SAMPLING MIXER Search Results

HP STEP RECOVERY DIODES

Abstract: sampling gate
Contextual Info: SAMPLING MIXERS Questions and Answers about. SAMPLING MIXER Q1: What is a sampling mixer? A1: As the name suggests, one could detect the amplitude of any repetitive RF signal by periodically sampling or connecting a small capacitor with a diode switch and charging it with the unknown voltage. If the switching

"Piezo Buzzer" sbt

Abstract: IS22C111P IS22C111S IS22C111X
Contextual Info: ISSI IS22C111 ISSI IS22C111 8 to 12 SEC VOICE ROM ® ADVANCE INFORMATION SEPTEMBER 1997 FEATURES • Voice length at: – 8 KHz sampling is 8 seconds – 6 KHz sampling is 10 seconds – 5 KHz sampling is 12.8 seconds • Silence compression saves memory

3161

Abstract: IS22C111P IS22C111S IS22C111X "Piezo Buzzer" sbt
Contextual Info: ESI' 8 to 12 SEC VOICE ROM ADVANCE INFORMATION FEBRUARY 1997 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Silence compression saves memory • Four trigger pins, S1 to S4 for eight sections

IS22C011

Abstract: IS22C011P IS22C011S IS22C011X
Contextual Info: ISSI IS22C011 ISSI IS22C011 8 to 12 SEC INSTANT VOICE ROM ® SEPTEMBER 1997 FEATURES • Voice length at: – 8 KHz sampling is 8 seconds – 6 KHz sampling is 10 seconds – 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections

IS22C011

Abstract: IS22C011P IS22C011PI IS22C011S IS22C011SI IS22C011X IS22C011XI
Contextual Info: ISSI IS22C011 ISSI IS22C011 8 to 12 SEC INSTANT VOICE ROM ® OCTOBER 1998 FEATURES • Voice length at: – 8 KHz sampling is 8 seconds – 6 KHz sampling is 10 seconds – 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections

Contextual Info: IS22C111 8 to 12 SEC VOICE ROM ISSI ADVANCE INFORMATION SEPTEMBER 1997 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Silence compression saves memory • Four trigger pins, S1 to S4 for eight sections

5V piezo buzzer

Abstract: transistor npn 1854 IS22C011 IS22C011P IS22C011X
Contextual Info: ISSI ISSI IS22C011 IS22C011 8 to 12 SEC INSTANT VOICE ROM ® SEPTEMBER 1996 FEATURES • Voice length at: – 8 KHz sampling is 8 seconds – 6 KHz sampling is 10 seconds – 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections

Contextual Info: IS22C011 8 to 12 SEC INSTANT VOICE ROM ISSI SEPTEMBER 1997 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections • SBT pin play-all or sequential play-all

Contextual Info: ESI IS22C011 8 to 12 SEC INSTANT VOICE ROM OCTOBER 1998 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections • SBT pin play-all or sequential play-all

"Voice Playback"

Abstract: IS22C011 IS22C011S IS22C011X
Contextual Info: IS22C011 8 to 12 SEC INSTANT VOICE ROM SEPTEMBER 1997 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections • SBT pin play-all or sequential play-all

Contextual Info: ¡SSI IS22C011 8 to 12 SEC INSTANT VOICE ROM SEPTEMBER 1997 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections • SBT pin play-all or sequential play-all

IS22C011-P

Contextual Info: IS22C011 8 to 12 SEC INSTANT VOICE ROM ISSI OCTOBER 1998 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Four trigger pins, S1 to S4 for eight sections • SBT pin play-all or sequential play-all

Contextual Info: E SI I S 2 2 C 111 8 to 12 SEC VOICE ROM ADVANCE INFORMATION FEBRUARY 1997 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Silence compression saves memory • Four trigger pins, S1 to S4 for eight sections

Contextual Info: I S 2 2 C ¡SSI 1 1 1 8 to 12 SEC VOICE ROM ADVANCE INFORMATION SEPTEMBER 1997 FEATURES • Voice length at: - 8 KHz sampling is 8 seconds - 6 KHz sampling is 10 seconds - 5 KHz sampling is 12.8 seconds • Silence compression saves memory • Four trigger pins, S1 to S4 for eight sections

ths1470

Abstract: THS1052 SLOA085 gsm signal amplifier if filter 38,9 OP-amp baseband SLOD006A VRE3050 amplifier gsm signal BPF filter rf
Contextual Info: Chapter 13 Wireless Communication: Signal Conditioning for IF Sampling Literature Number SLOA085 Excerpted from Op Amps for Everyone Literature Number: SLOD006A Chapter 13 Wireless Communication: Signal Conditioning for IF Sampling Perry Miller and Richard Cesari

