SKY74038-21
Abstract: No abstract text available
Text: RF ID Transmitter Part numbers link to product information Modulator 440 MHz A BPF D BPF A A C ALC Gain Block I Q Baseband Input 10 MHz System Reference PLL B Gain Block Gain Block B PLL A Gain Block A Gain Block 2 GHz I Controller To Controller Baseband Output
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SKY72300-21
SKY73010-11
SKY12322-86LF
SKY65013
SKY12323-303LF
SKY72302-21
SKY65014
SKY12324-73LF
SKY73100
SKY65015
SKY74038-21
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Untitled
Abstract: No abstract text available
Text: c Wideband Variable Gain Amplifier APPLICATIONS: FEATURES typical : • • • • • • • linear wideband (165MHz) gain control • 165MHz signal channel bandwidth high-speed analog signal processing RF modulators & mixers autom atic gain control & leveling loops
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165MHz)
165MHz
-50/-65dBc
CLC522
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AD8320
Abstract: No abstract text available
Text: Serial Digital Controlled Variable Gain Line Driver AD8320 a FEATURES 8-Bit Serial Gain Control V/ V/ LSB Linear Gain Response 36 dB Gain Range ؎0.20 dB Gain Accuracy Upper Bandw idth: 150 M Hz 22 dBm 1 dB Compression Point 75 ⍀ Drives Low Distortion Signals into 75 ⍀ Load:
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AD8320
C3167â
AD8320
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pcb ad7715
Abstract: AD7714 reference design AD7715 AD7714 AD7731 AD780 AN-202 AN-311 AN-397 50hz notch filter ic
Text: AD7714/AD7715 Instrumentation Converter FAQs: Analog Performance a How is the programmable gain function implemented? Programmable gain is implemented using a combination of multiple input sampling per modulator cycle and scaling of the ratio of reference capacitor to input capacitor. Programmable gain is implemented using switched capacitor techniques. This
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AD7714/AD7715
AD780,
REF43
REF192.
AD589
AD1580
pcb ad7715
AD7714 reference design
AD7715
AD7714
AD7731
AD780
AN-202
AN-311
AN-397
50hz notch filter ic
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ad7705 bridge
Abstract: 135208865AN-202 AD7705 AD7707 AN-202 AN-311 AN-397
Text: AD7705/AD7706/AD7707 Instrumentation Converter FAQs: Analog Performance a How is the programmable gain function implemented? Programmable gain is implemented using a combination of multiple input sampling per modulator cycle and scaling of the ratio of reference capacitor to input capacitor. Programmable gain is implemented using switched capacitor
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AD7705/AD7706/AD7707
AD780,
ADR421,
ADR381,
ADR291,
REF43
REF192.
AD589
AD1580
ad7705 bridge
135208865AN-202
AD7705
AD7707
AN-202
AN-311
AN-397
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Untitled
Abstract: No abstract text available
Text: Gain Programmable CATV Line Driver AD8321 a APPLICATIONS Gain Programmable Line Driver HFC High Speed Data Modems Interactive CATV Set-Top Boxes CATV Plant Test Equipment General Purpose IF Variable Gain Block DESCRIPTION The AD8321 is a low cost digitally controlled variable gain
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AD8321
AD8321
20-Lead
C01013â
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saw filter modulator circuit diagram
Abstract: AN3040 APP3040 MAX2395 saw wireless TRANSMITTER
Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: max2395, 2395, saw, wcdma, SAW, WCDMA, UMTS, W-CDMA, gain variation, w-cdma, gain ripple, gain flatness Feb 16, 2004 APPLICATION NOTE 3040 MAX2395 Output Matching to a SAW Filter for Optimum Cascaded Gain Flatness
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max2395,
MAX2395
com/an3040
max2395:
AN3040,
APP3040,
saw filter modulator circuit diagram
AN3040
APP3040
saw wireless TRANSMITTER
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barrel shifter block diagram
Abstract: AN1016 ISL5217 ISL5416
Text: Automatic Gain Control AGC in ISL5416 3G QPDC Application Note May 2002 AN1016 Intersil Applications Overview: ISL5416 AGC Forward Gain Response 96 84 72 60 dB The automatic gain control (AGC) section adds gain to maintain a fairly constant output signal level. This reduces
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ISL5416
AN1016
ISL5416,
barrel shifter block diagram
AN1016
ISL5217
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AN1016
Abstract: ISL5217 ISL5416
