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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT6350CMS8#PBF Linear Technology LT6350 - Low Noise Single-Ended to Differential Converter/ADC Driver; Package: MSOP; Pins: 8; Temperature Range: 0°C to 70°C
LT6350CDD#PBF Linear Technology LT6350 - Low Noise Single-Ended to Differential Converter/ADC Driver; Package: DFN; Pins: 8; Temperature Range: 0°C to 70°C
LT6350HMS8#PBF Linear Technology LT6350 - Low Noise Single-Ended to Differential Converter/ADC Driver; Package: MSOP; Pins: 8; Temperature Range: -40°C to 125°C
LT6350CMS8#TRPBF Linear Technology LT6350 - Low Noise Single-Ended to Differential Converter/ADC Driver; Package: MSOP; Pins: 8; Temperature Range: 0°C to 70°C
LT6350HDD#TRPBF Linear Technology LT6350 - Low Noise Single-Ended to Differential Converter/ADC Driver; Package: DFN; Pins: 8; Temperature Range: -40°C to 125°C
LT6350IMS8#TRPBF Linear Technology LT6350 - Low Noise Single-Ended to Differential Converter/ADC Driver; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C

single-ended to differential conversion LNA Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1999 - 2.4 ghz FM RECEIVER CIRCUIT DIAGRAM

Abstract: 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM BLOCK DIAGRAM OF SSB TX balun diode mixer RF Solutions SR02170 single-ended to differential conversion LNA SR02160 LQFP32 SA9502
Text: , differential out 30 Leakage conversion gain f1 = fRX ± 40 MHz at LNA input. P1 = ­ 70 dBm. Measured , , differential out, with doubler 30 Leakage conversion gain f1 = fRX ± 80 MHz at LNA input. P1 = ­ 70 , are not permitted. The LNA and downconverter together can be programmed to operate in the PCS or , buffer has open collector differential outputs which should be externally biased to power supply rail , components can be used to match the LNA inputs for the Cellular and PCS bands. The LNAs employ a cascode


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PDF SA9504 SA9504 2.4 ghz FM RECEIVER CIRCUIT DIAGRAM 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM BLOCK DIAGRAM OF SSB TX balun diode mixer RF Solutions SR02170 single-ended to differential conversion LNA SR02160 LQFP32 SA9502
2001 - 74571

Abstract: No abstract text available
Text: LO buffer. For all devices, the LNA and downconverter mixers are optimized for the 2110MHz to 2170MHz , single-ended or differential operation. These devices operate from a +2.7V to +3.3V single supply and are , MAX2389 MIXER PERFORMANCE (GAIN = LOW) Power Conversion Gain (Note 1) GMXR TA = +25°C TA = -40°C to +85°C , Mixer (MAX2389). Differential input impedance is 200. AC-couple to GND when the LO is driven , Supply Voltage (+2.7V to +3.3V). Capacitively bypass to GND near the IC. RF Input Port for LNA . Requires


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PDF MAX2387) MAX2388) MAX2389) MAX2388/MAX2389) 12-Pin MAX2387/MAX2388/MAX2389 MAX2387/ MAX2388/MAX2389 MAX2387/MAX2388/MAX2389 74571
2001 - 2140M

Abstract: 74571 2141MHZ 82452
Text: LO buffer. For all devices, the LNA and downconverter mixers are optimized for the 2110MHz to 2170MHz , single-ended or differential operation. These devices operate from a +2.7V to +3.3V single supply and are , MAX2389 MIXER PERFORMANCE (GAIN = LOW) Power Conversion Gain (Note 1) GMXR TA = +25°C TA = -40°C to +85°C , Mixer (MAX2389). Differential input impedance is 200. AC-couple to GND when the LO is driven , Supply Voltage (+2.7V to +3.3V). Capacitively bypass to GND near the IC. RF Input Port for LNA . Requires


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PDF MAX2387) MAX2388) MAX2389) MAX2388/MAX2389) 12-Pin MAX2387/MAX2388/MAX2389 MAX2387/ MAX2388/MAX2389 MAX2387/MAX2388/MAX2389 2140M 74571 2141MHZ 82452
2001 - Not Available

