Share this search

Filtri

Seleziona una categoria e vedrai più filtri e dettagli del prodotto.


I tuoi risultati della ricerca

Personalizza le colonne

Seleziona almeno 1 colonna

Annulla Applica
Filtri
N. parte Prezzo Scorte Produttore Categoria Per contattare il Servizio Clienti. Maximum Collector-Emitter Saturation Voltage - (V) Maximum Junction Case Thermal Resistance - (°C/W) Category Maximum Collector-Base Voltage - (V) Maximum DC Collector Current Range - (A) Configuration Number of Elements per Chip Operating Junction Temperature - (°C) Supplier Package Maximum Base-Emitter Voltage - (V) Typical Input Capacitance - (pF) Package Family Name Maximum Turn-On Time - (ns) Maximum Power Dissipation - (mW) Maximum Turn-Off Time - (ns) Maximum Emitter Cut-Off Current - (nA) Maximum Power 1dB Compression - (dBm) Maximum Operating Temperature - (°C) Material Minimum Operating Temperature - (°C) ROHS Maximum DC Collector Current - (A) Pin Count Maximum Collector Cut-Off Current - (nA) Maximum Rise Time - (ns) Life Cycle Minimum DC Current Gain Range Type Minimum DC Current Gain Maximum 3rd Order Intercept Point - (dBm) Maximum Noise Figure - (dB) Maximum Collector-Emitter Voltage - (V) Maximum Junction Ambient Thermal Resistance - (°C/W) Maximum Base-Emitter Saturation Voltage - (V) Typical Output Capacitance - (pF) Maximum Collector-Emitter Voltage Range - (V) Maximum Transition Frequency - (MHz) Packaging Typical Power Gain - (dB) Output Power - (W) Operational Bias Conditions
N. parte Prezzo Scorte Produttore Categoria Per contattare il Servizio Clienti. Maximum Collector-Emitter Saturation Voltage - (V) Maximum Junction Case Thermal Resistance - (°C/W) Category Maximum Collector-Base Voltage - (V) Maximum DC Collector Current Range - (A) Configuration Number of Elements per Chip Operating Junction Temperature - (°C) Supplier Package Maximum Base-Emitter Voltage - (V) Typical Input Capacitance - (pF) Package Family Name Maximum Turn-On Time - (ns) Maximum Power Dissipation - (mW) Maximum Turn-Off Time - (ns) Maximum Emitter Cut-Off Current - (nA) Maximum Power 1dB Compression - (dBm) Maximum Operating Temperature - (°C) Material Minimum Operating Temperature - (°C) ROHS Maximum DC Collector Current - (A) Pin Count Maximum Collector Cut-Off Current - (nA) Maximum Rise Time - (ns) Life Cycle Minimum DC Current Gain Range Type Minimum DC Current Gain Maximum 3rd Order Intercept Point - (dBm) Maximum Noise Figure - (dB) Maximum Collector-Emitter Voltage - (V) Maximum Junction Ambient Thermal Resistance - (°C/W) Maximum Base-Emitter Saturation Voltage - (V) Typical Output Capacitance - (pF) Maximum Collector-Emitter Voltage Range - (V) Maximum Transition Frequency - (MHz) Packaging Typical Power Gain - (dB) Output Power - (W) Operational Bias Conditions
Scheda tecnica per
24 prodotti: Visualizza
  • JANTX2N4261
  • JANTX2N4261
  • JANHCA2N4261
  • JANHCAF2N4261
  • JANSF2N4261
  • JANKCAF2N4261
  • JANKCA2N4261
  • JANTXV2N4261
  • JANTXVF2N4261UB
  • JANTXVF2N4261
  • JAN2N4261UB
  • JANS2N4261
  • JANS2N4261UB
  • JANTXV2N4261UB
  • 2N4261
  • 2N4261JX
  • 2N4260
  • 2N4261UB
  • 2N4261J
  • 2N4261JV
  • 2N4261JS
  • JANSF2N4261UB
  • JANSF2N4261UB
  • JAN2N4261
 		Visualizza schede tecniche
Varie
Semicoa Semiconductors GP BJT Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie Varie
JANTX2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72 0.15@0.1mA@1mA|0.35@1mA@10mA Bipolar Small Signal 15 0.001 to 0.06 -65 to 200 TO-72 4.5 TO 200 200 Si -65 No 0.03 4 Active 2 to 30|30 to 50 PNP 25@1mA@1V|30@10mA@1V|20@30mA@1V 15 <20
JANTX2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72 0.15@0.1mA@1mA|0.35@1mA@10mA Bipolar Small Signal 15 0.001 to 0.06 -65 to 200 TO-72 4.5 TO 200 200 Si -65 No 0.03 4 Active 2 to 30|30 to 50 PNP 25@1mA@1V|30@10mA@1V|20@30mA@1V 15 <20
JANHCA2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JANHCAF2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JANSF2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JANKCAF2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JANKCA2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JANTXV2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72 0.15@0.1mA@1mA|0.35@1mA@10mA Bipolar Small Signal 15 0.001 to 0.06 -65 to 200 TO-72 4.5 TO 200 200 Si -65 No 0.03 4 Active 2 to 30|30 to 50 PNP 25@1mA@1V|30@10mA@1V|20@30mA@1V 15 <20
JANTXVF2N4261UB Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
JANTXVF2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JAN2N4261UB Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
JANS2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JANS2N4261UB Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
JANTXV2N4261UB Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72 0.15@0.1mA@1mA|0.35@1mA@10mA Bipolar Small Signal 15 0.001 to 0.06 -65 to 200 TO-72 4.5 2.5(Max) TO 2.5 200 3.5 10000 200 Si -65 No 0.03 4 10000 Active 2 to 30|30 to 50 PNP 25@1mA@1V|30@10mA@1V|20@30mA@1V 15 860 2.5(Max) <20
2N4261JX Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
2N4260 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
2N4261UB Trans GP BJT PNP 15V 0.03A 200mW 4-Pin CSOT-23
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin CSOT-23 0.15@0.1mA@1mA|0.35@1mA@10mA Bipolar Small Signal 15 0.001 to 0.06 -65 to 200 CSOT-23 4.5 2.5(Max) SOT 2.5 200 3.5 10000 200 Si -65 No 0.03 4 10000 Active 2 to 30|30 to 50 PNP 25@1mA@1V|30@10mA@1V|20@30mA@1V 15 860 2.5(Max) <20
2N4261J Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
2N4261JV Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
2N4261JS Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
JANSF2N4261UB Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB 0.15@0.1mA@1mA|0.35@1mA@10mA Bipolar Small Signal 15 0.001 to 0.06 -65 to 200 Case UB 4.5 200 200 Si -65 No 0.03 4 Active 2 to 30|30 to 50 PNP 25@1mA@1V|30@10mA@1V|20@30mA@1V 15 <20
JANSF2N4261UB Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin Case UB 0.15@0.1mA@1mA|0.35@1mA@10mA Bipolar Small Signal 15 0.001 to 0.06 -65 to 200 Case UB 4.5 200 200 Si -65 No 0.03 4 Active 2 to 30|30 to 50 PNP 25@1mA@1V|30@10mA@1V|20@30mA@1V 15 <20
JAN2N4261 Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72
Semicoa Semiconductors GP BJT Trans GP BJT PNP 15V 0.03A 200mW 4-Pin TO-72

