NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Samples | Ordering |
| AD8339-EVALZ | Analog Devices | DC to 50 MHz, Quad I/Q Demodulator and Phase Shifter Package: None Available; No of Pins: 0; Temperature Range: INDUSTRIAL; Container: 1/No packing | 
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| AD8339ACPZ-R7 | Analog Devices | DC to 50 MHz, Quad I/Q Demodulator and Phase Shifter Package: 40 ld LFCSP (6x6mm w/4.1mm pad); No of Pins: 40; Temperature Range: INDUSTRIAL; Container: 750/Reel |
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| AD8339ACPZ | Analog Devices | DC to 50 MHz, Quad I/Q Demodulator and Phase Shifter Package: 40 ld LFCSP (6x6mm w/4.1mm pad); No of Pins: 40; Temperature Range: INDUSTRIAL; Container: 490/Tray |
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| AD8339ACPZ-RL | Analog Devices | DC to 50 MHz, Quad I/Q Demodulator and Phase Shifter Package: 40 ld LFCSP (6x6mm w/4.1mm pad); No of Pins: 40; Temperature Range: INDUSTRIAL; Container: 2500/Reel |
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| Part | Manufacturer | Description | Type | Ordering |
| AD8339 | Analog Devices | Quad I/Q Demodulator And Phase Shifter |
15 pages, |
Original | |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: is to phase align all the LO signals in multiple AD8339s. The 4 Ã- LO divider of each AD8339 can , state after power is applied to multiple AD8339s. A logic input must be provided to the RSET pin when using more than one AD8339. Note that at least one channel must be enabled for the LO interface to also , 35 SDI 39 40 RSTS Figure 1 shows the block diagram and pinout of the AD8339. Four RF , AD8339. In order to sum the signals ES1 and ES2, ES2 is shifted 45° relative to ES1 by setting the phase ... | Original |
15 pages, |
ultrasound transducer circuit mixer AD7686 AD8021 AD8332 AD8333 AD8335 AD8339 analog beamforming AD7665 ultrasound doppler circuit datasheet abstract |
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| Abstract: multiple AD8339s. A logic input must be provided to the RSET pin when using more than one AD8339. Note , . 14 AD8339-EVALZ Artwork . 33 , Figure 52 shows the block diagram and pinout of the AD8339. The analog inputs include the four RF inputs , interconnection block diagram of all four channels of the AD8339. More channels are easily added to the summation , applied directly to the input of the AD8339. To sum the signals E1 through E4, E2 is shifted 45° ... | Original |
36 pages, |
AD8339 AD8333 M200 medical ultrasound guide AD829 AD8021 AD7665 AD8334 usb ultrasound probe rfb4 smt03 AD8339 abstract |
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| Abstract: multiple AD8339s. A logic input must be provided to the RSET pin when using more than one AD8339. Note , other AD8339s. The internally generated I/Q signals of each AD8339 LO are always at a 90° angle , AD8339-EVALZ Artwork . 32 Quadrature Generation , Figure 51 shows the block diagram and pinout of the AD8339. Four RF inputs that accept signals from the , AD8339. More channels are easily added to the summation (up to 16 when using an AD8021 AD8021 as the summation ... | Original |
36 pages, |
AD8339 AD8334 AD8333 AD829 AD8021 AD7665 M200 medical ultrasound guide ultrasound doppler circuit smd WQ3 RF12P octal ultrasound vga smd w13 package smt3 Nichicon Capacitor USW AD8339 abstract |
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| Abstract: and ready to use with the AD8339 quad I/Q demodulator and phase shifter. The AD9272/AD9273 AD9272/AD9273 evaluation board simply snaps into place on the AD8339 evaluation board (AD8339EVALZ). Remove the jumpers connected to P3A and P4A on the AD8339 evaluation board, and snap the standoffs that are provided with the AD9272/AD9273 AD9272/AD9273 into the AD8339 evaluation board standoff holes in the center of the board. The standoffs , Evaluation Board User Guide between the AD9272/AD9273 AD9272/AD9273 CWDx± outputs and the AD8339 inputs. DOUTx+ ... | Original |
24 pages, |
u705 smd diode c750 VFAC3BHL-80MHZ diode c749 SMD C236 DIODE C752 diode smd schottky diode c750 GRM155B30J105KE18D AD9272 smd diode c731 p605 datasheet SMA-J-P-H-ST-EM1 p605 diode UG-001 AD9272/AD9273 UG-001 abstract |
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| Abstract: the AD8339. The AD8432 AD8432 outputs can be connected directly to the AD8339 RF inputs through 20 , 96 55 38 AD8432 AD8432 I/Q DEMODULATION FRONT END 4LOP and 4LON pins of the AD8339, has a frequency 4� that of the RF inputs. The AD8339 downconverts the RF signals, generates quadrature, and , differential RF inputs of the dual AD8333 AD8333 or the quad AD8339 I/Q demodulators. The primary application for the AD8339 is phased array beamforming in medical ultrasound, specifically in CW Doppler processing. Other ... | Original |
28 pages, |
ADTT1-1 transformer AD8432-EVALZ AD8339 AD8333 AD8129 AD8021 AD8130 CW doppler ultrasound AD8432 AD8432 abstract |
