ANA004R Search Results

5967-5769E

Abstract: class D power amplifier 6.78 MHz a006 INA-32063 INA-32063-BLK NF50 marking 320 SOT-363
Contextual Info: 3.0 GHz Wideband Silicon RFIC Amplifier Technical Data INA-32063 Features • 17 dB Gain at 1.9 GHz Surface Mount SOT-363 SC-70 Package • +3 dBm P1 dB at 1.9 GHz • Single +3V Supply • Unconditionally Stable Applications Pin Connections and Package Marking

Hewlett-Packard transistor microwave

Abstract: a006 ANA004R AVANTEK transistor AN-A004R
Contextual Info: application note m HEWLETT PACKARD Mounting Considerations For Packaged Microwave Semiconductors AN-A006 INTRODUCTION used to ensure the portion coming into contact when the semiconductor is at zero volts, both DC and AC. Even voltages smaller in magnitude than the breakdowns can cause

31063 A

Contextual Info: What H E W L E T T 1"KM PA C K A R D DC-2 .5 GHz 3 V, High Isolation Silicon RFIC Amplifier Technical Data INA-31063 Features • High R everse Isolation -40 dB at 1.9 GHz Surface Mount SOT-363 SC-70 Package • Single +3V Supply • 15 dB |S21|2 at 1.9 GHz

a006

Abstract: less miserable
Contextual Info: Mounting Considerations for Packaged Microwave Semiconductors Application Note A006 Introduction Soldering There are three kinds of connections that must be made when a device is mounted onto a circuit board. A mechanical attachment is needed to physically hold the

AN-A006

Abstract: AN-S010 A004R AN-G007 a006 passive mixer Self-Oscillating mixers Self-Oscillating mixer AN-A004R
Contextual Info: Applications The application notes represented by these abstracts are available from your local Hewlett-Packard sales office or nearest HewlettPackard authorized distributor or representative. Technical information is also available on the WWW at: www.hp.com/go/rf

ina 333 amplifier

Abstract: a006 INA-32063 INA-32063-BLK NF50 AN-A006
Contextual Info: 3.0 GHz Wideband Silicon RFIC Amplifier Technical Data INA-32063 Features • 17 dB Gain at 1.9 GHz Surface Mount SOT-363 SC-70 Package • +3 dBm P1 dB at 1.9 GHz • Single +3V Supply • Unconditionally Stable Applications Pin Connections and Package Marking

34063

Abstract: led driver circuit 34063 34063 application note 34063 application INA-34063 34063 schematic led driver 34063 marking 34 sot-363 rf 18 sot-363 rf power amplifier a006
Contextual Info: 3.0 GHz Medium Power Silicon RFIC Amplifier Technical Data INA-34063 Features • +8 dBm P1 dB at 1.9 GHz Surface Mount SOT-363 SC-70 Package • 21 dB Gain at 1.9 GHz • High Isolation 32 dB at 1.9 GHz • Single +3V Supply • Unconditionally Stable Applications

Indium tin oxide transmission

Abstract: a006 transistor A006
Contextual Info: Mounting Considerations for Packaged Microwave Semiconductors Application Note A006 Introduction There are three kinds of connections that must be made when a device is mounted onto a circuit board. A mechanical attachment is needed to physically hold the device to the circuit. Electrical attachments are

AN-A006

Contextual Info: W hot HEWLETT mLEM PA C K A R D 3.0 GHz Wideband Silicon RFIC Amplifier Technical Data INA-32063 Features • 17 dB Gain at 1.9 GHz Surface Mount SOT-363 SC-70 Package • +3 dBm Pj jb at 1.9 GHz • Single +3V Supply • Unconditionally Stable Applications

mga64135

Abstract: 1 to 3 GHz bandpass filter wide band rfc 33 gaas fet micro-X Package Transistor 35 MICRO-X 64135 MGA-641 31883
Contextual Info: MGA-64135 GaAs MMIC Application Note G003 Introduction The Hewlett-Packard MGA-64135 GaAs MMIC is a 50 Ω -matched gain block providing broadband operation from 1 to 10 GHz, with performance guaranteed from 2 to 6 GHz. It is housed in an inexpensive metal-ceramic 0.085-inch micro-X surface-mountcompatible package, and requires only a single-polarity power supply.

