ON Semiconductor KSC945GTA Transistors
This is manufactured by ON Semiconductor. The manufacturer part number is KSC945GTA. It features up to 40 of minimum DC current gain.
The transistor is a npn type. The given dimensions of the product include 4.58 x 3.86 x 4.58mm. The product is available in through hole ...This is manufactured by ON Semiconductor.
The manufacturer part number is KSC945GTA. It features up to 40 of minimum DC current gain. The transistor is a npn type.
The given dimensions of the product include 4.58 x 3.86 x 4.58mm. The product is available in through hole configuration. Provides up to 250 mw maximum power dissipation.
The product has a maximum 0.3 v collector emitter saturation voltage . Additionally, it has 60 v maximum collector base voltage. Whereas features a 50 v of collector emitter voltage (max).
It carries 1 mhz of maximum operating frequency. In addition, the height is 4.58mm. Furthermore, the product is 3.86mm wide.
Its accurate length is 4.58mm. The package is a sort of to-92. It consists of 1 elements per chip.
Moreover, it has a maximum DC collector current of 150 ma. It features a 5 v of maximum emitter base voltage. It has a maximum operating temperature of +150 °c.
It contains 3 pins. The product offers single transistor configuration. Base Part Number: ksc945.
It features bipolar (bjt) transistor npn 50v 150ma 300mhz 250mw through hole to-92-3. Furthermore, 200 @ 1ma, 6v is the minimum DC current gain at given voltage. The transition frequency of the product is 300mhz.
The 300mv @ 10ma, 100ma is the maximum Vce saturation. to-92-3 is the supplier device package value. The maximum collector emitter breakdown voltage of the product is 50v.
In addition, cut tape (ct) is the available packaging type of the product. The product has 150°c (tj) operating temperature range. The maximum power of the product is 250mw.
Moreover, the product comes in to-226-3, to-92-3 (to-226aa) (formed leads). The maximum collector current includes 150ma. In addition, 100na (icbo) is the maximum current at collector cutoff.
The on semiconductors product offers user-desired applications.