RF TO RF TRANSFER HIGHER FREQ Search Results

SM05C

Abstract: bidirectional zener diodes zener diode c1 zener diode cross reference Zener diode DW diode ZENER C2 S211 S212 Pi filter array design Zener Diodes introduce
Contextual Info: AND8200/D Design Considerations for ESD/EMI Filters: I Almost Everything You Wanted to Know About EMI Filters and Were Afraid to Ask http://onsemi.com Prepared by: Ryan Hurley Applications Engineer ON Semiconductor APPLICATION NOTE Background With data transfer rates and clock frequencies ever

D204B

Contextual Info: Ku- TO C BAND TRANSLATORS Ku- TO C BAND TRANSLATORS PRIMARY POWER REQUIREMENTS Voltage . 100, 120, 220, 230/240 VAC +10% -13% rear panel selectable , 250 VAC maximum Frequency . 47–63 Hz

CLC103

Abstract: CLC560 clc203 OA-11 application of NON INVERTING AMPLIFIER clc200 CLC404 GAIN CALCULATION FOR SINGLE SUPPLY OPERATION op 20MHZ op 30MHZ
Contextual Info: National Semiconductor OA-11 September 1993 With operating frequencies exceeding 300MHz, National’s line of monolithic and hybrid current feedback operational amplifiers have become an attractive option for the RF and IF design engineer. Typical operational amplifier specifications do not, however, include many of the common specifications familiar to RF engineers. To help the designer exploit

CLC220

Abstract: HP8753A clc203 op 30MHZ CLC400 CLC401 CLC404 OA-11 OA-13 OA-15
Contextual Info: Application Note OA-11 N A Tutorial on Applying Op Amps to RF Applications September 1993 With operating frequencies exceeding 300MHz, National’s line of monolithic and hybrid current feedback operational amplifiers have become an attractive option for the RF and IF design engineer. Typical operational

IESS-308 standard

Abstract: IESS-308 U-9953-6-1K
Contextual Info: 9900 SERIES FREQUENCY CONVERTERS 9900 SERIES FREQUENCY CONVERTERS OPTIONS 14. 140 MHz IF frequency. 10. Higher frequency stability reference. B. ±5 x 10-9, 0 to 50°C, 1 x 10-9/day typical fixed temperature after 24 hour on time . C. ±2 x 10-9, 0 to 50°C,

2319E

Abstract: 777314-01 tms320* ssb modulation demodulation *777314-01
Contextual Info: 2319eiss7.qxd 03/12/04 11:08 Page 1 Signal Analyzers 2319E 500 MHz to 2.5 GHz RF Digitizer 2319E for the ultimate in flexibility • Conversion of RF signals to digital IF and IQ data for external processing on a PC • 500 MHz to 2.5 GHz frequency range •

2319E

Abstract: 43139 tms320* ssb modulation demodulation GSM/GMSK IEEE488 TMS320C6201 dsp ssb modulation demodulation
Contextual Info: Signal Analyzers 2319E 500 MHz to 2.5 GHz RF Digitizer 2319E for the ultimate in flexibility • Conversion of RF signals to digital IF and IQ data for external processing on a PC • 500 MHz to 2.5 GHz frequency range • 20 MHz wide digitization bandwidth

PIN Diode Switch for frequencies up to 10 GHz

Abstract: superheterodyne receiver GHz radar metal detector diagrams 2.45 GHz single chip transmitter Optotek zero bias diode
Contextual Info: Designing Detectors for RF/ID Tags Application Note 1089 Abstract The RF/ID market is growing rapidly, with everything from cattle to cars carrying radio frequency identification RF/ID tags. Severe cost, size and DC power constraints in the tag itself have

U-9693-1

Abstract: D-9648-3 U-9693-6 D-9642-2 D-9641-1 U-9695-2 U9697 U-9696-3 U-9688-4 U-9693-2
Contextual Info: HIGH-VALUE COMMUNICATION CONVERTERS Dual Conversion 125 kHz Step Size UPCONVERTERS Model Number Frequency GHz U-9688-4 U-9693-1 U-9693-6 U-9693-2 U-9694 U-9695-2 U-9696-3 U-9697-1 U-9697-2 2.0 – 2.4 5.85 – 6.665 5.725 – 6.725 6.7 – 7.1 7.9 – 8.4

DIODE RF DETECTOR

Abstract: AN10896 zero bias diode block diagram of schottky diode HSMS-2850 HSMS-285X RJ-9 HSMS2850 HSMS-2852 HSMS-8101
Contextual Info: Designing Detectors for RF/ID Tags Application Note 1089 Abstract The RF/ID market is growing rapidly, with everything from cattle to cars carrying radio frequency identification RF/ID tags. Severe cost, size and DC power constraints in the tag itself have forced designers to abandon superheterodyne receivers for the older and simpler crystal

U-9953-6-1K

Abstract: D-9908-6-1K
Contextual Info: 9900 SERIES FREQUENCY CONVERTERS 9900 SERIES FREQUENCY CONVERTERS OPTIONS 14. 140 MHz IF frequency. 10. Higher frequency stability reference. B. ±5 x 10-9, 0 to 50°C, 1 x 10-9/day typical fixed temperature after 24 hour on time . C. ±2 x 10-9, 0 to 50°C,

semiconductor cross reference

Abstract: ADC081000 ADC12DL065 CLC420 LMH6502 LMH6503 LMH6504 LMH6550 LMH6551 LMH6555
Contextual Info: Amplifier-to-ADC Interface 1 WI Sel Product Application Manager 2 1 Nyquist Theorem • For signals with frequency less than one half, the sampling rate, FS, is reliably digitized. 2008 National Semiconductor Corporation 3 Aliasing or Fold Back • fAliased = |fin – NfS|