Abstract: No abstract text available
Text: 2110MHz to 2170MHz band. All devices feature a high-gain mode and a low-gain mode of LNA operation. The , either single-ended or differential operation. These devices operate from a +2.7V to +3.3V single supply , MAX2389 MIXER PERFORMANCE (GAIN = LOW) Power Conversion Gain (Note 1) GMXR TA = +25°C TA = -40°C to +85°C , Mixer (MAX2389). Differential input impedance is 200. AC-couple to GND when the LO is driven , Supply Voltage (+2.7V to +3.3V). Capacitively bypass to GND near the IC. RF Input Port for LNA . Requires


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PDF MAX2387) MAX2388) MAX2389) MAX2388/MAX2389) 12-Pin MAX2387/MAX2388/MAX2389 MAX2387/ MAX2388/MAX2389 G1233
2001 - specification of Ic 8951

Abstract: 82452 82-856 MAX238 MAX2389EGC MAX2389 MAX2388EGC MAX2388 MAX2387EGC 38175
Text: all devices, the LNA and downconverter mixers are optimized for the 2110MHz to 2170MHz band. All , single-ended or differential operation. These devices operate from a +2.7V to +3.3V single supply and are , ) or Mixer (MAX2389). Differential input impedance is 200. AC-couple to GND when the LO is driven , bypass to GND near the IC. 10 LNA_IN 11 GND Ground 12 BIAS LNA /Mixer Bias Pin. For nominal bias, connect 24k ±1% resistor to GND. RF Output Port for LNA . Requires external


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PDF MAX2387) MAX2388) MAX2389) MAX2388/MAX2389) 12-Pin MAX2387EGC MAX2388EGC MAX2389EGC MAX2387/MAX2388/MAX2389 specification of Ic 8951 82452 82-856 MAX238 MAX2389EGC MAX2389 MAX2388EGC MAX2388 MAX2387EGC 38175
1999 - 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM

Abstract: BCC32 SA9502 SA9503 pcs-2
Text: , differential out CDMA FM (Tx) LO Output to LO Input Isolation Leakage conversion gain 17 10 dB dB , Differential (Tx) LO output buffer (can be switched on or off) · Low voltage operation down to 2.7 volts · , to be active. Modes from unlisted combinations of logic pins are not permitted. The LNA and , mixer, ­ cellular CDMA mixer, ­ PCS LO frequency doubler. The LNA can be set to four different gain , also possible to independently switch off the LNAs and keep the mixers on, as shown in Table 3. LNA


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PDF SA9503 SA9503 2.4 ghz FM TRANSMITTER CIRCUIT DIAGRAM BCC32 SA9502 pcs-2
2001 - 78621

Abstract: 70733 IC 14511 8179 LM 3717 MAX2388EGC MAX2388 MAX2389EGC MAX2387EGC 93176
Text: +2.7V to +3.3V Single-Supply Operation o Mixer NF: 7dB SSB o Cascaded Noise Figure: 2.3dB o LNA , all devices, the LNA and downconverter mixers are optimized for the 2110MHz to 2170MHz band. All , single-ended or differential operation. These devices operate from a +2.7V to +3.3V single supply and are , TA = -40°C to +85°C (Note 2) 21.9 LNA PERFORMANCE: LOW-GAIN MODE (GAIN = HIGH) RF Frequency , Power Conversion Gain GMXR TA = +25°C 8.5 TA = -40°C to +85°C (Note 2) 7.5 10 11.5


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PDF MAX2387) MAX2388) MAX2389) MAX2388/MAX2389) 12-Pin MAX2387EGC MAX2388EGC MAX2389EGC Dual87/MAX2388 78621 70733 IC 14511 8179 LM 3717 MAX2388EGC MAX2388 MAX2389EGC MAX2387EGC 93176
2000 - Sawtek filter

Abstract: RF2411 uhf receiver
Text: . The LNA achieves broadband impedance match to 50 and low noise figure through internal feedback , is greater than 10dB over the entire 1MHz to 1500MHz range. LNA gain slopes from 17dB at 1MHz to , greater than 30dB over the 1MHz to 1500MHz range for differential IF interface. Mixer RF to IF isolation is typically greater than 25dB over the 400MHz to 1500MHz range. Mixer conversion gain is dependent , transformer or directly to a differential SAW IF filter. Alternately, one collector may be tied directly to


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PDF TA0026 RF2411 1500MHz, Sawtek filter uhf receiver
1997 - SSB Receiver

