AD807 Search Results

C2185

Abstract: AD8079 AD8079AR AD8079AR-REEL AD8079AR-REEL7 AD8079BR AD8079BR-REEL AD8079BR-REEL7
Contextual Info: Dual 260 MHz Gain = +2.0 & +2.2 Buffer AD8079 a APPLICATIONS Differential A-to-D Driver Video Line Driver Differential Line Driver Professional Cameras Video Switchers Special Effects RF Receivers FUNCTIONAL BLOCK DIAGRAM 8-Pin Plastic SOIC +IN1 1 GND 2 8

AD8072

Abstract: AD8072ARM AD8072ARM-REEL AD8072ARM-REEL7 AD8072JN AD8072JR AD8072JR-REEL AD8072JR-REEL7 AD8073
Contextual Info: a FUNCTIONAL BLOCK DIAGRAMS 8-Lead Plastic N , SOIC (R), and ␮SOIC (RM) Packages The AD8072 (dual) and AD8073 (triple) are low cost, current feedback amplifiers intended for high volume, cost sensitive applications. In addition to being low cost, these amplifiers

AD8072

Abstract: AD8072JN AD8072JR AD8072JR-REEL AD8073 AD8073JN
Contextual Info: a Low Cost, Dual/Triple Video Amplifiers AD8072/AD8073 FEATURES Very Low Cost Good Video Specifications RL = 150 ⍀ Gain Flatness of 0.1 dB to 10 MHz 0.05% Differential Gain Error 0.1؇ Differential Phase Error Low Power 3.5 mA/Amplifier Supply Current

Contextual Info: a APPLICATIONS Differential A-to-D Driver Video Line Driver Differential Line Driver Professional Cameras Video Switchers Special Effects RF Receivers FUNCTIONAL BLOCK DIAGRAM 8-Pin Plastic SOIC +IN1 1 GND 2 8 OUT1 7 +VS AD8079 GND 3 6 –VS +IN2 4 5 OUT2

AD8015 Circuits

Abstract: ad8015 all ic data AD807 AD8015 current in line amplifier fiber optic
Contextual Info: AD8015 / AD807 155 Mbps Fiber Optic Receiver ICs HIGH-PERFORMANCE, LOW POWER SOLUTION FOR FIBER OPTIC RECEIVERS As the demand for bandwidth continues to grow, power and board space constraints placed on the developers of electro-optical interfaces intensify as well. Analog Devices

AD8072JR

Abstract: AD8072JR-REEL AD8073 AD8073JN AD8072 AD8072JN
Contextual Info: a Low Cost, Dual/Triple Video Amplifiers AD8072/AD8073 FEATURES Very Low Cost Good Video Specifications RL = 150 ⍀ Gain Flatness of 0.1 dB to 10 MHz 0.05% Differential Gain Error 0.1؇ Differential Phase Error Low Power 3.5 mA/Amplifier Supply Current

Contextual Info: BACK a APPLICATIONS Differential A-to-D Driver Video Line Driver Differential Line Driver Professional Cameras Video Switchers Special Effects RF Receivers FUNCTIONAL BLOCK DIAGRAM 8-Pin Plastic SOIC +IN1 1 GND 2 8 OUT1 7 +VS AD8079 GND 3 6 –VS +IN2 4 5

op closed-loop

Abstract: AD8072 AD8072ARM AD8072ARM-REEL AD8072ARM-REEL7 AD8072JN AD8072JR AD8072JR-REEL AD8072JR-REEL7 AD8073
Contextual Info: a FUNCTIONAL BLOCK DIAGRAMS 8-Lead Plastic N , SOIC (R), and ␮SOIC (RM) Packages The AD8072 (dual) and AD8073 (triple) are low cost, current feedback amplifiers intended for high volume, cost sensitive applications. In addition to being low cost, these amplifiers

1A227

Abstract: AD8015 EPITAXX hafo ERM504 MICA WAFER AD807 AD807A-155BR AD807A-155BRRL AD807A-155BRRL7
Contextual Info: a Fiber Optic Receiver with Quantizer and Clock Recovery and Data Retiming AD807 reliance on external components such as a crystal or a SAW filter, to aid frequency acquisition. FEATURES Meets CCITT G.958 Requirements for STM-1 Regenerator—Type A Meets Bellcore TR-NWT-000253 Requirements for OC-3

AD8074

Abstract: AD8075 AD8079 AD9630 BUF04
Contextual Info: Video: Buffer Amplifiers MODEL # of NUMBER Amps AD9630 BUF04 AD8079 AD8079 1 1 2 2 MODEL # of NUMBER Amps AD8074 AD8075 8/20/02 3 3 2:25 PM Closed Loop Gain -3dB BW Gain Flatness .1dB Slew Rate Rise Time Distortion 2nd @ fc= Distortion 3rd @ fc= min MHz min

Contextual Info: Low Cost, Dual/Triple Video Amplifiers AD8072/AD8073 ANALOG DEVICES FEATURES Very Low Cost Good Video Specifications RL = 150 il Gain Flatness of 0.1 dB to 10 MHz 0.05% Differential Gain Error 0.1° Differential Phase Error Low Power 3.5 mA/Amplifier Supply Current

C0324

Abstract: AD8074 AD8074-EVAL AD8075-EVAL R10150 r12-150
Contextual Info: AD8074/AD8075 Evaluation Boards EVAL-AD8074EB/EVAL-AD8075EB TP2 VEE P1 DO NOT INSTALL VEE VEE 50⍀ IMPEDANCE LINE 1 C2 10␮F + TP3 TP4 AGND AGND AGND VCC AGND AGND R16 20k⍀ P1 AGND 2 TP1 VCC TP5 P1 3 DO NOT INSTALL VCC W2 + C1 10␮F AGND VCC 50⍀ IMPEDANCE LINE

