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    LABORATORY POWER Search Results

    LABORATORY POWER Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TPD4164F Toshiba Electronic Devices & Storage Corporation Intelligent power device / VBB=600V / Iout=2A/ Surface mount type / HSSOP31 Visit Toshiba Electronic Devices & Storage Corporation
    TPD4164K Toshiba Electronic Devices & Storage Corporation Intelligent power device / VBB=600V / Iout=2A/ Through hole type / HDIP30 Visit Toshiba Electronic Devices & Storage Corporation
    TPD4163K Toshiba Electronic Devices & Storage Corporation Intelligent power device / VBB=600V / Iout=1A/ Through hole type / HDIP30 Visit Toshiba Electronic Devices & Storage Corporation
    TPD4163F Toshiba Electronic Devices & Storage Corporation Intelligent power device / VBB=600V / Iout=1A/ Surface mount type / HSSOP31 Visit Toshiba Electronic Devices & Storage Corporation
    TPD4207F Toshiba Electronic Devices & Storage Corporation Intelligent power device 600V (High voltage PWM DC brushless motor driver) Visit Toshiba Electronic Devices & Storage Corporation

    LABORATORY POWER Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    ARm 7 lpc2138 block diagram with

    Abstract: jtag arm sheet lpc2138 3420P Philips LPC2138 application note how to use usb in flow code AN3937 MaxUSBLab10 keil MAX4793 LPC2138
    Text: Maxim > App Notes > Interface Circuits Power-Supply Circuits Keywords: MAXIM, USB, lab, laboratory, MAX3421E, MAX3420E, host, peripheral Nov 02, 2006 APPLICATION NOTE 3937 Setting Up the Maxim USB Laboratory Abstract: This application note is a companion to application note 3936, "The Maxim USB Laboratory," which


    Original     		PDF MAX3421E, MAX3420E, MAX3421E MAX3420E MAX3420E: MAX3421E: MAX3421EVKIT-1: com/an3937 AN3937, APP3937, ARm 7 lpc2138 block diagram with jtag arm sheet lpc2138 3420P Philips LPC2138 application note how to use usb in flow code AN3937 MaxUSBLab10 keil MAX4793 LPC2138

    Untitled

    Abstract: No abstract text available
    Text: LABORATORY HEATING MANTLES LABORATORY SAMPLE HEATERS OEM applications often require heating for various laboratory glassware and apparatus in chromatographic and spectrographic analyses. OMEGA serves these needs with custom heaters designed specifically to


    Original     		PDF 120VAC HM0050-HS1 HM0100-HS1 HM0125-HS1 HM0200-HS1 HM0250-HS1 HM0500-HS1 HM1000-HS1 HM2000-HS1 HM3000-HS1

    alps tuner

    Abstract: 8vsb modulator ALPs modulator Alps Tuner ATSC tuner alps uhf modulator alps ALPS dtv tuner VSB uhf modulator MCT2100 doppler
    Text: Laboratory Test Report on the MCT2100 Evaluation System Motorola DTV Operation Chandler, AZ 24 November 1999 Executive Summary The second generation receiver/evaluation system for the MCT2100 underwent its first laboratory performance testing during the week of November 15, 1999. The laboratory testing was


    Original     		PDF MCT2100 MCT2100 alps tuner 8vsb modulator ALPs modulator Alps Tuner ATSC tuner alps uhf modulator alps ALPS dtv tuner VSB uhf modulator doppler

    Untitled

    Abstract: No abstract text available
    Text: GENERAL PURPOSE LABORATORY ACCELEROMETERS 10 mV/g OUTPUT TO 500 g’s Models Shown Smaller Than Actual Size ACC-PS1 Power Supply, $160 See page K-13 ACC103 The ACC103 laboratory ACC103 accelerometer is ideal for use in shake tests, vibration labs, and other


    Original     		PDF ACC103 ACC103 DP2000 ACC-CB2-10)