Abstract: RF2411 RF transistor gain 20dB
Text: 1 /1$ 'HVFULSWLRQ The LNA achieves broadband impedance match to 50 and low noise figure through , output return loss is greater than 10dB over the entire 1MHz to 1500MHz range. LNA gain slopes from , of LNA noise figure, gain, and IIP3 on power supply voltage at 880MHz. Gain can be seen to decrease , isolation is typically greater than 30dB over the 1MHz to 1500MHz range for differential IF interface , interface can be through a balun transformer or directly to a differential SAW IF filter. Alternately, one


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PDF TA0026 RF2411 SSB Receiver RF transistor gain 20dB
1998 - DECT RF Transceiver 1.9 ghz

Abstract: MAX2406 MAX2410 MAX2411A MAX2411AEEI
Text: +2.7V to +5.5V Supply o 3.2dB Combined Receiver Noise Figure: 2.4dB ( LNA ) 9.2dB (mixer) o Flexible , to share the same IF filter. MAX2411A Low-Cost RF Up/Downconverter with LNA and PA Driver , RECEIVE MIXER (RXEN = high) Conversion Gain (Note 2) TA = +25°C 8.5 TA = -40°C to +85°C 7.5 , RF Input to LNA . AC couple to this pin. At 1.9GHz, LNAIN can be easily matched to 50 with one , . For single-ended operation, connect LO directly to GND. If a differential LO signal is available, AC


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PDF -10dBm MAX24100pF 220pF 1000pF MAX2411A DECT RF Transceiver 1.9 ghz MAX2406 MAX2410 MAX2411A MAX2411AEEI
2002 - 3GHz Low-Noise Amplifier

Abstract: No abstract text available
Text: with minimal inductance. RF Input to the LNA . At 1.9GHz, LNAIN can be easily matched to 50 with one external shunt 1pF capacitor. AC couple to this pin. See the LNA Input Impedance vs. Frequency plot in the , , connect LO directly to GND. If a differential LO signal is available, AC couple the inverted LO signal to this pin. Noninverting Side of Downconverter's Differential Open-Collector IF Output. Pull IF up to VCC , network may be required to match this pin to an external filter. Consult the LNA Output Impedance vs


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PDF MAX2406 PWT1900/DCT1900, DCS1800/PCS1900, MAX2406. MAX2406 3GHz Low-Noise Amplifier
2002 - 42EV

Abstract: No abstract text available
Text: component count by allowing the transmit and receive paths to share the same IF filter. The LNA has a 2.4dB , measurements made directly to pin (no matching network), T A = +25°C, unless otherwise noted.) LNA OUTPUT 1dB , . Connect GND to the PC board ground plane with minimal inductance. RF Input to LNA . AC couple to this pin , . For single-ended operation, connect LO directly to GND. If a differential LO signal is available, AC , capacitor to GND. Differential IF Port of Tx and Rx Mixers, Noninverting Side. In Rx mode, this output is an


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PDF 18dBm MAX2510/MAX2511 MAX2411A 1000pF MAX2411A 400MHz 220pF 42EV
Not Available

Abstract: No abstract text available
Text: ) -12.5dBm Combined Receiver Input IP3: -9.5dBm ( LNA ) 4.5dBm (mixer) LO Buffer +2.7V to +S.5V Single-Supply , LNA Input IP3 LNA Output IdB Compression Mixer Conversion Gain (Note 1) Mixer Noise Figure Mixer Input , 2 NAME GND FUNCTION Ground. Connect to ground plane with minimal inductance. RF Input to the LNA . At , Local-Oscillator Input Port. For single-ended LO operation, connect LO directly to GND. If a differential LO signal , 's Differential Open-Collector IF Output. Pull IF up to Vcc with an inductor. This inductor can be part of the


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PDF MAX2406 PWT1900/DCT1900. DCS1800/PCS1900,
1997 - MAX2406

Abstract: MAX2406EEP MAX2406EVKIT MAX2410 MAX2411A microwave transceiver 3ghz if amplifier specification for 900MHz transceiver single-ended to differential conversion LNA
Text: differential IF port that can be used in a single-ended configuration by tying the unused side to VCC. The LO , Combined Receiver Input IP3: -9.5dBm ( LNA ) 4.5dBm (mixer) o LO Buffer o +2.7V to +5.5V Single-Supply , TA = TMIN to TMAX 12.2 LNA Noise Figure LNA Input IP3 dB 2.5 7.4 TA = TMIN to TMAX dBm -5.6 TA = +25°C dB -9.5 (Note 2) LNA Output 1dB Compression Mixer Conversion Gain , directly to GND. If a differential LO signal is available, AC couple the inverted LO signal to this pin


