Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    AN1025 Search Results

    SF Impression Pixel

    AN1025 Price and Stock

    Fairview Microwave Inc FMWAN1025

    WG ANTENNA WR-6 110-170 GHZ
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    DigiKey FMWAN1025 Bag 1
    • 1 $795.54
    • 10 $795.54
    • 100 $795.54
    • 1000 $795.54
    • 10000 $795.54
    		Buy Now
    Newark FMWAN1025 Bulk 1
    • 1 $1088.3
    • 10 $967.38
    • 100 $948.29
    • 1000 $948.29
    • 10000 $948.29
    		Buy Now

    Pasternack Enterprises PEWAN1025

    Key Specifications, Waveguide Size: WR-6, Frequency, Min: 110 GHz, Frequency, Max: 170 GHz, Beam Width V: 55, Beam Width H: 58. WR-6 Waveguide Standard Gain Horn Antenna Operating from 110 GHz to 170 GHz with a Nominal 10 dBi Gain with UG-387/U-Mod Round Cover Flange. PEWAN1025 WR-6 standard gain horn antenna is also known as a waveguide horn. This WR-6 standard gain horn antenna has a 10 dBi nominal gain and a round cover flange. Our 10 dBi WR6 horn antenna has a minimum frequency of 110 GHz and a maximum frequency of 170 GHz. WR-6 standard gain horn waveguide antenna PEWAN1025 has a vertical beam width of 55 and horizontal of 58 degrees at 3 dB. This WR 6 standard gain horn antenna with 10 dBi is part of over 40,000 RF, microwave and millimeter wave components available from Pasternack. Our WR-6 waveguide horn antenna can ship worldwide the same day as it is purchased as with our other available RF parts.
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Pasternack Enterprises US PEWAN1025 2 1
    • 1 $964.29
    • 10 $925.72
    • 100 $925.72
    • 1000 $925.72
    • 10000 $925.72
    		Buy Now

    AN1025 Datasheets (5)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    AN-1025 Fairchild Semiconductor Maximum Power Enhancement Techniques for SuperSOT Original PDF
    AN1025 Freescale Semiconductor Reliability Considerations in Design and Use of RF Integrated Circuits Original PDF
    AN1025 Microchip Technology Converting A 5.0V Supply Rail To A Regulated 3.0V Original PDF
    AN1025 Motorola AN1025 Application Note Reliability Considerations in Design and Use of RF Integrated Circuits Original PDF
    AN1025 STMicroelectronics PSA COVER TAPE Original PDF

    AN1025 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    failure rate Freescale

    Abstract: Motorola Mil Std. 883 motorola handbook AN1025 217B 5bp transistor making RADC-TR-67-108 Motorola operational amplifier discrete BALLAST MOTOROLA "failure rate" Freescale
    Text: MOTOROLA Freescale Semiconductor, Inc. Order this document by AN1025/D SEMICONDUCTOR APPLICATION NOTE AN1025 Reliability Considerations in Design and Use of RF Integrated Circuits Freescale Semiconductor, Inc. Prepared by: James Humphrey and George Luettgenau


    Original     		PDF AN1025/D AN1025 failure rate Freescale Motorola Mil Std. 883 motorola handbook AN1025 217B 5bp transistor making RADC-TR-67-108 Motorola operational amplifier discrete BALLAST MOTOROLA "failure rate" Freescale

    AN793

    Abstract: buck converter with dsPIC AN1025 MCP1601 MCP1612 MCP1700 TC1017 TC1303 DS00968 pic vfd
    Text: AN1025 从 5.0V 电源转换成 3.0V 稳压输出 作者： Cliff Ellison Microchip Technology Inc. 简介 系统设计工程师面临着设计出具有更多功能的产品，同 时维持或降低成本的压力，因此需要考虑采用技术先进 的器件。为了生产出具更多功能和合理成本的集成电路


    Original     		PDF AN1025 DS01025A LDOMCP1700 TC1017 MCP1700 TC1017IQ AN793 buck converter with dsPIC AN1025 MCP1601 MCP1612 MCP1700 TC1017 TC1303 DS00968 pic vfd

    predistortion matlab code

    Abstract: AN1025 ISL5217 ISL5239 ISL5929
    Text: Open-Loop Power Amplifier Characterization Using the ISL5239 Evaluation Board Application Note July 2002 AN1025.0 Aaron Algiere and Randy Raczek Description: This application note presents tools and an example of open-loop power amplifier characterization. An open-loop