    LPC2138 EXAMPLE CODES

    Abstract: LPC2138 Philips LPC2138 application note INT3420 ARM7 LPC2138 ARm 7 lpc2138 block diagram with description MCB2130 Philips LPC2138 software guide MAX3421E MAX3420E
    Text: Maxim > App Notes > Interface Circuits Power-Supply Circuits Keywords: MAX3421E, MAX3420E, ARM7, Keil, USB, Host, Peripheral Nov 02, 2006 APPLICATION NOTE 3936 The Maxim USB Laboratory Abstract: The Maxim USB Laboratory is a MAX3421E-/MAX3420E-based system using an ARM7 processor and example


    Original     		PDF MAX3421E, MAX3420E, MAX3421E-/MAX3420E-based com/an3936 MAX3420E: MAX3421E: MAX3421EVKIT-1: MAX4793: AN3936, APP3936, LPC2138 EXAMPLE CODES LPC2138 Philips LPC2138 application note INT3420 ARM7 LPC2138 ARm 7 lpc2138 block diagram with description MCB2130 Philips LPC2138 software guide MAX3421E MAX3420E

    SMD 1BS

    Abstract: No abstract text available
    Text: Comchip Schottky Barrier Rectifiers SMD Diodes Specialist MBR20H100FCT-G Thru. MBR20H200FCT-G Reverse Voltage: 100 to 200 V Forward Current: 20 A RoHS Device Features -Plastic material used carries underwriters laboratory laboratory classifications 94V-0.


    Original     		PDF MBR20H100FCT-G MBR20H200FCT-G ITO-220AB QW-BB049 MBR20H100FCT MBR20H150FCT MBR20H200FCT SMD 1BS

    SMD 1BS

    Abstract: No abstract text available
    Text: Comchip Schottky Barrier Rectifiers SMD Diodes Specialist MBR20H100FCT-G Thru. MBR20H200FCT-G Reverse Voltage: 100 to 200 V Forward Current: 20 A RoHS Device Features -Plastic material used carries underwriters laboratory laboratory classifications 94V-0.


    Original     		PDF MBR20H100FCT-G MBR20H200FCT-G ITO-220AB 50mvp-p QW-BB049 MBR20H100FCT MBR20H150FCT MBR20H200FCT SMD 1BS

    Untitled

    Abstract: No abstract text available
    Text: Services Page Services 126 EMC laboratory 132 125 03/01 Services Consulting by EPCOS engineers Development stage of customer equipment Precompliance measurements in EMC laboratory during development Customer-specific filter adaption Solving problems by on-site measurements


    Original     		PDF

    pm3585

    Abstract: pm3580 C routines for the PCF8584 PCF8583 AN95068 AN96098 AN96119 OM1016 PCF8574 PCF8584
    Text: INTEGRATED CIRCUITS AN96119 I2C with the XA-G3 Paul Seerden, Systems Laboratory Eindhoven, The Netherlands Philips Semiconductors January 1997 Philips Semiconductors Application note I2C with the XA-G3 Author: AN96119 Paul Seerden, Systems Laboratory Eindhoven, The Netherlands


    Original     		PDF AN96119 PCx8584 16-bit pm3585 pm3580 C routines for the PCF8584 PCF8583 AN95068 AN96098 AN96119 OM1016 PCF8574 PCF8584

    BF245 A spice

    Abstract: BF245 spice electronic power generator using transistor BF245A spice BF245 BF245 B spice BF245 TRANSISTOR transistor BF245 Fet BF245 BF245 spice model
    Text: Analog Electronics I Laboratory Exercise 2 FET Amplifier Aim of the exercise The aim of this laboratory exercise is to become familiar with operation of simple single FET transistor amplifier. Exercise illustrates transistor polarization, frequency characteristics and


    Original     		PDF 100kHz BF245 A spice BF245 spice electronic power generator using transistor BF245A spice BF245 BF245 B spice BF245 TRANSISTOR transistor BF245 Fet BF245 BF245 spice model

