety of mobile handset RF Micro Devices
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Abstract: minimum mixer gain (mixer RF amp off). Diode to VCC and Ground. CMOS logic interface. Low-band LNA , RF2492 Preliminary 8 DUAL-BAND LOW NOISE AMPLIFIER/MIXER Typical Applications · TDMA-GSM , Allowable: 0.305 mm max. Package Style: LCC, 32-Pin, 5x5 Features Si CMOS PCS MIX IN 25 , fully featured dual-band LNA/Mixer and is usable in a variety of mobile handset applications. The , GAIN SEL 12 MIX GAIN SEL 14 · Stepped LNA/Mixer Gain Control · Adjustable LNA Bias Current/IIP3 · RF Micro Devices
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Mixer Output IP3 41 dBm GSM LNA rf amp 010828
Abstract: minimum mixer gain (mixer RF amp off). Diode to VCC and Ground. CMOS logic interface. Low-band LNA , RF2492 Preliminary 8 DUAL-BAND LOW NOISE AMPLIFIER/MIXER Typical Applications · TDMA-GSM , Allowable: 0.305 mm max. Package Style: LCC, 32-Pin, 5x5 Features Si CMOS PCS MIX IN 25 , fully featured dual-band LNA/Mixer and is usable in a variety of mobile handset applications. The , GAIN SEL 12 MIX GAIN SEL 14 · Stepped LNA/Mixer Gain Control · Adjustable LNA Bias Current/IIP3 · RF Micro Devices
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011214
Abstract: DCS/PCS Handsets 3URGXFW 'HVFULSWLRQ The RF2492 is a fully featured dual-band LNA/Mixer and is , 7HFKQRORJ\ 0DWFKLQJ $SSOLHG Si BJT Si Bi-CMOS GaInP/HBT GaAs HBT GaN HEMT GaAs MESFET Si CMOS 1.00 0.85 , End · Low Noise Figure 25 23 4 5 IF1+ IF1IF2IF2+ · Stepped LNA/Mixer Gain Control · , Input IP3 Mixer Gain 12 3.5 6.5 13.5 +2.0 +11.5 -10 13 4.4 7.0 14.0 +4.5 +13.8 -5 14 5.0 7.5 14.5 dB dB dB dB dBm dBm dBm dBm Noise Figure Input IP3 LO Input Level +3 Mixer Gain 12 3.0 6.8 RF Micro Devices
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Abstract: eters and T est Conditions CMOS input high voltage (can be pulled up as high as VC c+7V), N ote 1 CMOS input low voltage CMOS input high current CMOS input low current Mode switching time Mixer input 1 dB , down-conversion mixer (to a 2nd IF), limiting amplifier chain, discriminator/data slicer, lock detector, and RSSI , Tcase > 90°C 4. Except CMOS logic inputs, see Summary Characterization Information Table. HPMX , VDATOP VDATOP Charge pump current Charge pump current Mixer power gain from IP1 to IF1, external load -
OCR Scan
HPMX-5001 TQFP-48 HPMX-5002 HPMX-5002-STR HPMX-5002-TR1 HPMX-5002-TY1
Abstract: GaAs MESFET Si CMOS · Complete Receiver Front-End · Adjustable LNA/Mixer Bias Current · Adjustable LNA/Mixer IIP3 · Digital LNA IIP3 Control 16 15 14 13 12 11 10 9 VCC LNA OUT LO ISET MIX ISET MIX CAP MIX IN GND IF2 OUT RF2448 RF2448 PCBA PCS CDMA Low Noise Amplifier/Mixer 1500MHz , pin 8. CMOS compatible signal controlling mixer gain mode. Setting this signal high places the mixer , feature of the chip is adjustable IIP3 of the LNA and mixer using an off-chip current setting resistor RF Micro Devices
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lna amplifier SSOP-16
Abstract: CMOS input low current Mode switching time Mixer input 1 dB compression point Mixer input IP3 Mixer SSB , down-conversion mixer (to a 2nd IF), limiting amplifier chain, discriminator/data slicer, lock detector, and RSSI , > 90°C 4. Except CMOS logic inputs, see Summary Characterization Information Table. 5. This product is , VDATOP Charge pump current Charge pump current Mixer power gain from IP1 to IF1, external load , , unless otherwise noted. Symbol VlH VIL IlH IlL Parameters and T est Conditions CMOS input high -
OCR Scan
8g75 DECT telePhone 408-G54-8G75 HPMX-5002-TRI 5967-6372E 5968-1829E
Abstract: receive chain features a low noise, gain selectable amplifier (LNA) followed by a down-converter mixer. An up-converter mixer and a high performance preamplifier compose the transmit chain. The remaining circuitry , PCMCIA board applications. Cascaded LNA/Mixer (High Gain) · Gain . . . . . . . . . . . . . . . . . . , -13dBm · IF Frequency . . . . . . . . . . . . . . . . . . . 280MHz to 600MHz Cascaded LNA/Mixer (Low , Mixer/Preamplifier · Transmit Cascaded Mixer/Preamplifier Gain . . . . . . .25dB · SSB Noise Figure. . Intersil
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HFA3683A
Abstract: RF2448 Preliminary 8 PCS CDMA LOW NOISE AMPLIFIER/MIXER 1500MHZ TO 2200MHZ DOWNCONVERTER , further feature of the chip is adjustable IIP3 of the LNA and mixer using an off-chip current setting , Matching® Applied Si BJT GaAs HBT SiGe HBT üSi Bi-CMOS Si CMOS Package Style: SSOP-16EDF Slug , /Mixer Bias Current LNA ISET 2 15 LNA OUT · Adjustable LNA/Mixer IIP3 LNA IN 3 14 , RF2448 PCBA Functional Block Diagram Rev A3 010717 PCS CDMA Low Noise Amplifier/Mixer 1500MHz to RF Micro Devices