CO72

Abstract: ADC081000 ADC12DL065 CLC420 LMH6502 LMH6503 LMH6504 LMH6550 LMH6551 LMH6555
Contextual Info: Amplifier-to-ADC Interface 1 Thomas Chang Senior Product Application Engineer 2 1 Nyquist Theorem • For signals with frequency less than one half, the sampling rate, FS, is reliably digitized. 2008 National Semiconductor Corporation 3 Aliasing or Fold Back

Contextual Info: 4bE D MERRIMAC INDUSTRIES INC • bG0Mh3T DOOEObl T m m i l j z 7 7~ Merrimac WDS-2 series FREQUENCY DISCRIMINATOR Wideband, PC Plug In V ID E O OUT • 30 to 160 MHz RF Frequency Range • Octave Bandwidth Standard Nominal Transfer Characteristic Nominal Available Sensitivity

RCTR-T055

Contextual Info: MULTIBAND TO L-BAND BLOCK DOWNCONVERTERS GENERAL SPECIFICATIONS MULTIBAND TO L-BAND BLOCK DOWNCONVERTERS PRIMARY POWER REQUIREMENTS Voltage. 90–250 VAC Frequency. 47–63 Hz Power consumption. 30 W typical

D-303

Contextual Info: HIGH VALUE RACK-MOUNTED BLOCK CONVERTERS HIGH VALUE RACK-MOUNTED BLOCK CONVERTERS PRIMARY POWER REQUIREMENTS Voltage . 90–250 VAC Frequency . 47–63 Hz

Contextual Info: 8/04 0.1 TO 18.0 GHz ULTRA BROADBAND ANALOG DETECTOR DACP18001 DACP18001 0.1 to 18.0 GHz -30.0 to +5.0 dBm ± 0.25 dB ± 0.50 dB RF CONNECTOR SMA JACK FEMALE 2 PL -Vs +Vs GROUND TAB 0.18 High Frequency CougarPak Package for Detectors Wide Frequency Range . . . . . . . . . . . . . . . . . . . . . . . .

Contextual Info: 8/04 0.1 TO 18.0 GHz ULTRA BROADBAND ANALOG DETECTOR DACP18001 DACP18001 0.1 to 18.0 GHz -30.0 to 5.0 dBm ± 0.25 dB ± 0.50 dB RF CONNECTOR SMA JACK FEMALE 2 PL -Vs +Vs GROUND TAB 0.18 High Frequency CougarPak Package for Detectors Wide Frequency Range . . . . . . . . . . . . . . . . . . . . . . . .

SMD-C6

Abstract: MQE721-178 alps vco SMD-C9 MQE721 MQE001 MQE7 BUS3WIRE.EXE alps dect data interface board book cook
Contextual Info: APPLICATION NOTE UMA1022M Low Voltage, Low Noise Dual Frequency Synthesiser AN98102 Philips Semiconductors Philips Semiconductors UMA1022M Dual Frequency Synthesizer Application Note Abstract The UMA1022M is a low voltage, low noise dual synthesiser. It is intended for radiocommunication

bode plot technique of plot

Abstract: schematics for a PA amplifier CLC406 OA-18 OA-25
Contextual Info: National Semiconductor OA-25 Rea Schmid May 1995 Introduction open-loop response curve as shown in Figure 1. At this frequency the phase is read from the phase plot. This value is subtracted from 180˚ to arrive at the desired phase margin. Similarly the frequency at 180˚ is used to determine the

TH 2267

Abstract: equivalent transistor broadband transformers
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA The RF MOSFET Line RF Pow er Field E ffect Transistor N-Channel Enhancement-Mode MOSFET Designed primarily for linear large-signal output stages in the 2 .0 -1 0 0 MHz frequency range. • Specified 50 Volts, 30 MHz Characteristics

Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA The RF MOSFET Line RF Power Field Effect Transistor N-Channel Enhancement-Mode MOSFET . . . designed primarily for linear large-signal output stages in the 2 .0 -1 0 0 MHz frequency range. • 600 W, SO V, 80 MHz N-CHANNEL

LDC15D190A0007A

Abstract: fet j141 LDC15D190A0007A Murata AD8361 Picosecond Pulse Labs "logarithmic amplifier" apc ups schematic AD8314 AD8314ACP-EVAL AD8314ACP-REEL
Contextual Info: a 100 MHz–2.7 GHz 45 dB RF Detector/Controller AD8314* For convenience, the signal is internally ac-coupled, using a 5 pF capacitor to a load of 3 kΩ in shunt with 2 pF. This high-pass coupling, with a corner at approximately 16 MHz, determines the lowest operating frequency. Thus, the source may be dc-grounded.

Contextual Info: 4 TO 40 GHz OUTPUT LOW-NOISE FREQUENCY DOUBLER MODEL: TD0040LA2 FEATURES • RF input . 2 to 20 GHz • RF output . 4 to 40 GHz • Conversion loss . 13 dB typical • Isolation Fin/Fout . 30 dB typical • Output phase noise equivalent to