34063

Abstract: 34063 application note 34063 schematic 34063 Application Notes marking 34063 INA-34063 34063 circuit table
Contextual Info: 3.0 GHz Medium Power Silicon RFIC␣ Amplifier Technical Data INA-34063 Features • +8 dBm P1 dB at 1.9 GHz Surface Mount SOT-363 SC-70 Package • 21 dB Gain at 1.9 GHz • High Isolation 32 dB at 1.9␣ GHz • Single +3V Supply • Unconditionally Stable

31063 A

Abstract: diode marking c2 sma Hewlett-Packard transistor microwave INA-31063 a006 INA-31063-BLK rfics marking 5 sc-70 package pcb layout LL2012-F NF50
Contextual Info: DC – 2.5 GHz 3 V, High Isolation Silicon RFIC Amplifier Technical Data INA-31063 Features • High Reverse Isolation -40 dB at 1.9 GHz Surface Mount SOT-363 SC-70 Package • Single +3V Supply • 15 dB |S21|2 at 1.9 GHz • 200 Ω Output Impedance • Ultra-Miniature Package

laser diode spice modeling

Abstract: laser diode spice model simulation spice ATF 10136 atf-10136 spice MSA-09 ATF13136 mmic a20 MSA-0311 AT-41500 S parameters for ATF 10136
Contextual Info: Application Design Tools Services and Applications Literature Hewlett-Packard customers are supported by an Applications Engineering Department. The applications engineering staff investigates circuit applications, design techniques, and device performance. The results of these

HRMA-0470B

Abstract: Semicon volume 1 HPMA-2085 HP 33002A AVANTEK ATF26884 SJ 2036 HPMA-0470TXV HPMA-0485 HPMA-0370 DIODE GOC 61
Contextual Info: Whal HEWLETT \HrJk PACKARD Communications Components Designer’s Catalog, GaAs and Silicon Products A Brief Sketch Hewlett-Packard is one of the world’s leading designers and manufacturers of RF and microwave semiconductors, optoelectronic, and fiber optic

Contextual Info: What HEWLETT 1"KM PACK ARD 3.0 GHz Wideband Silicon RFIC Amplifier Technical Data INA-32063 Features • 17 dB Gain at 1.9 GHz Surface Mount SOT-363 SC-70 Package • +3 dBm Pj dB at 1.9 GHz • Single +3V Supply • Unconditionally Stable Applications • LO Buffer and Driver

Avantek amt

Abstract: Avantek amplifier 604AG Avantek aft Avantek 6-18
Contextual Info: APPLICATION NOTES PGM SERIES: GAIN M ODULES IN THE iAVPAK PACKAGE Description The PGM series of packaged amplifier gain modules covers 220 GHz in 17 models, providing eight different frequency bands with gain options that answer a wide variety of needs for

8 pin IC 34063

Abstract: 34063 34063 schematic MARKING A2a SOT363
Contextual Info: What H E W LET T 1 "KM PA C K A R D 3.0 GHz Medium Power Silicon RFIC Amplifier Technical Data INA-34063 Features Surface Mount SOT-363 SC-70 Package Applications Pin Connections and Package Marking • +8 dBm Pj dB at 1.9 GHz • 21 dB Gain at 1.9 GHz • High Isolation 32 dB at

INA-31063

Contextual Info: DC – 2.5 GHz 3 V, High Isolation Silicon RFIC Amplifier Technical Data INA-31063 Features • High Reverse Isolation -40 dB at 1.9 GHz Surface Mount SOT-363 SC-70 Package • Single +3V Supply • 15 dB |S21|2 at 1.9 GHz • 200 Ω Output Impedance • Ultra-Miniature Package

a006

Abstract: AN-A004R
Contextual Info: Mounting Considerations for Packaged Microwave Semiconductors Application Note A006 Introduction Soldering There are three kinds of connections that must be made when a device is mounted onto a circuit board. A mechanical attachment is needed to physically hold the

ex 34063

Abstract: 34063 schematic 34063 application note
Contextual Info: W hot HEWLETT mLEM PACKARD 3.0 GHz Medium Power Silicon RFIC Amplifier Technical Data INA-34063 Features • +8 dBm Pj ¿3 at 1.9 GHz Surface Mount SOT-363 SC-70 Package • 21 dB Gain at 1.9 GHz • High Isolation 32 dB at 1.9 GHz • Single +3V Supply

AN-S003

Abstract: 1 kilo ohm resistor specifications bonding capillary hp mmic MSA-0100 MSA-0200 MSA-0300 MSA-0500 MSA-0600 MSA-0700
Contextual Info: MODAMP Silicon MMIC Chip Use Application Note S009 Introduction This Application Note supplies information needed to layout and assemble circuits when using Hewlett-Packard’s MODAMP silicon MMIC amplifiers in chip form. Section I gives an overview of the

34063 schematic

Abstract: 34063 application note 34063 34063 application led driver circuit 34063 a006 ex 34063 led driver 34063 rfics marking 76 ANA004R
Contextual Info: 3.0 GHz Medium Power Silicon RFIC Amplifier Technical Data INA-34063 Features • +8 dBm P1 dB at 1.9 GHz Surface Mount SOT-363 SC-70 Package • 21 dB Gain at 1.9 GHz • High Isolation 32 dB at 1.9 GHz • Single +3V Supply • Unconditionally Stable Applications