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adjustable CMOS Buffer Amplifier
Abstract: RF2448 Preliminary 8 PCS CDMA LOW NOISE AMPLIFIER/MIXER 1500MHZ TO 2200MHZ DOWNCONVERTER , further feature of the chip is adjustable IIP3 of the LNA and mixer using an off-chip current setting , Matching® Applied Si BJT GaAs HBT SiGe HBT üSi Bi-CMOS Si CMOS Package Style: SSOP-16EDF Slug , /Mixer Bias Current LNA ISET 2 15 LNA OUT · Adjustable LNA/Mixer IIP3 LNA IN 3 14 , RF2448 PCBA Functional Block Diagram Rev A2 010305 PCS CDMA Low Noise Amplifier/Mixer 1500MHz to RF Micro Devices
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Abstract: Si Bi-CMOS GaAs MESFET Si CMOS 0.130 0.059 0.051 0.244 0.228 8 0.090 8°MAX 0 , IIP3 of the LNA and mixer using an off-chip current setting resistor. The LNA IIP3 can be digitally , ENABLE 1 16 VCC · Adjustable LNA/Mixer Bias Current LNA ISET 2 15 LNA OUT · Adjustable LNA/Mixer IIP3 LNA IN 3 14 LO ISET LNA GND1 4 13 MIX ISET LNA GND2 5 , RF2448 RF2448 PCBA Rev A1 991207 PCS CDMA Low Noise Amplifier/Mixer 1500MHz to 2200MHZ RF Micro Devices
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Abstract: down-conversion mixer (to a 2nd IF), limiting amplifier chain, discriminator/data slicer, lock detector, and , Tcase > 90°C 4. Except CMOS logic inputs, see Summary Characterization Information Table. HPMX , current (PLL locked) (PLL locked) Charge pump current Charge pump current Mixer power gain from , otherwise noted. Symbol Parameters and Test Conditions CMOS input high voltage (can be pulled up as high as VC c+7V) VlH CMOS input low voltage VlL CMOS input high current IlH CMOS input low current -
OCR Scan
X-5002 44475AM 0D153DD 44475A4 0G153G2 4447SA4
Abstract: -5002 contains a down-conversion mixer (to a 2nd IF), limiting amplifier chain, discriminator/data slicer , permanent damage. 2. Tcase = 25°C 3. Derate at 10 mW/°C for Tcase > 90°C 4. Except CMOS logic inputs, see , current Charge pump current Mixer power gain from IP1 to IF1, external load impedance of 600 Data , otherwise noted. Symbol Parameters and Test Conditions Units Typ. V Vcc -0.8 CMOS input low voltage V 1.0 CMOS input high current uA Hewlett-Packard
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DIAGRAM OF IC 7106 IC 7108
Abstract: Operation With Remapped Output Mixer 1.1 Problem Description When the TAS5508B output mixer is used , output mixer configuration avoids this problem. 1.2 System Impact If using the remapped output mixer configuration, then after resuming from an all-channel shutdown, the remapped output channels do , channel volume does not go below ­109 dB for all channels. 0xD0 Bit 30 Ouput Mixer Configuration , mixing DAP channels to different PWM output channels (remapped output mixer configuration), consider the Texas Instruments
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TAS5508 5.1 channel master volume circuit subwoofer 5.1 channel headphones amplifier subwoofer SLEZ006A
Abstract: down-conversion mixer (to a 2nd IF), limiting amplifier chain, discriminator/data slicer, lock detector, and , for Toase > 90°C 4. Except CMOS logic inputs, see Summary Characterization Information Table , Total Vccx supply current (PIL locked) (PLL locked) Charge pump current Charge pump current Mixer , AvIF2 ZinlFIPl VoutL02 ILKDET Param eters and T est Conditions CMOS input high voltage (can be pulled up as high as VC +7V) C CMOS input low voltage CMOS input high current CMOS input low -
OCR Scan
5965-1402E 5965-9106E
Abstract: down-converalon mixer (to a 2nd IF), limiting amplifier chain, discriminator/data slicer, lock detector, and RSSI , =25"C 3. Derate at 10 mW/°C for Teg, > 90°C 4. Except CMOS logic inputs, see Summary Characterization , GIF1 dB Mixer power gain from input matched to 50 Q IP1 to IF1, external load impedance of 600 Q VDATOP , Parameters and T est Conditions Units Typ. CMOS input high voltage (can be pulled up as high as Vcc+7V) V feVcc-0.8 Vlh V CMOS input low voltage s 1.0 Vil CMOS input high current |iA -
OCR Scan
CMOS Gilbert Cell signal path designer 6964-9488EUS 6066-14O2E
Abstract: 24 3 4 5 2 52 C0xt = 2.2 /iF 51 53 54 1 56 55 Active Hi, CMOS Levs CMOS Levs CMOS Levs CMOS Levs CMOS , RSSI L02IN L020UT RXPD CMOS Levs Cext = 1 JiF Cext = 0.4 jiF Cext = 0.1 |*F Note Pin # 45 41 40 39 42 , Input Signal, RF Vcc Disabled Min Typ 4.2 20 100 Max Units mAdc fiAdc 3.3.1 1st Mixer Characteristics Ta = 25°C, RF Vcc = 3.3 Vdc. frf = 50 MHz, f,0 = 40 MHz Symbol GM C1 Characteristic 1st Mixer , Referenced to 1st Mixer Input as an Amplifier Measured @ 1st Mixer Output Measured @ 1st Mixer Input -
OCR Scan
NCL354 0-1BQ-530 5D112E
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