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PDF MAX2406 PWT1900/DCT1900, DCS1800/PCS1900, MAX2406. MAX2406 MAX2406EEP MAX2406EVKIT MAX2410 MAX2411A microwave transceiver 3ghz if amplifier specification for 900MHz transceiver single-ended to differential conversion LNA
2005 - LT5503

Abstract: LT5500 LT5500EGN LT5502 LT5504 LTC5505 LTC5507 mixer diode L9
Text: shown in Figure 4 can be used to perform differential to single-ended conversion . For best LO and RF , amplifier ( LNA ), a Mixer and an LO buffer. The IC is designed to operate over a power supply voltage range from 1.8V to 5.25V. 1.8V to 5.25V Supply Dual LNA Gain Setting: +13.5dB/­14dB at 2.5GHz , Current: 2µA 24-Lead Narrow SSOP Package The LNA can be set to either high gain or low gain mode. At , LNA_OUT MIXER CONVERSION GAIN (dB) RF INPUT 1µF LNA Gain (High Gain Mode) and Mixer


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PDF LT5500 24-Lead 20dBm LT5516 LT5522 600MHz 25dBm 900MHz, LTC5532 300MHz LT5503 LT5500 LT5500EGN LT5502 LT5504 LTC5505 LTC5507 mixer diode L9
1998 - spectrum analyzer

Abstract: block diagram for RF transmitter AND RECEIVER frequency doubler balun high frequency mixer rf receivers x band receiver 32 band audio spectrum analyzer strong 4400 receiver
Text: differential inputs and outputs to single-ended inputs and outputs. Please note that the Baluns are used only , directly after the antenna and a band-select filter. The purpose of the LNA is to amplify the desired , LNA is a common emitter amplifier, designed to operate on a single 3.75 volt supply. The LNA has two , mainly to optimize the turn-on time. Figure 4. Low-Band LNA Input Configuration Low-Band LNA Output , also matching the LNA output impedance to the Surface Acoustic Wave (SAW) filter input impedance. A


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PDF TRF1500 SWRA004A spectrum analyzer block diagram for RF transmitter AND RECEIVER frequency doubler balun high frequency mixer rf receivers x band receiver 32 band audio spectrum analyzer strong 4400 receiver
2005 - LT5503

Abstract: No abstract text available
Text: shown in Figure 4 can be used to perform differential to single-ended conversion . For best LO and RF , noise amplifier ( LNA ), a Mixer and an LO buffer. The IC is designed to operate over a power supply voltage range from 1.8V to 5.25V. 1.8V to 5.25V Supply Dual LNA Gain Setting: +13.5dB/–14dB at , Low Shutdown Current: 2µA 24-Lead Narrow SSOP Package The LNA can be set to either high gain or , °C, 1.8GHz 19 CONVERSION GAIN (dB) LNA Noise Figure vs Supply Voltage (High Gain Mode) LNA IIP3


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PDF LT5500 24-Lead LT5516 LT5522 600MHz 25dBm 900MHz, LTC5532 300MHz 5500f LT5503
2008 - Not Available

Abstract: No abstract text available
Text: LNA Multi-channel, single-ended to differential conversion GENERAL DESCRIPTION KEY PRODUCT FEATURES The SX1701 is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz , single-ended to differential conversion . Three independent output channels are available and the gain of , .10 Single-Ended Input to Dual Differential Outputs with Loop-through Single-Ended Output , stages. The first stage is common to all channels and performs the single-ended to differential


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PDF SX1701 SX1701
2008 - single-ended to differential conversion LNA

Abstract: single-ended to differential conversion SX1701
Text: LNA Multi-channel, single-ended to differential conversion GENERAL DESCRIPTION The SX1701B is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz. It is optimized for high OIP2 and OIP3 with minimum current consumption. It also performs a single-ended to differential conversion , channels and performs the single-ended to differential conversion . The second stage, duplicated for both , .10 Single-Ended Input to 1 Differential Outputs with Loop-through Single-Ended OUTPUT


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PDF SX1701B SX1701B single-ended to differential conversion LNA single-ended to differential conversion SX1701
2008 - Not Available