50 watt amplifier 6.1 circuit diagram

Contextual Info: BACK a Low Cost, Dual/Triple Video Amplifiers AD8072/AD8073 FEATURES Very Low Cost Good Video Specifications RL = 150 ⍀ Gain Flatness of 0.1 dB to 10 MHz 0.05% Differential Gain Error 0.1؇ Differential Phase Error Low Power 3.5 mA/Amplifier Supply Current

Contextual Info: Between-Series Adapters BNC to N INCHES MILLIMETERS • CUSTOMER DRAWINGS AVAILABLE ON REQUEST BNC Plug to N Jack Adapter PART NO. CP-AD807 BNC Jack to N Jack Adapter PART NO. CP-AD806 BNC Jack to N Plug Adapter PART NO. CP-AD809 BNC Plug to TNC Jack Adapter

8079

Contextual Info: ANALOG DEVICES Dual 260 MHz Gain = +2.0 & +2.2 Buffer AD8079 FUNCTIONAL BLOCK DIAGRAM 8-1*111 Plastic SOIC FEATU RES Fa cto ry S e t G ain AD8079A: G ain = +2.0 A lso +1.0 & -1.0 AD8079B: G ain = +2.2 (A lso +1 & -1.2) Gain of 2.2 C o m p e n sa te s for S y s te m G ain Loss

1A227

Abstract: AD8015 hafo XFC-B MICA WAFER AD807 AD807-155BR AD807-155BR-REEL AD807-155BR-REEL7 AD807A-155BR
Contextual Info: a Fiber Optic Receiver with Quantizer and Clock Recovery and Data Retiming AD807 frequency acquisition without false lock. This eliminates a reliance on external components such as a crystal or a SAW filter, to aid frequency acquisition. FEATURES Meets CCITT G.958 Requirements

Contextual Info: INCHES MILLIMETERS CUSTOMER DRAWINGS AVAILABLE UPON REQUEST Between Series Adapters BNC Plug to N Jack CP-AD807 Cambridge Products, P.O. Box 1732, Waseca, MN 56093-0832 • 1-800-243-8814 • Fax: 507-833-6287 • www.cambridgeproducts.com

Contextual Info: Low Cost, Dual/Triple Video Amplifiers AD8072/AD8073 ANALOG DEVICES FEATURES Very Low Cost Good Video Specifications RL = 150 il Gain Flatness of 0.1 dB to 10 MHz 0.05% Differential Gain Error 0.1° Differential Phase Error Low Power 3.5 mA/Amplifier Supply Current

AD8001

Abstract: AD8017 AD9618 AD8005 AD8009 AD8010 AD8011 AD8014 AD810 AD811
Contextual Info: ±1 ±1 AD810 AD8005 ±1 AD8002 ±2 -1, +2 AD8013 AD813 12/28/99 AD8004 1:42 PM ±1 ±3 AD8023 AD8023 QUADS -1/+2 AD8073 TRIPLES ±1 ±1 -1/+2 ±1 AD8017 AD812 AD8072 AD8012 DUALS ±1 ±1 ±1 ±10 ±10 +1 -1 ±1 ±1 ±1 ±1 ±1 ±1 MIN CLOSED LOOP GAIN AD8009

AD8015 Circuits

Abstract: AD8015 AD8017 AD8004 AD8012 AD8013 AD8014 AD8072 AD8073 AD812
Contextual Info: 12/28/99 AD8004 QUADS AD813 AD8013 AD8073 UNITY GAIN MHZ MIN CLOSED LOOP GAIN MIN MHZ GAIN FLATNESS .1dB V/uSEC SLEW RATE NSEC RISE TIME NSEC NSEC SETTLING TIME 0.10% 0.01% 100 80 80 30 70 24 8 10 180 1600 1200 350 60 2.6 2 NS NS 25typ 25typ 20 NS 1.5 NS 40typ

Contextual Info: ANALO G DEVICES Fiber Optic Receiver with Quantizer and Clock Recovery and Data Retiming AD807 FEATURES Meets CCITT G.958 Requirements for STM-1 Regenerator—Type A Meets Bellcore TR-NWT-000253 Requirements for OC-3 Output Jitter: 2.0 Degrees RMS 155 Mbps Clock Recovery and Data Retiming

Contextual Info: ANALOG DEVICES FEATURES Factory Set Gain AD8079A: Gain = +2.0 Also +1.0 & -1.0 AD8079B: Gain = +2.2 (Also +1 & -1.2) Gain of 2.2 Compensates for System Gain Loss M inim izes External Components Tight Control of Gain and Gain Matching (0.1%) O ptim um Dual Pinout

PREAMPLIFIER TRANSIMPEDANCE optic fet

Abstract: AD8015 TMAX abb AD8015 Circuits PIN-TIA 1a227 simple circuit diagram of electronic choke 1/3 phase common mode choke C2044 hafo
Contextual Info: a Fiber Optic Receiver with Quantizer and Clock Recovery and Data Retiming AD807 frequency acquisition without false lock. This eliminates a reliance on external components, like a crystal or a SAW filter, to aid frequency acquisition. FEATURES Meets CCITT G.958 Requirements

AD8001

Abstract: AD8073 B681 AD8011 AD8013 AD8180 AD8182 A1275
Contextual Info: AD8180/AD8182 APPLICATIONS Multiplexing two RGB Video Sources With no signal present, the total quiescent current of the circuit in Figure 23 is 25.6 mA 3.8 mA + 6.8 mA + 3 x 5 mA , or about 8.5 mA per channel. If either the AD8013 or AD8073 are used, the quiescent current will decrease to about 6.5 mA