AD602 Search Results

Contextual Info: ANALOG DEVICES □ Dual, Low Noise Wideband Variable Gain Amplifiers AD600/AD602 1.1 Scope. This specification covers the detail requirements for monolithic, dual-channel variable gain amplifiers for gain ranges of 0 dB to +40 dB AD600 and -1 0 dB to +30 dB (AD602).

tvg for sonar

Abstract: AD6021 AD602 agc for sonar 00538 AD600 AD602JR r2r resistor ladder networks smd 2n3904 pre-amp application note audio agc preamp
Contextual Info: Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602 FUNCTIONAL BLOCK DIAGRAM FEATURES APPLICATIONS Ultrasound and sonar time-gain controls High performance audio and RF AGC systems Signal measurement GENERAL DESCRIPTION The AD600/AD6021 dual-channel, low noise, variable gain

AD6020

Abstract: 2n3904 pre-amp application note sonar beamforming
Contextual Info: BACK a FEATURES Two Channels with Independent Gain Control “Linear in dB” Gain Response Two Gain Ranges: AD600: 0 dB to +40 dB AD602: –10 dB to +30 dB Accurate Absolute Gain: ؎0.3 dB Low Input Noise: 1.4 nV/√Hz Low Distortion: –60 dBc THD at ؎1 V Output

ad590 application

Abstract: tvg for sonar ultrasound block diagram WIDEBAND ULTRASOUND ad590 temperature transducer ultrasound transducer 100KHz 2n3904 smd pdf data application note AD602JR AUDIO Voltage Variable Attenuator mv-vg
Contextual Info: a Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602* FEATURES Two Channels with Independent Gain Control “Linear in dB” Gain Response Two Gain Ranges: AD600: 0 dB to 40 dB AD602: –10 dB to +30 dB Accurate Absolute Gain: ؎0.3 dB Low Input Noise: 1.4 nV/√Hz

Contextual Info: ANALOG DEVICES Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602* FEA TU R ES Tw o Channels with Independent Gain Control "Linear in d B " Gain Response Tw o Gain Ranges: AD600: 0 dB to +40 dB AD602: -10 dB to +30 dB Accurate A bsolute Gain: ±0.3 dB

4MEU

Abstract: diagram radar circuit ad5010 AD6020 AD5010KD radar block diagram sonar block diagram AD6020KD AD501
Contextual Info: ANALOG DEVICES □ 50/100MHZ, 6-Bit Monolithic ADC’s AD5010KD/AD6020KD FEA T U R E S Scan Frequency to 100MHz AD5010KD Low 450mW Power Dissipation 11/4LSB Linearity E C L Logic Compatible No Sample & Hold Required Overflow Output for Extended Resolution

SMD Transistor 1f

Abstract: AD602A ad600
Contextual Info: a Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602* FEATURES Two Channels with Independent Gain Control “Linear in dB” Gain Response Two Gain Ranges: AD600: 0 dB to 40 dB AD602: –10 dB to +30 dB Accurate Absolute Gain: ؎0.3 dB Low Input Noise: 1.4 nV/√Hz

RW-16

Abstract: AD6021 AD602 AD590 AD600
Contextual Info: Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602 FUNCTIONAL BLOCK DIAGRAM FEATURES APPLICATIONS Ultrasound and sonar time-gain controls High performance audio and RF AGC systems Signal measurement GENERAL DESCRIPTION The AD600/AD6021 dual-channel, low noise, variable gain

tvg for sonar

Abstract: MM4049 AD602JR AD600 AD600A AD600J AD602 AD602A AD602J
Contextual Info: a Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602* FEATURES Two Channels with Independent Gain Control “Linear in dB” Gain Response Two Gain Ranges: AD600: 0 dB to 40 dB AD602: –10 dB to +30 dB Accurate Absolute Gain: ؎0.3 dB Low Input Noise: 1.4 nV/√Hz

AD5010

Contextual Info: ANALOG DEVICES FEATURES Scan Frequency to 100MHz AD5010KD Low 450mW Power Dissipation 11/4LSB Linearity ECL Logic Compatible No Sample & Hold Required Overflow Output for Extended Resolution 50/100MHZ, 6-Bit Monolithic ADC’s AD5010KD/AD6020KD AD5010KD/AD6020KD FUNCTIONAL BLOCK DIAGRAM

d636 transistor

Abstract: TRANSISTOR D636
Contextual Info: ANALOG DEVICES Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602* FEATURES Two Channels with Independent Gain Control "Linear in dB" Gain Response Two Gain Ranges: AD600: 0 dB to +40 dB AD602: - 1 0 d B t o +30 dB Accurate Absolute Gain: ±0.3 dB

AD5010

Abstract: AD6020 Data Conversion AD5010KD
Contextual Info: Video A/D Converters ANALOG OnOUND TC TO AD5010/AD6020 Page Scan Frequency to 100MHz (AD5010KD Low 450m W Power Dissipation ±1/4LSB Linearity ECL Logic Compatible N o Sam ple & Hold Required Overflow Output for Extended Resolution V o l. I 10-103 A PP LIC A T IO N S

