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The SST201 is a single N-channel JFET in an SOT-23-3L package. It features a gate-to-source breakdown voltage of -40V and a cutoff voltage range of -0.3V to -1.5V. The drain-to-source saturation current is typically 1.0mA at VDS=15V, with a maximum reverse gate current of -100pA. Forward transconductance is typically 0.5mS. Input capacitance is 4.5pF, and noise voltage is 4.0nV/√Hz. Continuous power dissipation is 350mW at +25°C.
Verify the specific part number includes the correct package designation (SOT-23 3L) and RoHS compliance status when ordering. Confirm that the device meets the required electrical parameters for your application, particularly the gate-to-source cutoff voltage range and forward transconductance values. Ensure compatibility with automated assembly processes if tape-and-reel packaging is needed.
Select this component for designs requiring high gain and low noise in surface-mount applications. Consider the low cutoff voltage for efficient operation with minimal power supplies. Evaluate the thermal requirements against the continuous power dissipation rating. Compare with other JFETs if higher saturation currents or different package types are necessary.
This device belongs to the J/SST201/2/4 series of single N-channel JFETs. It serves as a direct replacement for older Siliconix equivalents. The SST variant specifically offers surface-mount capability via the SOT-23 package, while the J variant uses the TO-92 through-hole package. Both are available in tape-and-reel formats.
The datasheet identifies the J/SST201/2/4 series as a low-cost direct replacement for Siliconix J/SST201/2/4 series devices. Verify pinout compatibility and electrical parameter overlaps before substitution.
The typical forward transconductance (gfs) is 0.5mS at VDS = 15V, VGS = 0.0V, and f = 1kHz.
The maximum gate-to-source breakdown voltage (BVGSS) is -40V at IG = -1µA and VDS = 0.0V.
Yes, the SST series is available in tape-and-reel format for automated assembly.