free stats

NZT660 PNP Transistor

The NZT660 is a bipolar junction transistor (BJT) with an PNP-type configuration. That means the NZT660 transistor has a negatively charged layer between two positively charged layers. This transistor has three terminals Base, Collector, and Emitter.

The NZT660 transistor symbol shows an arrow from the emitter into the base. This means that the current flows from emitter to collector terminal.

Circuit diagram symbol of the NZT660 transistor as follows.

Circuit diagram symbol of the NZT660 transistor

NZT660 Transistor Specification

Transistor Code NZT660
Transistor Type BJT
Transistor Polarity PNP
Transistor Material Silicon(SI)
Package SOT-223
Collector Power Dissipation (Maximum) PC 2W
Collector-Base Voltage (Maximum) VCB 80V
Collector-Emitter Voltage (Maximum) VCE 60V
Collector Current (Maximum) IC 3A
Operating Junction Temperature (Maximum) TJ 150°C
Emitter-Base Voltage (Maximum) VEB 5V
Forward Current Transfer Ratio (hFE Value) 100
Transition Frequency FT 75MHz
Collector Capacitance CC 45pF

UXPython is not the creator or an official representative of the NZT660 PNP transistor. You can download the official NZT660 PNP transistor datasheet to get more infromation about this transistor.

Note : Copyrighted materials belong to their creator or official representative.

More Transistors Datasheets in SOT-223 Package

BTD2444L3 BTD2444L3 NPN Transistor NZT6717 NZT6717 NPN Transistor NZT560A NZT560A NPN Transistor CHTA27ZGP CHTA27ZGP NPN Transistor PBSS4240Z PBSS4240Z NPN Transistor BTD2195L3 BTD2195L3 NPN Transistor PBHV3160Z PBHV3160Z PNP Transistor BTD5213L3 BTD5213L3 NPN Transistor DN500P DN500P NPN Transistor DXT13003DG DXT13003DG NPN Transistor NZT6729 NZT6729 PNP Transistor DPLS4140E DPLS4140E PNP Transistor MZT2955 MZT2955 PNP Transistor UP1856 UP1856 PNP Transistor CHT5401ZGP CHT5401ZGP PNP Transistor CHT3019ZGP CHT3019ZGP NPN Transistor NZT6727 NZT6727 PNP Transistor NZT749 NZT749 PNP Transistor BTP2907SL3 BTP2907SL3 PNP Transistor MMJT350T1G MMJT350T1G PNP Transistor