    Original     		PDF ISL5239 AN1025 ISL5239 predistortion matlab code ISL5217 ISL5929

    AN10250

    Abstract: MAX485 UART abstract RS485h RS485C
    Text: INTEGRATED CIRCUITS ABSTRACT This application note shows how a Philips’ 16C UART can be used to implement a simple RS-485 transmitter and receiver node. AN10250 Using a Philips 16C UART to implement a simple RS-485 transmitter and receiver node Author: Dong Nguyen


    Original     		PDF RS-485 AN10250 AN10250 MAX485 UART abstract RS485h RS485C

    LPC901

    Abstract: AN10258 EPM900 P89LPC9xx pda EMP900 LPC900 ICP circuit lpc932 MCB900 P89LPC902 prog90x
    Text: AN10258 How to use the LPC900 In-circuit programming ICP Rev. 01 — 24 March 2004 Application note Document information Info Content Keywords LPC900 In-circuit programming (ICP) Abstract How to use the LPC900 In-circuit programming (ICP) AN10258 Philips Semiconductors


    Original     		PDF AN10258 LPC900 LPC901 AN10258 EPM900 P89LPC9xx pda EMP900 LPC900 ICP circuit lpc932 MCB900 P89LPC902 prog90x

    LPC901

    Abstract: EPM900 MCB900 P89LPC933 EMP900 LPC908 prog90x P89lpc901 LPC900 LPC932
    Text: AN10258 How to use the LPC900 In-circuit programming ICP Rev. 02 — 21 October 2004 Application note Document information Info Content Keywords LPC900 In-circuit programming (ICP) Abstract How to use the LPC900 In-circuit programming (ICP) AN10258 Philips Semiconductors


    Original     		PDF AN10258 LPC900 MCB900 LPC901 EPM900 P89LPC933 EMP900 LPC908 prog90x P89lpc901 LPC932

    AN1025

    Abstract: CTS CB3 CB3LV-S4 cts Oscillator MXO45 MXO45HS MXO45HSLV MXO45LV
    Text: Application Note AN1025 Clock Termination Techniques and Layout Considerations Introduction In today’s high performance systems an excellent clock source is required. The need to distribute this clock source to drive multiple devices has become more difficult as the speed and performance of


    Original     		PDF AN1025 MXO45HS MXO45HST MXO45 MXO45T MXO45HSLV MXO45HSTLV MXO45LV MXO45TLV AN1025 CTS CB3 CB3LV-S4 cts Oscillator MXO45 MXO45HS MXO45HSLV MXO45LV

    uart protocol philips

    Abstract: MAX485
    Text: INTEGRATED CIRCUITS ABSTRACT This application note shows how a Philips’ 16C UART can be used to implement a simple RS-485 transmitter and receiver node. AN10250 Using a Philips 16C UART to implement a simple RS-485 transmitter and receiver node Author: Dong Nguyen


    Original     		PDF RS-485 AN10250 uart protocol philips MAX485

    AN10254

    Abstract: ARM 7 lpc LDR Datasheet DDI-0100 3 pins LDR Datasheet ARM microcontroller AN10254_1 vpbdiv register 0x40000000-0x4000003F ARM 7 microcontroller
    Text: AN10254 Philips ARM LPC microcontroller family Rev. 02 — 25 October 2004 Application note Document information Info Content Keywords ARM LPC, Timer 1 Abstract Simple interrupt handling using Timer 1 peripheral on the ARM LPC device is shown in this application note. Code samples are provided using


    Original     		PDF AN10254 AN10254 ARM 7 lpc LDR Datasheet DDI-0100 3 pins LDR Datasheet ARM microcontroller AN10254_1 vpbdiv register 0x40000000-0x4000003F ARM 7 microcontroller

    AN10250

    Abstract: rs485 protocol MAX485
    Text: INTEGRATED CIRCUITS ABSTRACT This application note shows how a Philips’ 16C UART can be used to implement a simple RS-485 transmitter and receiver node. AN10250 Using a Philips 16C UART to implement a simple RS-485 transmitter and receiver node Author: Dong Nguyen


    Original     		PDF RS-485 AN10250 AN10250 rs485 protocol MAX485

    SC16C752B

    Abstract: Differences between SC16C550 and SC16C550B ISR 417.50 25 P SC16C2550B SC16C2550 SC16C550 SC16C550B SC16C650B SC16C750 SC16C750B
    Text: AN10257 Differences between Philips SC16C devices and Philips low power SC16CxxxB devices Rev. 01 — 30 March 2004 Application note Document information Info Content Keywords UART, IrDA, Serial communications Abstract This application note details the differences between Philips one- and