    Q4010LS2

    Abstract: BJT amplifiers BJT IC Vce red laser pointer bipolar junction transistor Q4015L5 laser diode mosfet triggering circuit MC14007 Photo resistor bjt ic operational amplifier
    Text: EE 330 Laboratory 9 Semiconductor Parameter Measurement and Thyristor Applications Spring 2011 Objective: The objective of this laboratory experiment is to become familiar with using a semiconductor parameter analyzer for extracting model parameters for devices. A second


    Original     		PDF 2N4400 Q4015L5 Q4010LS2 XE2410 BJT amplifiers BJT IC Vce red laser pointer bipolar junction transistor laser diode mosfet triggering circuit MC14007 Photo resistor bjt ic operational amplifier

    Untitled

    Abstract: No abstract text available
    Text: EE 330 Spring 2014 Laboratory 8: Semiconductor Parameter Measurements Objective: The objective of this laboratory experiment is to become familiar with using a semiconductor parameter analyzer for extracting model parameters for devices. A second objective is to


    Original     		PDF 2N4400 Q4015L5 Q4010LS2

    Untitled

    Abstract: No abstract text available
    Text: Sensor solutions for laboratory automation Lab efficiency and safety Welcome to Baumer Your strong partner for innovative sensor technology in laboratory automation International partnership The Baumer Group is a premier supplier of sensors, encoders and vision


    Original     		PDF app9412 VE-1070 CN-201612

    spice MODEL FOR LM119

    Abstract: HS-139RH SPICE model lm139 PM139S pmi PM139 "window comparator" lm139 LM119 PJ 41 MG cmos cots radiation SN103
    Text: Laser-Induced and Heavy Ion-Induced Single Event Transient SET Sensitivity Measurements on LM139 Comparators Stephen D. LaLumondiere1 , Rocky Koga 2 , Michael C. Maher3 , and Steven C. Moss1 , 1. Electronics and Photonics Laboratory 2. Space Sciences Applications Laboratory


    Original     		PDF LM139 LM139s PM139 HS-139RH HS139RH. spice MODEL FOR LM119 SPICE model lm139 PM139S pmi PM139 "window comparator" lm139 LM119 PJ 41 MG cmos cots radiation SN103

    MX480

    Abstract: Caddock MX431 MX485
    Text: Type MX Lab Grade Precision High Voltage Resistors High Voltage Resistors for Laboratory and Industrial Applications The Type MX Lab Grade Precision High Voltage Resistors were specifically developed for use in high performance laboratory and industrial high voltage systems. These


    Original     		PDF IL-113 MX480 Caddock MX431 MX485

    B 647 AC transistor

    Abstract: arc furnace Switchboard burndy GROUNDING CONNECTORS b 647 burndy dielectric tester dc MEXICO FUSE tester optical pickup NBR9326
    Text: Engineering Test Laboratory Manchester, New Hampshire, USA Laboratory Mission Statement We are committed to provide independent, unbiased, complete and accurate test services to all of our customers. We will maintain an awareness of all relevant domestic, international, industry and


    Original     		PDF

    41288

    Abstract: 831-6130 JFS-1500-48 30A15 drp 240-3 NES240-24 DRP-240-1 831-4300 lambda 1500-48 JWS50
    Text: Lambda Laboratory and Switching Power Supplies ZUP Series 200-800 W Laboratory Power Supplies c c c c c c c c c c c c c c c c c c JWS Series High Quality Industrial Power Supplies Constant Voltage/Constant Current Built-in RS232 and RS485 Interface Front Panel and External Programming


    Original     		PDF RS232 RS485 JFS-0500-48 DRP-960-3 JFS-0750-48 NES60-24 JFS-1000-48 NES120-24 JFS-1500-48 NES240-24 41288 831-6130 30A15 drp 240-3 DRP-240-1 831-4300 lambda 1500-48 JWS50

    150A220

    Abstract: CP-2001 300 watt mosfet amplifier CP2001
    Text: MODEL 150A220 150 WATTS CW 10kHz – 220 MHz 160 School House Road, Souderton, PA 18964-9990 USA Phone 215-723-8181•FAX 215-723-5688 The Model 150A220 is a completely solid-state, linear broadband amplifier for laboratory applications requiring instantaneous bandwidth, high gain and moderate power. Housed in a stylish laboratory type


