TIP42C Transistor | Datasheet | Pinout | Equivalent NTE Electronics, Inc
- Type de transistor : PNP
- Collecteur de courant (Ic) (Max) : 6 A
- Claquage collecteur-émetteur de tension (max) : 100 V
- Emballer: TO-220-3

Livraison GRATUITE pour les commandes supérieures à HK$250.00

Réponse rapide, devis rapide

Expédition rapide, pas de soucis après-vente

Chaîne originale, garantie de produits authentiques
[SGeC] TIP42C PNP Power Transistor 140V-6A
TIP42C Pinout
TIP42C Pinout
The TIP42C is a PNP power transistor commonly used for switching and amplification applications. Here’s a summary description based on its pinout:
Numéro de code PIN | Nom de la broche | Description |
---|---|---|
1 | Base | Controls current flow |
2 | Collectionneur | Current flows to load |
3 | Émetteur | Current flows to ground |
The TIP42C’s three pins—Base, Collector, and Emitter—are essential for its operation and current amplification. It is ideal for high-power load control and switching applications, offering excellent current gain and load-driving capabilities
TIP42C Equivalent
The following table lists the equivalents of the TIP42C transistor, highlighting key specifications such as voltage rating, current rating, power dissipation, and hFE (DC gain). These alternatives serve similar functions in various applications, with some offering higher current handling or different voltage ratings.
Image | Transistor | Fabricant | Type de colis | Tension nominale | Évaluation actuelle | Power Dissipation | hFE (DC Gain) |
---|---|---|---|---|---|---|---|
![]() |
TIP42C | NTE Electronics, Inc | TO-220 | 100V | 6A | 65W | 25-1000 |
![]() |
BD139 | STMicroelectronics | TO-220 | 80 V | 1.5A | 40W | 80-320 |
![]() |
2N5401 | sursemi | TO-220 | 80 V | 10A | 80W | 40-320 |
![]() |
CONSEIL41C | ON Semiconductor | TO-220 | 80 V | 6A | 65W | 20-100 |
![]() |
MJE2955 | ON Semiconductor | TO-220 | 60 V | 15A | 80W | 50-300 |
![]() |
2N3055 | sursemi | TO-3 | 60 V | 15A | 115W | 20-70 |
By comparing these TIP42C equivalents, users can select the most appropriate transistor based on specific project needs, such as power dissipation, voltage, and current requirements. Be sure to consider the packaging and hFE range when making a selection for your application.