    Original     		PDF AN10257 SC16C SC16CxxxB SC16Cxxx SC16CxxxB SC16C752B Differences between SC16C550 and SC16C550B ISR 417.50 25 P SC16C2550B SC16C2550 SC16C550 SC16C550B SC16C650B SC16C750 SC16C750B

    Philips LPC210x microcontroller family

    Abstract: LPC210X circuit 14066 str 2105 14066 3 pins LDR Datasheet ldr features Programming Bootloader RTCK P01721
    Text: AN10255 Philips LPC210x microcontroller family Rev. 02 — 25 October 2004 Application note Document information Info Content Keywords LPC210x, JTAG Abstract This application note demonstrates how to use the LPC210x secondary JTAG interface while debugging the user application. The secondary


    Original     		PDF AN10255 LPC210x LPC210x, Philips LPC210x microcontroller family circuit 14066 str 2105 14066 3 pins LDR Datasheet ldr features Programming Bootloader RTCK P01721

    Motorola Mil Std. 883

    Abstract: RADC-TR-67-108 aluminum solid capacitor mil std AN1025 motorola handbook MOTOROLA linear handbook trw RF POWER TRANSISTOR 217B motorola transistor handbook Motorola operational amplifier discrete
    Text: Order this document by AN1025/D MOTOROLA SEMICONDUCTOR APPLICATION NOTE AN1025 RELIABILITY CONSIDERATIONS IN DESIGN AND USE OF RF INTEGRATED CIRCUITS Prepared by: James Humphrey and George Luettgenau ABSTRACT DEFINITIONS Reliability is a major factor in the profitability of CATV


    Original     		PDF AN1025/D AN1025 Motorola Mil Std. 883 RADC-TR-67-108 aluminum solid capacitor mil std AN1025 motorola handbook MOTOROLA linear handbook trw RF POWER TRANSISTOR 217B motorola transistor handbook Motorola operational amplifier discrete

    buck converter with dsPIC

    Abstract: AN1025 AN793 MCP1601 MCP1612 MCP1700 TC1017 TC1303 technology inc. DC-DC convert
    Text: AN1025 Converting A 5.0V Supply Rail To A Regulated 3.0V Author: Cliff Ellison Microchip Technology Inc. INTRODUCTION As system designers are forced to produce products with increased features while maintaining a flat or decreasing product cost, advancements in device


    Original     		PDF AN1025 DS01025A-page buck converter with dsPIC AN1025 AN793 MCP1601 MCP1612 MCP1700 TC1017 TC1303 technology inc. DC-DC convert

    AN10256

    Abstract: ARM 7 lpc ARM microcontroller CODE16 ARM LPC philips arm
    Text: AN10256 Philips ARM LPC microcontroller family Rev. 02 — 25 October 2004 Application note Document information Info Content Keywords ARM LPC, IAP Abstract This application note provides code samples in C and assembly, which will help the end user use the In-Application Programming IAP technique for


    Original     		PDF AN10256 AN10256 ARM 7 lpc ARM microcontroller CODE16 ARM LPC philips arm

    R-T curves RJC

    Abstract: tesec DV240 AN-569 DV240 NDS9956 AN1025 SuperSOTTM -3 Fluke 16 thermocouple FLUKE 52
    Text: AN1025 April, 1996 Maximum Power Enhancement Techniques for SuperSOTTM-3 Power MOSFETs Alan Li, Brij Mohan, Steve Sapp, Izak Bencuya, Linh Hong 1. Introduction As packages become smaller, achieving efficient thermal performance for power applications requires that the designers employ new methods of meliorating the heat flow out of devices.


    Original     		PDF AN1025 OT-23) R-T curves RJC tesec DV240 AN-569 DV240 NDS9956 AN1025 SuperSOTTM -3 Fluke 16 thermocouple FLUKE 52

    pick and place robot

    Abstract: pick and place robot component list feeder AN1025 yamaha board schematic panasonic tape and reel
    Text: AN1025 APPLICATION NOTE PSA COVER TAPE What is a cover tape and what is a carrier tape? The tape is composed of both the carrier and the cover tape refer to drawing below . Figure 1. CARRIER TAPE COVER TAPE SEALING AREAS The carrier tape is the tape in which the pockets containing the devices are embossed.