Non perderti le ultime novità sull'elettronica

Facebook LinkedIn Instagram YouTube
Contattaci

Contatti e assistenza

Programmi e partner

Categorie prodotti

Produttori

Applicazioni verticali & Trend

Abbiamo aggiornato la nostra Politica sulla privacy. Ti preghiamo di verificare le modifiche apportate. Facendo clic su "Accetto", dichiari di accettare la Politica sulla privacy e i Termini di utilizzo di Arrow Electronics.

La nostra politica in sintesi

Il nostro sito web mette i cookies sul vostro dispositivo per migliorare la vostra esperienza e il nostro sito. Leggete altre informazioni sui cookies che usiamo e su come disabilitarli qui. I cookies e le tecnologie di tracking possono essere usati per scopi commerciali.

Con un click su “Accept”, voi consentite l'inserimento dei cookies sul vostro dispositivo e l'uso da parte nostra di tecnologie di tracking. Per avere altre informazioni e istruzioni su come disabilitare i cookies e le tecnologie di tracking, clickate su “Read More” qui sotto. Mentre l'accettazione dei cookies e delle tecnologie di tracking è volontaria, una loro disabilitazione potrebbe determinare un funzionamento non corretto del sito web, ed alcuni messaggi di allarme potrebbero essere per voi meno importanti.

Noi rispettiamo la vostra privacy. Leggete qui la nostra politica relativa alla privacy