모델	가격	양		재고	제조사	기술	Mounting Style	Package / Case	Maximum Operating Temperature	Series	Packaging	Configuration	Transistor Polarity	Collector- Emitter Voltage VCEO Max	Typical Input Resistor	Typical Resistor Ratio	DC Collector/Base Gain hfe Min	Continuous Collector Current	Peak DC Collector Current
PBLS1503Y,115	1+ $0.1560 10+ $0.1160 100+ $0.0628 1000+ $0.0472 3000+ $0.0408	견적을 받아	PDF RFQ	3,000 재고	Nexperia	Bipolar Transistors - Pre-Biased TRNS LDSWITCH TAPE-7	SMD/SMT	UMT-6	+ 150 C		Reel	Dual	NPN, PNP	50 V at NPN, 15 V at PNP	10 kOhms at NPN	1 at NPN		100 mA, 500 mA	100 mA at NPN, 500 mA at PNP
PBLS6003D,115	1+ $0.1480 10+ $0.1020 100+ $0.0472 1000+ $0.0360 3000+ $0.0308	견적을 받아	PDF RFQ	4,386 재고	Nexperia	Bipolar Transistors - Pre-Biased BISS LDSWITCH TAPE-7	SMD/SMT	TSOP-6	+ 150 C		Reel	Dual	NPN, PNP	50 V at NPN, 60 V at PNP	10 kOhms at NPN	1 at NPN		100 mA, 1 A	100 mA at NPN, 1000 mA at PNP
PBLS4003D,115	1+ $0.1480 10+ $0.1020 100+ $0.0472 1000+ $0.0360 3000+ $0.0308	견적을 받아 전망	PDF RFQ		Nexperia	Bipolar Transistors - Pre-Biased BISS LDSWITCH TAPE-7	SMD/SMT	TSOP-6	+ 150 C		Reel	Dual	NPN, PNP	50 V at NPN, 40 V at PNP	10 kOhms at NPN	1 at NPN		100 mA, 1 A	100 mA at NPN, 1000 mA at PNP
EMF21T2R	1+ $0.2000 10+ $0.1508 100+ $0.0816 1000+ $0.0612 8000+ $0.0496	견적을 받아 전망	PDF RFQ		ROHM Semiconductor	Bipolar Transistors - Pre-Biased DUAL PNP/NPN	SMD/SMT		+ 150 C	EMF21	Reel	Dual	NPN, PNP	12 V at PNP	10 kOhms at NPN	1 at NPN	30	100 mA, 500 mA	100 mA at NPN, 500 mA at PNP
UMF23NTR	1+ $0.1520 10+ $0.0976 100+ $0.0420 1000+ $0.0324 3000+ $0.0244	견적을 받아 전망	PDF RFQ		ROHM Semiconductor	Bipolar Transistors - Pre-Biased COMPLEX BIOPLAR PNP+DTR	SMD/SMT		+ 150 C	UMF23N	Reel	Dual	PNP	50 V at PNP	10 kOhms at NPN	1 at NPN	30	100 mA, 150 mA	100 mA at NPN, 150 mA at PNP
UMF21NTR	1+ $0.1880 10+ $0.1300 100+ $0.0596 1000+ $0.0460 3000+ $0.0392	견적을 받아 전망	PDF RFQ		ROHM Semiconductor	Bipolar Transistors - Pre-Biased PNP/DTR BIP 12V .5A	SMD/SMT		+ 150 C	UMF21N	Reel	Dual	NPN, PNP	12 V at PNP	10 kOhms at NPN	1 at NPN	30	100 mA, 500 mA	100 mA at NPN, 500 mA at PNP