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    LT5400ACMS8E-2#PBF Analog Devices 4x Matched Res Network Visit Analog Devices Buy
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    Untitled

    Abstract: No abstract text available
    Text: ZXCT1081 EV1 ZXCT1081EV1 EVALUATION BOARD USER GUIDE DESCRIPTION The ZXCT1081EV1 is intended for the evaluation of the ZXCT1081 device. The ZXCT1081 is a high side current monitor providing a fixed voltage gain of 10. There is a second 50mΩ resistor that can be selected


    Original     		PDF ZXCT1081 ZXCT1081EV1 D-81541 Zdb341R2. 26-Feb-07

    Untitled

    Abstract: No abstract text available
    Text: ZXCT1021 EV1 ZXCT1021EV1 EVALUATION BOARD USER GUIDE DESCRIPTION The ZXCT1021EV1 is intended for the evaluation of the ZXCT1021 device. The ZXCT1021 is a high side current monitor providing a fixed voltage gain of 10. There is a second 50mΩ resistor that can be selected


    Original     		PDF ZXCT1021 ZXCT1021EV1 D-81541 Zdb341R2. 27-Feb-07

    Sot23 SL6

    Abstract: SL6 SOT23
    Text: ZXCT1009EV1 ZXCT1009EV1 USER GUIDE DESCRIPTION The ZXCT1009EV1 is a current monitor evaluation board which measures 0.5A, 2.0A or a 2.5A load current. This current is then translated to a proportional output current which is scaled by an external resistor to give a 2.5V full scale output


    Original     		PDF ZXCT1009EV1 ZXCT1009EV1 Sot23 SL6 SL6 SOT23

    Sot23 SL6

    Abstract: SL6 SOT23 ZXCT1008 design ideas LR1206 TS16949 ZDB237R3 ZXCT1009 01smd
    Text: ZXCT1008EV1 ZXCT1008EV1 USER GUIDE DESCRIPTION The ZXCT1008EV1 is a current monitor evaluation board which measures 0.5A, 2.0A or a 2.5A load current. This current is then translated to a proportional output current which is scaled by an external resistor to give a 2.5V full scale output


    Original     		PDF ZXCT1008EV1 ZXCT1008EV1 D-81541 Sot23 SL6 SL6 SOT23 ZXCT1008 design ideas LR1206 TS16949 ZDB237R3 ZXCT1009 01smd

    RTO-A

    Abstract: No abstract text available
    Text: ISA-PLAN // Precision resistors RTO-A // Size SOT 227B ISOTOP Features – 40 W power rating at 70 °C – High pulse power rating 3 Joule for 20 ms – Two terminal resistor – Mounting in closed housing only – Compatible with ISOTOP-standard housing


    Original     		PDF 2011/65/EU 2000h, 05-February-2014 RTO-A

    Untitled

    Abstract: No abstract text available
    Text: ZXCT1011EV1 ZXCT1011EV1 USER GUIDE DESCRIPTION The ZXCT1011EV1 is a current monitor evaluation board which measures 0.5A, 2.0A or a 2.5A load current. This current is then translated to a proportional output current which is scaled by an external resistor to give a 2.5V full scale output


    Original     		PDF ZXCT1011EV1 ZXCT1011EV1 OT23-5

    LXHL-PW01

    Abstract: LXHL-PW01 led NPI31W220MTRF 1w led driver LED Driver 1W GRM43SR60J107ME20 LED sot23-6 LXHL-PW01 Lumileds 1W zxtn25012efh DO3316P-223
    Text: ZXSC400EV3 ZXSC400EV3 USER GUIDE DESCRIPTION The ZXSC400 is voltage mode boost converter in SOT23-6 package. Its low feedback voltage allows the current in a chain of LEDs to be set and accurately monitored with a single resistor with minimal losses. The ZXSC400EV3 is configured as a boost converter


    Original     		PDF ZXSC400EV3 ZXSC400EV3 ZXSC400 OT23-6 350mA LXHL-PW01 LXHL-PW01 led NPI31W220MTRF 1w led driver LED Driver 1W GRM43SR60J107ME20 LED sot23-6 LXHL-PW01 Lumileds 1W zxtn25012efh DO3316P-223