    Original     		PDF AN1025 pick and place robot pick and place robot component list feeder AN1025 yamaha board schematic panasonic tape and reel

    TP-LINK

    Abstract: IRIS4011 AN1024a AN1025 IRIS4011K AN1018a
    Text: Data SheetNo. PD60188-B IRIS4011 K INTEGRATED SWITCHER Features • Primary current mode control, and secondary Packages voltage mode control • Vcc Over-voltage protection (latched) • Over-current & over-temperature protection • Quasi resonant, variable frequency operation


    Original     		PDF PD60188-B IRIS4011 O-220 O-262 IRIS4011 O-220 IRIS4011K TP-LINK AN1024a AN1025 IRIS4011K AN1018a

    230vac to primary 15v transformer

    Abstract: OPTOISO1 DT01-1 240v input 12v output transformer transformer from 230V AC to 15V IRIS4013K flyback transformer design IR40XX smps transformer smps transformer Design
    Text: IRISMPS3 REFERENCE DESIGN International Rectifier • 233 Kansas Street El Segundo CA 90245 USA Technical Specifications 1. AC Input: V=90~265V, f=57~63Hz, I= 1.3Arms max 2. Inrush Current: 13A max 3. Efficiency: 87.3% at full load high line 82% at low line


    Original     		PDF 140msec 230Vin 90Vin -250kHz AN1018a IR40xx AN1024a 90VAC 230vac to primary 15v transformer OPTOISO1 DT01-1 240v input 12v output transformer transformer from 230V AC to 15V IRIS4013K flyback transformer design smps transformer smps transformer Design

    d 42030 transistor

    Abstract: AN-7505 220v ac to 48v dc smps AN3008 Fairchild crt horizontal deflection circuit AN-7528 9019 transistor FAN6800 BUT11A spice AN817
    Text: BUT11/11A BUT11/11A High Voltage Power Switching Applications TO-220 1 NPN Silicon Transistor 1.Base 2.Collector 3.Emitter Absolute Maximum Ratings TC=25°C unless otherwise noted Symbol VCBO VCEO Parameter Value Units V Collector-Base Voltage : BUT11 : BUT11A


    Original     		PDF BUT11/11A O-220 BUT11 BUT11A BUT11 AN-758: AN-758 d 42030 transistor AN-7505 220v ac to 48v dc smps AN3008 Fairchild crt horizontal deflection circuit AN-7528 9019 transistor FAN6800 BUT11A spice AN817

    Untitled

    Abstract: No abstract text available
    Text: CBC-EVAL-11 EnerChip CC Inductive Charging Evaluation Kit Overview CBC-EVAL-11 is a demonstration kit combining an inductive transmitter board with a receiver board containing an EnerChip CC CBC3150 solid state storage device with integrated power management.


    Original     		PDF CBC-EVAL-11 CBC-EVAL-11 CBC3150 DS-72-14

    pv battery charger

    Abstract: 12 volts solar panel battery charger schematic
    Text: CBC-EVAL-10B EnerChip CC Energy Harvester Evaluation Kit System Features and Overview • Controls charge voltage and discharge cutoff circuit for maximizing the service life of the CBC-EVAL-10B is a demonstration kit that provides EnerChip batteries within the CBC3150 and


    Original     		PDF CBC-EVAL-10B CBC-EVAL-10B CBC3150 CBC050 CBC51100 DS-72-40 pv battery charger 12 volts solar panel battery charger schematic

    xr20m1172il32-f

    Abstract: HVQFN32 Sc2698 SC16C654BIBM,128 SCC2681AC1A44 SC16C752B SCC2691AC1A28 SC28L198
    Text: High-speed UARTs and Bridge ICs Advanced serial-interface solutions NXP UART applications Fastest baud rate: 20 Mbps SC16C85xS } General Interface U  ART controller is part of the serial data communication of a system. A UART is used to convert parallel data to serial data, and from serial


    Original     		PDF SC16C85xS WLAN/802 SC28L202 xr20m1172il32-f HVQFN32 Sc2698 SC16C654BIBM,128 SCC2681AC1A44 SC16C752B SCC2691AC1A28 SC28L198

    pick and place robot component list

    Abstract: pick and place robot Feeder S Siemens pick and place design feeder siemens feeder rewind cover tape sanyo Pick-Up head
    Text:  APPLICATION NOTE PSA COVER TAPE C. Serre / S. Chamard What is a cover tape and what is a carrier tape?: The tape is composed of both the carrier and the cover tape refer to drawing below . CARRIER TAPE COVER TAPE SEALING AREAS The carrier tape is the tape in which the pockets containing the devices are embossed.


    Original     		PDF