Text: Automatic Gain Control AGC in ISL5416 3G QPDC Application Note May 2002 AN1016 Intersil CommLink Applications Overview: ISL5416 AGC Forward Gain Response 96 84 72 60 dB The automatic gain control (AGC) section adds gain to maintain a fairly constant output signal level. This reduces
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ISL5416
AN1016
ISL5416,
AN1016
ISL5217
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b0342
Abstract: TRF370x TRF370317 quadrature modulator
Text: Application Report SLWA056 – November 2008 Understanding TRF370x Quadrature Modulator Gain Parameters Russell Hoppenstein . HSP - Wireless Infrastructure ABSTRACT Because of the complex nature of the quadrature modulator, understanding the gain
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SLWA056
TRF370x
b0342
TRF370317
quadrature modulator
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faders
Abstract: EL4094 EL4094C EL4094CN EL4094CS EL4095 QCX0002 8pin max 4094 applications d 4094
Text: EL4094C EL4094C Video Gain Control Fader Features General Description Complete video fader 0 02% 0 04 differential gain phase 100% gain Output amplifier included Calibrated linear gain control g 5V to g 15V operation 60 MHz bandwidth Low thermal errors
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EL4094C
EL4094C
faders
EL4094
EL4094CN
EL4094CS
EL4095
QCX0002
8pin
max 4094 applications
d 4094
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voltage controlled state variable filter
Abstract: Wien Bridge Oscillator AGC two diodes video dc restore Wien Bridge Oscillator AGC Wien Bridge Oscillator AGC LT1228 LT1228 LT1228C LT1228CN8 LT1228CS8 LT1228M
Text: LT1228 100MHz Current Feedback Amplifier with DC Gain Control U FEATURES DESCRIPTIO • The LT 1228 makes it easy to electronically control the gain of signals from DC to video frequencies. The LT1228 implements gain control with a transconductance amplifier voltage to current whose gain is proportional to an
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LT1228
100MHz
LT1228
LT1227
140MHz
LT1251/LT1256
voltage controlled state variable filter
Wien Bridge Oscillator AGC two diodes
video dc restore
Wien Bridge Oscillator AGC
Wien Bridge Oscillator AGC LT1228
LT1228C
LT1228CN8
LT1228CS8
LT1228M
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AD7799
Abstract: CON15-CON14 AD7798 CON12 MR15 0x0710 MR11-MR4
Text: Preliminary Technical Data FEATURES AD7798: 16-Bit AD7799: 24-Bit Three Differential Analog Inputs Low Noise Programmable Gain Amp RMS noise: 80 nV Gain = 64 at 16.6 Hz update rate (AD7798) 65 nV (Gain = 64) at 16.6 Hz update rate (AD7799) 30 nV (Gain = 64) at 4 Hz update rate (AD7799)
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AD7798:
16-Bit
AD7799:
24-Bit
AD7798)
AD7799)
16-Lead
AD7799
CON15-CON14
AD7798
CON12
MR15
0x0710
MR11-MR4
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74HCT164 application note
Abstract: 12v to 220v inverter schematic diagram schematic 12v to 220v inverter schematic diagram inverter 12v to 115v 400 hz 255D AD8320 AD8320ARP AD8320-EB AD9853 Centronics 36 pin D d-SUB 25
Text: a FEATURES 8-Bit Serial Gain Control V/V/LSB Linear Gain Response 36 dB Gain Range ؎0.20 dB Gain Accuracy Upper Bandwidth: 150 MHz 22 dBm 1 dB Compression Point 75 ⍀ Drives Low Distortion Signals into 75 ⍀ Load: –57 dBc SFDR at 42 MHz and 12 dBm Out
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AD8320
AD8320
20-Lead
RP-20)
C3167
74HCT164 application note
12v to 220v inverter schematic diagram
schematic 12v to 220v inverter
schematic diagram inverter 12v to 115v 400 hz
255D
AD8320ARP
AD8320-EB
AD9853
Centronics 36 pin D d-SUB 25
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ad6320
Abstract: 8320-EB Diplexer lte AD8320
Text: ANALOG DEVICES Serial Digital Controlled Variable G&in Line Driver AD8320 FEATURES 8-Bit Serial Gain Control V/V/LSB Linear Gain Response 36 dB Gain Range ±0.20 dB Gain Accuracy Upper Bandwidth: 150 MHz 22 dBm 1 dB Compression Point 75 il Drives Low Distortion Signals into 75 i l Load:
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AD9853
D-SUB25
D-SUB-25
36-PIN
8320EB
AD6320
20-Lead
RP-20)
ad6320
8320-EB
Diplexer lte
AD8320
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AD603
Abstract: inverter 12v to 220 ac mosfet based
Text: BACK a FEATURES 8-Bit Serial Gain Control V/V/LSB Linear Gain Response 36 dB Gain Range ؎0.20 dB Gain Accuracy Upper Bandwidth: 150 MHz 22 dBm 1 dB Compression Point 75 ⍀ Drives Low Distortion Signals into 75 ⍀ Load: –57 dBc SFDR at 42 MHz and 12 dBm Out