    Circuit diagram of 1W LED drive

    Abstract: osram golden dragon circuit diagram ZXSC400 1w led driver LWW5SG DO3316P-223 FMMT617 GRM43SR60J107ME20L UZHCS1000 ZHCS1000
    Text: ZXSC400EV4 ZXSC400EV4 USER GUIDE DESCRIPTION The ZXSC400 is voltage mode boost converter in SOT23-6 package. Its low feedback voltage allows the current in a chain of LEDs to be set and accurately monitored with a single resistor with minimal losses. The ZXSC400EV4 is configured as a boost converter


    Original     		PDF ZXSC400EV4 ZXSC400EV4 ZXSC400 OT23-6 350mA ZHCS1000 FMMT617 100uF/Technology Circuit diagram of 1W LED drive osram golden dragon circuit diagram 1w led driver LWW5SG DO3316P-223 FMMT617 GRM43SR60J107ME20L UZHCS1000 ZHCS1000

    1w white led

    Abstract: No abstract text available
    Text: ZXSC400EV3 ZXSC400EV3 USER GUIDE DESCRIPTION The ZXSC400 is voltage mode boost converter in SOT23-6 package. Its low feedback voltage allows the current in a chain of LEDs to be set and accurately monitored with a single resistor with minimal losses. The ZXSC400EV3 is configured as a boost converter


    Original     		PDF ZXSC400EV3 ZXSC400EV3 ZXSC400 OT23-6 350mA D-81541 1w white led

    25W led driver circuit diagram

    Abstract: capacitor 100nf 100v zener diode 4.7V philips zener diode ZXSC400 BZX84C47 schematic diagram PWM 24V ZXSC400EV2 tv schematic diagram PHILIPS 100uf electrolytic capacitor at 25v
    Text: ZXSC400EV2 ZXSC400EV2 USER GUIDE DESCRIPTION The ZXSC400 is voltage mode boost converter in SOT23-6 package. Its low feedback voltage allows the current in a chain of LEDs to be set and accurately monitored with a single resistor with minimal losses. The ZXSC400EV2 is configured for 25W LED Driver


    Original     		PDF ZXSC400EV2 ZXSC400EV2 ZXSC400 OT23-6 350mA 68uH/3 10BQ100 25W led driver circuit diagram capacitor 100nf 100v zener diode 4.7V philips zener diode BZX84C47 schematic diagram PWM 24V tv schematic diagram PHILIPS 100uf electrolytic capacitor at 25v

    527R-03LF

    Abstract: ICS527-03 ICS527-04 ICS527R-02 ICS527R-02I
    Text: DATASHEET CLOCK SLICER USER CONFIGURABLE PECL OUTPUT ZDB Description Features The ICS527-03 is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or divided from the


    Original     		PDF ICS527-03 ICS527-03 527R-03LF ICS527-04 ICS527R-02 ICS527R-02I

    Untitled

    Abstract: No abstract text available
    Text: DATASHEET CLOCK SLICER USER CONFIGURABLE PECL OUTPUT ZDB Description Features The ICS527-03 is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or divided from the


    Original     		PDF ICS527-03 ICS527-04. ICS527-03

    ICS527-03

    Abstract: ICS527-04 ICS527R-02 ICS527R-02I ICS527R-03 ICS527R-03T resistor zdb
    Text: DATASHEET CLOCK SLICER USER CONFIGURABLE PECL OUTPUT ZDB Description Features The ICS527-03 is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or divided from the


    Original     		PDF ICS527-03 ICS527-03 ICS527-04 ICS527R-02 ICS527R-02I ICS527R-03 ICS527R-03T resistor zdb

    Untitled

    Abstract: No abstract text available
    Text: PRELIMINARY DATASHEET CLOCK SLICER USER CONFIGURABLE PECL OUTPUT ZDB Description Features The ICS527-03 is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or divided from the


    Original     		PDF ICS527-03 ICS527-03 199707558G

    Untitled

    Abstract: No abstract text available
    Text: DATASHEET CLOCK SLICER USER CONFIGURABLE PECL OUTPUT ZDB Description Features The ICS527-03 is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or divided from the


    Original     		PDF ICS527-03 ICS527-03

    ICS507-01

    Abstract: ICS525-03 ICS527-02 ICS527-03 ICS527-04 ICS554-01A MAN09
    Text: DATASHEET ICS527-04 CLOCK SLICER USER CONFIGURABLE PECL INPUT ZDB Description Features The ICS527-04 Clock Slicer is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or