    Original     		PDF 150A220 10kHz 150A220 CP2001 CP3000 CP-2001 300 watt mosfet amplifier

    BJT with i-v characteristics

    Abstract: 2N7000 spice transistor BS170* PMOS transistor 1gm 6 2N7000 TRANSISTOR mosfet amplifer circuit 1AV Series 10KHZ 2N7000 BS170
    Text: EE 320L Electronics I Laboratory Laboratory Exercise #8 MOS Transistor Characterization and Biasing Department of Electrical and Computer Engineering University of Nevada, at Las Vegas Objective: The objective of this lab is to introduce the student to the MOS transistor. This lab will


    Original     		PDF 2N7000 BJT with i-v characteristics 2N7000 spice transistor BS170* PMOS transistor 1gm 6 2N7000 TRANSISTOR mosfet amplifer circuit 1AV Series 10KHZ 2N7000 BS170

    LED Sign Board Diagram

    Abstract: 9 pin mini-din female moving message display using 7 segment pin diagram EPM7128S EPF10K70 led moving message display ByteBlasterMV 6 pin mini din ps/2 female connector EPF20K seven segment quad digit display
    Text: University Program Design Laboratory Package May 2001, ver. 1.1 Introduction User Guide The University Program Design Laboratory Package was designed to meet the needs of universities teaching digital logic design with state-ofthe-art development tools and programmable logic devices PLDs . The


    Original     		PDF EPM7128S 84-pin EPF10K20 EPF10K70 240-pin LED Sign Board Diagram 9 pin mini-din female moving message display using 7 segment pin diagram led moving message display ByteBlasterMV 6 pin mini din ps/2 female connector EPF20K seven segment quad digit display

    power supply circuit diagram that convert 240v to 5v

    Abstract: signal conditioning circuit 4-20 mA DCP5B39
    Text: DCP5B SERIES Compact, Low Cost Modular Signal Conditioners Designed for Laboratory and Industrial Applications Introduction The DCP5B Series represents an innovative generation of low cost, high performance plug-in signal conditioners. Designed for laboratory and in­


    OCR Scan     		PDF DCPPB01 DCPXRK-002 DCPPB03 DCPPB04 DCPXPRT-003 DCPXPRE-003 ACAB-22/LN PP801) ACA8-22 power supply circuit diagram that convert 240v to 5v signal conditioning circuit 4-20 mA DCP5B39

    ACAM-7910

    Abstract: P-006 ACAM-7902 ACAM-7907
    Text: Laboratory and Special Purpose Amplifiers Laboratory Power Amplifiers Freq. Range Gain P/N MHz (dB) .1-100 AC AM-7901 30 ACAM-7902 5-500 16 ACAM-7903 100-2000 40 ACAM-7904 500-4000 40 ACAM-7905 100-200 33 2-500 ACAM-7906 35 ACAM-7907 10-1000 30 ACAM-7909


    OCR Scan     		PDF AM-7901 ACAM-7902 ACAM-7903 ACAM-7904 ACAM-7905 ACAM-7906 ACAM-7907 ACAM-7909 ACAM-7910 400mA P-006

    Caddock mx515 high voltage resistor

    Abstract: MX515
    Text: Type MX Lab Grade Precision High Voltage Resistors High Voltage Resistors for Laboratory and Industrial Applications The Type MX Lab Grade Precision High Voltage Resistors were specifically developed fo r use in high perform ance laboratory and industrial high voltage system s.


    OCR Scan     		PDF

    Imatronic

    Abstract: LDL175 LDM115P LDM145P LDM146P G780
    Text: ìAA atronìc MediBrite Laboratory Diode Laser LDL 175/670 The MediBrite Laboratory Diode Laser is a stand-alone compact laser system emitting a wavelength of 670nm. It is of medium visibility and can be seen in moderately bright background lighting conditions.


    OCR Scan     		PDF 670nm. LDM122P/670/X LDM115P G/670/x LDM145P LDM146P LDL175/670/X LDM122P/780/X Imatronic LDL175 G780