Abstract: No abstract text available
Text: LNA Multi-channel, single-ended to differential conversion GENERAL DESCRIPTION KEY PRODUCT FEATURES The SX1701B is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz , single-ended to differential conversion . Two independent output channels are available and the gain of each , .10 Single-Ended Input to 1 Differential Outputs with Loop-through Single-Ended OUTPUT , differential conversion . The second stage, duplicated for both channels, is implemented as two cascaded stages


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PDF SX1701B SX1701B
2008 - single-ended to differential conversion

Abstract: catv DISTRIBUTION NETWORK diagram ADVANCED COMMUNICATION DEVICES single-ended to differential conversion LNA 1nF X7R tv pcb board repair QFN-16 tv repair CATV DISTRIBUTION NETWORK SX1701
Text: LNA Single-channel, single-ended to differential conversion GENERAL DESCRIPTION KEY PRODUCT FEATURES The SX1701A is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz , single-ended to differential conversion with 3 selectable gains. · · · · · · · · APPLICATIONS , stage performs the single-ended to differential conversion . The second stage is implemented with two , = 5.0 V, Temperature = 25 ° Z Source = 75 , ZLoad = 100 differential , Frequency range = 40 MHz to


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PDF SX1701A SX1701A single-ended to differential conversion catv DISTRIBUTION NETWORK diagram ADVANCED COMMUNICATION DEVICES single-ended to differential conversion LNA 1nF X7R tv pcb board repair QFN-16 tv repair CATV DISTRIBUTION NETWORK SX1701
2008 - single-ended to differential conversion

Abstract: ADVANCED COMMUNICATION DEVICES SX1701 catv DISTRIBUTION NETWORK diagram capacitor 1nF 0603 design CATV Wideband Splitter marking G3 RF LNA 3.1 to 10.6 GHz 51R0 QFN-16
Text: Multi-channel, single-ended to differential conversion GENERAL DESCRIPTION KEY PRODUCT FEATURES The SX1701 is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz. It is , . The first stage is common to all channels and performs the single-ended to differential conversion , differential conversion . Three independent output channels are available and the gain of each may be adjusted , .10 Single-Ended Input to Dual Differential Outputs with Loop-through Single-Ended Output


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PDF SX1701 SX1701 single-ended to differential conversion ADVANCED COMMUNICATION DEVICES catv DISTRIBUTION NETWORK diagram capacitor 1nF 0603 design CATV Wideband Splitter marking G3 RF LNA 3.1 to 10.6 GHz 51R0 QFN-16
2008 - Not Available

Abstract: No abstract text available
Text: LNA Multi-channel, single-ended to differential conversion GENERAL DESCRIPTION KEY PRODUCT FEATURES The SX1701 is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz , single-ended to differential conversion . Three independent output channels are available and the gain of , . The first stage is common to all channels and performs the single-ended to differential conversion , .10 Single-Ended Input to Dual Differential Outputs with Loop-through Single-Ended Output


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PDF SX1701 SX1701
2008 - single-ended to differential conversion

Abstract: single-ended to differential conversion LNA 4 channel dvr schematic diagram capacitor 1nF 0603 QFN-16 dvr schematics catv DISTRIBUTION NETWORK diagram CATV DISTRIBUTION NETWORK 51R0 tv pcb board repair
Text: LNA Multi-channel, single-ended to differential conversion GENERAL DESCRIPTION KEY PRODUCT FEATURES The SX1701B is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz , single-ended to differential conversion . Two independent output channels are available and the gain of each , .10 Single-Ended Input to 1 Differential Outputs with Loop-through Single-Ended OUTPUT , differential conversion . The second stage, duplicated for both channels, is implemented as two cascaded stages


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PDF SX1701B SX1701B single-ended to differential conversion single-ended to differential conversion LNA 4 channel dvr schematic diagram capacitor 1nF 0603 QFN-16 dvr schematics catv DISTRIBUTION NETWORK diagram CATV DISTRIBUTION NETWORK 51R0 tv pcb board repair
2008 - Not Available

Abstract: No abstract text available
Text: LNA Multi-channel, single-ended to differential conversion GENERAL DESCRIPTION KEY PRODUCT FEATURES The SX1701B is an integrated LNA operating over a wide frequency range from 40 MHz to 2.5 GHz , single-ended to differential conversion . Two independent output channels are available and the gain of each , .10 Single-Ended Input to 1 Differential Outputs with Loop-through Single-Ended OUTPUT , differential conversion . The second stage, duplicated for both channels, is implemented as two cascaded stages


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PDF SX1701B SX1701B
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