    Original     		PDF ICS527-04 ICS527-04 ICS507-01 ICS525-03 ICS527-02 ICS527-03 ICS554-01A MAN09

    MK3707

    Abstract: ICS507-01 ICS525-03 ICS527-02 ICS527-03 ICS527-04 ICS527R-04 ICS554-01A MAN09
    Text: DATASHEET ICS527-04 CLOCK SLICER USER CONFIGURABLE PECL INPUT ZDB Description Features The ICS527-04 Clock Slicer is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or


    Original     		PDF ICS527-04 ICS527-04 199707558G MK3707 ICS507-01 ICS525-03 ICS527-02 ICS527-03 ICS527R-04 ICS554-01A MAN09

    Untitled

    Abstract: No abstract text available
    Text: DATASHEET ICS527-04 CLOCK SLICER USER CONFIGURABLE PECL INPUT ZDB Description Features The ICS527-04 Clock Slicer is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or


    Original     		PDF ICS527-04 ICS507-01, ICS525-03, MK3707. ICS527-02. 199707558G

    Untitled

    Abstract: No abstract text available
    Text: DATASHEET CLOCK SLICER USER CONFIGURABLE PECL INPUT ZDB Description Features The ICS527-04 Clock Slicer is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or


    Original     		PDF ICS527-04 ICS527-04

    ICS507-01

    Abstract: ICS525-03 ICS527-02 ICS527-03 ICS527-04 ICS554-01A MAN09
    Text: DATASHEET ICS527-04 CLOCK SLICER USER CONFIGURABLE PECL INPUT ZDB Description Features The ICS527-04 Clock Slicer is the most flexible way to generate an output clock from an input clock with zero skew. The user can easily configure the device to produce nearly any output clock that is multiplied or


    Original     		PDF ICS527-04 ICS527-04 ICS507-01 ICS525-03 ICS527-02 ICS527-03 ICS554-01A MAN09

    Untitled

    Abstract: No abstract text available
    Text: SL2305 ⎯ Low Jitter and Skew 10 to 140 MHz Zero Delay Buffer ZDB Key Features • • • • • • • • • • • 10 to 140 MHz operating frequency range Low output clock jitter: ⎯ 45 ps-typ cycle-to-cycle jitter Low output-to-output skew: 50 ps-typ


    Original     		PDF SL2305 SL2305 140MHz

    SL2305ZI-1T

    Abstract: SL2305 SL2305SC-1 SL2305SC-1T SL2305SI-1 SL23EP05
    Text: SL2305  Low Jitter and Skew 10 to 140 MHz Zero Delay Buffer ZDB Key Features x x x x x x x x x x x 10 to 140 MHz operating frequency range Low output clock jitter:  45 ps-typ cycle-to-cycle jitter Low output-to-output skew: 50 ps-typ Low product-to-product skew: 125 ps-typ


    Original     		PDF SL2305 SL2305 SL2305ZI-1T SL2305SC-1 SL2305SC-1T SL2305SI-1 SL23EP05

    SL23EP05

    Abstract: SL23EP05SC-1 SL23EP05SC-1T SL23EP05SI-1
    Text: SL23EP05  Low Jitter and Skew 10 to 220 MHz Zero Delay Buffer ZDB Key Features x x x x x x x x x x x 10 to 220 MHz operating frequency range Low output clock jitter:  20 ps-typ cycle-to-cycle jitter  15 ps-typ period jitter Low output-to-output skew: 30 ps-typ


    Original     		PDF SL23EP05 SL23EP05 SL23EP05SC-1 SL23EP05SC-1T SL23EP05SI-1

    SL2305

    Abstract: SL2305SC-1 SL2305SC-1T SL2305SI-1 SL23EP05
    Text: SL2305 ⎯ Low Jitter and Skew 10 to 140 MHz Zero Delay Buffer ZDB Key Features • • • • • • • • • • • 10 to 140 MHz operating frequency range Low output clock jitter: - 140 ps-max c-c-j at 66 MHz Low output-to-output skew: 150 ps-max


    Original     		PDF SL2305 66MHz SL2305 SL2305SC-1 SL2305SC-1T SL2305SI-1 SL23EP05