MSPD2018

Abstract: MSPD1012-E50 MSPD2018-E50 MSPD-1012-E50 MSPD1012E50 sampling phase detector SPD MSPD1000 Sampling Phase Detectors impulse generator microwave Sampling Phase Detector
Contextual Info: Sampling Phase Detector Modules MSPD1000, MSPD1002, MSPD1012 & MSPD2018 Features E50 & E50SM Description The Sampling Phase Detector (SPD) module is a hybrid circuit providing a fast Step Recovery Diode, coupling capacitors and a low barrier Schottky pair.

LTM9005-AB

Abstract: LTM9005 LTM9005-AA LTM9005IV-AB j326 LTM9005C transistor j326 LT5557 LTM9005CV-AA LTM9005CV-AB
Contextual Info: Electrical Specifications Subject to Change LTM9005 IF Sampling Receiver Subsystem Features Description Fully Integrated “RF-to-Bits” IF-Sampling Receiver Subsystem n Wide RF Frequency Range: 400MHz to 3.8GHz n 140MHz Center Frequency Internal SAW Filter

LGA 1156 PIN OUT diagram

Abstract: VCC3 1156 01 LTM9005IV-AB LTM9005C VCC3 1156 C1 F 50 LTM9005 LGA 1156 PIN diagram LTM9005IV-AA LTM9005-AB VCC3 1156
Contextual Info: Electrical Specifications Subject to Change LTM9005 IF Sampling Receiver Subsystem Features Description Fully Integrated “RF-to-Bits” IF-Sampling Receiver Subsystem n Wide RF Frequency Range: 400MHz to 3.8GHz n 140MHz Center Frequency Internal SAW Filter

step recovery diode application

Abstract: Sampling Phase Detectors Sampling Phase Detector step recovery diode
Contextual Info: SAMPLING PHASE DETECTOR ML 7799-0000 Series SAMPLING PHASE DETECTOR 1 .0 -20G H z FEATURES ♦ Complete Phase Detector Circuit ♦ Low Reference Oscillator Drive Capability ♦ Microstrip Compatible Package ♦ Phase Locking to 20GHz ♦ Space Qualified Versions Using

MSPD1020E50

Abstract: sampling phase detector SPD MSPD-1020-E50 MSPD1012-E50 MSPD1020-E50 sampling mixer MSPD-1012-E50 mspd1012 ,"diode srd" MSPD1012E50
Contextual Info: THE SAMPLING PHASE DETECTOR metelics C O R P O R ATIO N The Sampling Phase Detector SPD is composed of a comb generator, a coupling network and a single balanced mixer. It is designed to be used in phase locking circuits for microwave oscillators. The following description of the operation of the SPD refers

Contextual Info: APPLICATION NOTES SIGNAL SAMPLING TERMINATIONS The Signal Sampling Terminations are directional attenuators designed to term inate an RF circuit and provide a low level signal sample. Because of their high attenuation values, 20 and 30 dB, their term ination VSWR is

MDB036

Abstract: MC7805D HTQFP48 TDA8769 TDA8769HW MDB035 MC7805D2T
Contextual Info: INTEGRATED CIRCUITS DATA SHEET TDA8769 12-bit, 80/105 Msps Analog-to-Digital Converter ADC Nyquist/High IF sampling Objective specification 2003 Apr 07 Philips Semiconductors Objective specification 12-bit, 80/105 Msps Analog-to-Digital Converter (ADC) Nyquist/High IF sampling

AD9432

Abstract: AD9433 AD9433-105 ST-52
Contextual Info: PRELIMINARY TECHNICAL DATA a 12-Bit, 105/125 MSPS IF Sampling A/D Converter Preliminary Technical Data AD9433 FEATURES IF Sampling up to 400MHz 1vp-p or 2Vp-p Analog input range option On Chip Clock Duty Cycle Stabilization On–chip reference and track/hold

rf detector diode low power

Abstract: RF CIRCULATOR
Contextual Info: APPLICATION NOTES SIGNAL SAMPLING TERMINATIONS The Signal Sampling Terminations are directional attenuators designed to terminate an RF circuit and provide a low level signal sample. Because of their attenuation values, 20 and 30 dB, their termination VSWR is unaffected by the output load applied. Poorly