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| Abstract: the AD8432 AD8432 driving the AD8339. The AD8432 AD8432 outputs can be connected directly to the AD8339 RF inputs , AD8432 AD8432 resistors. The 4LOP and 4LON pins of the AD8339 are driven by a differential clock signal, which has a frequency 4� that of the RF inputs. The AD8339 downconverts the RF signals, generates , noise amplifiers can be used to drive the differential RF inputs of the dual AD8333 AD8333 or the quad AD8339 I/Q demodulators. The primary application for the AD8339 is phased array beamforming in medical ... | Original |
28 pages, |
ultrasound plastic soldering circuit doppler radar AD8432-EVALZ AD8339 AD8333 AD8130 AD8129 AD8021 CW doppler ultrasound AD8432 AD8432 abstract |
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| Abstract: the AD8339. The AD8432 AD8432 outputs can be connected directly to the AD8339 RF inputs through 20 , 96 55 38 AD8432 AD8432 I/Q DEMODULATION FRONT END 4LOP and 4LON pins of the AD8339, has a frequency 4� that of the RF inputs. The AD8339 downconverts the RF signals, generates quadrature, and , differential RF inputs of the dual AD8333 AD8333 or the quad AD8339 I/Q demodulators. The primary application for the AD8339 is phased array beamforming in medical ultrasound, specifically in CW Doppler processing. Other ... | Original |
28 pages, |
CW doppler ultrasound ADTT1-1 AD8432-EVALZ AD8339 AD8333 AD8130 AD8129 AD8021 AD8432ACPZ AD8432 AD8432 abstract |
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| Abstract: voltage noise. Figure 70 shows a simplified block diagram of one channel of the AD8432 AD8432 driving the AD8339. , RF inputs of the dual AD8333 AD8333 or the quad AD8339 I/Q demodulators. The primary application for the AD8339 is phased array beamforming in medical ultrasound, specifically in CW Doppler processing. Other , 2.2nF 2.2nF 787 I1 AD8432 AD8432 4LOP and 4LON pins of the AD8339, has a frequency 4� that of the RF inputs. The AD8339 downconverts the RF signals, generates quadrature, and phase-shifts the resultant I and ... | Original |
32 pages, |
AD8432 AD8432 abstract |
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| Abstract: Octal LNA/VGA/AAF/ADC and Crosspoint Switch AD9272 AD9272 LOSW-C LO-C LI-C LG-C LOSW-D LO-D LI-D LG-D LOSW-E LO-E LI-E LG-E LOSW-F LO-F LI-F LG-F LOSW-G LO-G LI-G LG-G LNA LNA LNA LNA LNA PDWN STBY VGA AAF LNA VGA AAF LNA VGA AAF LNA VGA AAF SERIAL LVDS DOUTD+ DOUTDÂ SERIAL LVDS DOUTE+ DOUTEÂ SERIAL LVDS DOUTF+ DOUTFÂ SERIAL LVDS DOUTG+ DOUTGÂ 12-BIT 12-BIT ADC AAF DOUTC+ DOUTCÂ 12-BIT 12-BIT ADC VGA ... | Original |
44 pages, |
ultrasound transducer transformer ANSI-644 AN-835 AD9272 AD9271 AD8333 AD9272 abstract |
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| Abstract: Octal LNA/VGA/AAF/ADC and Crosspoint Switch AD9273 AD9273 LOSW-C LO-C LI-C LG-C LOSW-D LO-D LI-D LG-D LOSW-E LO-E LI-E LG-E LOSW-F LO-F LI-F LG-F LOSW-G LO-G LI-G LG-G LNA LNA LNA LNA LNA PDWN STBY VGA AAF LNA VGA AAF LNA VGA AAF LNA VGA AAF SERIAL LVDS DOUTD+ DOUTDÂ SERIAL LVDS DOUTE+ DOUTEÂ SERIAL LVDS DOUTF+ DOUTFÂ SERIAL LVDS DOUTG+ DOUTGÂ 12-BIT 12-BIT ADC AAF DOUTC+ DOUTCÂ 12-BIT 12-BIT ADC VGA ... | Original |
48 pages, |
ultrasound transducer transformer cw doppler ANSI-644 AN-835 AD927 AD9273 AD9273 abstract |
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| Abstract: Octal LNA/VGA/AAF/ADC and Crosspoint Switch AD9271 AD9271 Each channel features a variable gain range of 30 dB, a fully differential signal path, an active input preamplifier termination, a maximum gain of up to 40 dB, and an ADC with a conversion rate of up to 50 MSPS. The channel is optimized for dynamic performance and low power in applications where a small package size is critical. LO-C LI-C LG-C LOSW-D LO-D LI-D LG-D LOSW-E LO-E LI-E LG-E LOSW-F LO-F LI-F LG-F LOSW-G ... | Original |
60 pages, |
ANSI-644 AN-835 position sensitive diode circuit AD9271 r462 ultrasound doppler circuit RK73H1ETTP1001F SMA-J-P-H-ST-EM1 smd diode c731 u705 sd ultrasound transducer 3.5MHz c716 smd SSW-104-06 AD9271 abstract |
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| Abstract: Octal LNA/VGA/AAF/ADC and Crosspoint Switch AD9271 AD9271 Each channel features a variable gain range of 30 dB, a fully differential signal path, an active input preamplifier termination, a maximum gain of up to 40 dB, and an ADC with a conversion rate of up to 50 MSPS. The channel is optimized for dynamic performance and low power in applications where a small package size is critical. LO-C LI-C LG-C LOSW-D LO-D LI-D LG-D LOSW-E LO-E LI-E LG-E LOSW-F LO-F LI-F LG-F LOSW-G ... | Original |
60 pages, |
pulse doppler radar smd diode c731 SMA-J-P-H-ST-EM1 u705 sd RK73H1ETTP1001F RC0402FR ultrasound doppler circuit R466 PVA2A rsh sot223 R462 p511 SSW-104-06 AD9271 ANSI-644 AD9271 abstract |
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