A 1941

Abstract: AD600 AD603 ad605 AD602 AD604
Contextual Info: VARIABLE GAIN AMPLIFIERS MODEL NUMBER Vss Idd Iee Volts mA mA ±5V 17 20 AD600 AD600 AD602 AD602 ±5V 12.5 14 AD604 AD605 AD605 AD605 ±5V +5V Range dB -3dB BW Input Spectral Noise Input Resis tance Slew Rate Accu racy 25C I3P dB 1 dB Comp @ 10Mhz Mhz ohms

AD6023

Abstract: 08023 AX5056
Contextual Info: ANALOG HighCurrent Output, ► DEVICES_ Triple Video Amplifier AD6023 FEATURES D rives 13 V O u tp u t D rives U n lim ite d C a p a citive Load High C u rren t O u tp u t D rive: 70 m A Excellent V id e o S p ec ifica tio n s R L= 150 i !

Contextual Info: Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602 FUNCTIONAL BLOCK DIAGRAM FEATURES APPLICATIONS Ultrasound and sonar time-gain controls High performance audio and RF AGC systems Signal measurement GENERAL DESCRIPTION The AD600/AD6021 dual-channel, low noise, variable gain

A301D

Contextual Info: Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602 FUNCTIONAL BLOCK DIAGRAM FEATURES APPLICATIONS Ultrasound and sonar time-gain controls High performance audio and RF AGC systems Signal measurement GENERAL DESCRIPTION The AD600/AD6021 dual-channel, low noise, variable gain

AD6020KD

Abstract: AD5010 AD5010KD
Contextual Info: wmANALOG L J DEVICES r fea tu res ._ 50/100MHZ, 6-Bit Monolithic ADC’s AD501OKD/ AD6020KD AD501OKD/AD6020KD F U N C T IO N A L BLOCK D IAGRAM Scan Frequency to 100MHz AD5010KD Low 450mW Power Dissipation ±1/4LSB Linearity ECL Logic Compatible i & Hold Required

tvg for sonar

Abstract: AD602JR AD600 AD602 r2r resistor ladder networks smd 4056D
Contextual Info: Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602 FUNCTIONAL BLOCK DIAGRAM FEATURES APPLICATIONS Ultrasound and sonar time-gain controls High performance audio and RF AGC systems Signal measurement GENERAL DESCRIPTION The AD600/AD602 1 dual channel, low noise, variable gain

tvg for sonar

Abstract: ad600
Contextual Info: ANALOG DEVICES Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602* FEATURES Two Channels with Independent Gain Control 'Linear in dB" Gain Response Two Gain Ranges: AD600: 0 dB to +40 dB AD602: -10 dB to +30 dB Accurate Absolute Gain: ±0.3 dB

AD8367

Abstract: ad6002 AD602 AD603 AD604 AD605 AD8330 AD8331 AD8332 AD8334
Contextual Info: Variable Gain Amplifiers Part Number Single October 2006 Gain Scaling 1 Frequency Range to –3 dB MHz Linearin-dB Linear AD600 DC to 35 32 — 0 to +40 ±0.2 AD602 DC to 35 32 — –10 to +30 ±0.2 DC to 90 40 — –11 to +31 +9 to +51 AD604 DC to 40

Contextual Info: A N ALO G D E V IC E S FEATURES Two Channels with Independent Gain Control "Linear in dB" Gain Two Gain Ranges: AD600: 0 dB to +40 dB AD602: -1 0 d B t o +30 dB Accurate Absolute Gain: ± ^5 dB Low Input Noise: 1.4 n V/VH z Low Distortion: —60 dBc THD at +1 V Output

tvg for sonar

Abstract: 2N3904 TRANSISTOR SMD AD602JR AD600 AD600A AD600J AD602 AD602A AD602J transistor SMD 2n3904
Contextual Info: a Dual, Low Noise, Wideband Variable Gain Amplifiers AD600/AD602* FEATURES 2 Channels with Independent Gain Control "Linear in dB" Gain Response 2 Gain Ranges: AD600: 0 dB to 40 dB AD602: –10 dB to +30 dB Accurate Absolute Gain: ؎0.3 dB Low Input Noise: 1.4 nV/√Hz

20-lead lfcsp

Abstract: uSOIC 10-Lead AD600 AD602 AD604 AD605 AD6630 AD8129 AD603 AD8131
Contextual Info: ADI Site Navigation Selection Table Fixed Gain Dfferential Amplifiers Noise Generic -3 dB BW Gain Output IP3 Figure MHz (dB) (dBm) (dB) Part# Spectral Noise Supply (nV/rtHz) Voltage (V) 1.4 1.4 - Supply Current (mA) 14 14 AD600 AD602 35 35 - - - AD603 90

Contextual Info: ANALOG DEVICES □ FEATURES Tw o Channels w ith Independent Gain Control "Linear in dB" Gain Response Tw o Gain Ranges: AD600: 0 dB to + 40 dB AD602: - 1 0 d B t o + 30 dB Accurate Absolute Gain: ± 0 .3 dB Low Input Noise: 1.4 n V /v H z Low Distortion: - 6 0 dBc THD at ±1 V Output