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AD9853
AD8320
AD8320EB
20-Lead
RP-20)
C3167
AD603
inverter 12v to 220 ac mosfet based
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Untitled
Abstract: No abstract text available
Text: CLC522 CLC522 Wideband Variable Gain Amplifier Literature Number: SNOS830B CLC522 Wideband Variable Gain Amplifier General Description The CLC522 variable gain amplifier VGA is a dc-coupled, two-quadrant multipliers with differential voltage inputs and a
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CLC522
CLC522
SNOS830B
CLC52/clocks
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Untitled
Abstract: No abstract text available
Text: Gain Programmable CATV Line Driver ANALOG ► DEVICES [PRELIMINARY TECHNICAL DATA APPLICATIONS Gain Programmable Line Driver HFC High-speed Data Modems Interactive Set-top Boxes PC Plug-in Modems General Purpose Digitally Controlled Variable Gain Block FEATURES
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AD8320
AD8321
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Untitled
Abstract: No abstract text available
Text: Gain Programmable CATV Line Driver ANALOG ► DEVICES PRELIMINARY TECHNICAL DATA APPLICATIONS Gain Programmable Line Driver HFC High-speed Data Modems Interactive Set-top Boxes PC Plug-in Modems General Purpose Digitally Controlled Variable Gain Block FEATURES
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AD8320
AD8321
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AD8321
Abstract: AD8321AR AD8320 AD8321AR-REEL AD8321-EVAL AD9853 parallel port interface visual basic step by step
Text: a Gain Programmable CATV Line Driver AD8321 PRELIMINARY TECHNICAL DATA APPLICATIONS Gain Programmable Line Driver for MCNS Applications HFC High-speed Data Modems Interactive Set-top Boxes PC Plug-in Modems General Purpose Digitally Controlled Variable Gain Block
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AD8321
AD8321
AD8321AR
AD8320
AD8321AR-REEL
AD8321-EVAL
AD9853
parallel port interface visual basic step by step
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gain modulator
Abstract: CLC522 CLC522A8D CLC522AID CLC522AJE CLC522AJP CLC522ALC
Text: CONLINEAR CORP StE Comlinear Corporation € Preliminary D m EET'ìlOl OOOCHSL 270 • CMN Wideband Variable Gain Amplifier CLC522 APPLICATIONS: FEATURES typical): • high-speed analog signal processing • rf modulators • automatic gain control & leveling loops
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CLC522
CLC522
EL2082
AD600
LT1228
165MHz
35MHz
gain modulator
CLC522A8D
CLC522AID
CLC522AJE
CLC522AJP
CLC522ALC
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geophone sensor
Abstract: geophone CS5372A CS5373A CS5376A CS5378 CS4373A CS5371A
Text: CS3302A High-Z, Programmable Gain, Differential Amplifier Features & Description Description z Signal The CS3302A is a high input-impedance, differential input, differential output amplifier with programmable gain, optimized for amplifying signals from high-impedance sensors such as hydrophones. The gain settings
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CS3302A
CS5371A
CS3302A
DS765PP1
geophone sensor
geophone
CS5372A
CS5373A
CS5376A
CS5378
CS4373A
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313MHz
Abstract: collector modulator
Text: a CDMA 3 V Transmitter IF Subsystem with Integrated Voltage Regulator AD6122 FEATURES Fully Compliant with IS98A and PCS Specifications Linear IF Amplifier –63 dB to +34 dB Linear-in-dB Gain Control Temperature-Compensated Gain Control Quadrature Modulator
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IS98A
AD6121)
AD6122
32-Leadless
CP-32)
MO-220-VHHD-2
C00946a
313MHz
collector modulator
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geophone
Abstract: circuit drawing of digital multimeter CS3301A CS4373A CS5371A CS5372A CS5373A CS5376A CS5378
Text: CS3301A Low-noise, Programmable Gain, Differential Amplifier Features & Desription Description z Signal Bandwidth: DC to 2 kHz z Selectable Gain: x1, x2, x4, x8, x16, x32, x64 The CS3301A is a low-noise differential input, differential output amplifier with programmable gain,
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CS3301A
CS5371A
CS3301A
DS757F1
geophone
circuit drawing of digital multimeter
CS4373A
CS5372A
CS5373A
CS5376A
CS5378
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