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  1. Sprayon EL2003 Circuit Cooler instantly freezes small areas to -15.7°F to isolate thermal intermittent electronic components. Permits immediate detection of bad capacitator, transistors, oxidized joints and junctions. Uses.

  2. www.farnell.com › datasheets › 49864EL2003C/EL2033C

    The EL2003/EL2033 are general purpose monolithic unity gain buffers featuring 100 MHz,b3 dB bandwidth and 4 ns small signal rise time. These buffers are capable of delivering a. g100 mA current to a resistive load and are oscillation free into capacitive loads.

  3. General Description. The EL2003C and EL2033C are general purpose monolithic unity gain buffers featuring 100MHz, -3dB bandwidth and 4ns small signal rise time. These buffers are capable of delivering a ±100mA current to a resistive load and are oscillation free into capacitive loads.

  4. The EL2003C and EL2033C are general purpose monolithic unity gain buffers featuring 100MHz, -3dB bandwidth and 4ns small signal rise time. These buffers are capable of delivering a ±100mA current to a resistive load and are oscillation free into capacitive loads. In addi-tion, the EL2003C and EL2033C have internal output short circuit

  5. Features. • Differential gain 0.1% • Differential phase 0.1°. • 100mA continuous output current guaranteed. • Short circuit protected. • Wide bandwidth - 100MHz. • High slew rate - 1200V/µs. • High input impedance - 2MΩ. • Low quiescent current drain. Applications. • Co-ax cable driver. • Flash converter driver. • Video DAC buffer. • Op amp booster

    • EL2003 Download
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    • EL2003
  6. EL2003C Datasheet : 100MHz Video Line Driver, EL2003C PDF Download Elantec -> Intersil, EL2003C Datasheet PDF, Pinouts, Data Sheet, Equivalent, Schematic, Cross reference, Obsolete, Circuits Electronic component search and free download site.

  7. The EL2003C and EL2033C are general purpose monolithic unity gain buffers featuring 100MHz, -3dB bandwidth and 4ns small signal rise time. These buffers are capable of delivering a ±100mA current to a resistive load and are oscillation free into capacitive loads.