Datasheets - JFETs

Subsection: "JFETs"
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  1. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  2. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  1. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  2. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  3. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  4. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  5. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  6. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  7. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  8. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  9. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  10. P-Channel JFET The -30V InterFET J270 and J271 JFET is targeted for low noise high gain amplifiers and switch applications. The J270 has a cutoff voltage of less than 2.0V ideal for low-level power supplies.
  11. Silicon N-Channel JFETS The CENTRAL SEMICONDUCTOR PN4391 series devices are N-Channel silicon JFETs designed for analog switching and chopper applications.
  12. Silicon N-Channel JFETS The CENTRAL SEMICONDUCTOR PN4391 series devices are N-Channel silicon JFETs designed for analog switching and chopper applications.
  13. Silicon N-Channel JFETS The CENTRAL SEMICONDUCTOR PN4391 series devices are N-Channel silicon JFETs designed for analog switching and chopper applications.
  14. N-Channel Junction Field Effect Transistor
  15. N-Channel Junction Field Effect Transistor
  16. N-Channel Junction Field Effect Transistor
  17. N-Channel JFETs The 2N/SST5484 series consists of n-channel JFETs designed to provide high-performance amplification, especially at high frequencies up to and beyond 400 MHz.
  18. N-Channel JFETs The 2N/SST5484 series consists of n-channel JFETs designed to provide high-performance amplification, especially at high frequencies up to and beyond 400 MHz.