AN79L04M

Mfr.Part #
AN79L04M
Manufacturer
Panasonic
Package/Case
-
Datasheet
AN79L04M
Description
IC REG LINEAR -4V 100MA 3HSIP
Stock
35000

Request A Quote(RFQ)

* Contact Name:
  Company:
* E-Mail:
  Whatsapp:
  Comment:
Manufacturer :
Panasonic
Product Category :
Power Management (PMIC) > Voltage Regulators - Linear
Control Features :
-
Current - Output :
100mA
Current - Quiescent (Iq) :
5 mA
Current - Supply (Max) :
-
Mounting Type :
Surface Mount
Number of Regulators :
1
Operating Temperature :
0°C ~ 100°C
Output Configuration :
Negative
Output Type :
Fixed
Package / Case :
TO-243AA
Product Status :
Obsolete
Protection Features :
Over Current, Over Temperature
PSRR :
55dB (120Hz)
Supplier Device Package :
3-HSIP
Voltage - Input (Max) :
-35V
Voltage - Output (Max) :
-
Voltage - Output (Min/Fixed) :
-4V
Voltage Dropout (Max) :
-
Datasheets
AN79L04M

Manufacturer related products

  • Panasonic
    CONDUCTIVE TUBE JOINT NOZZLE
  • Panasonic
    5M CABLE FOR ER-V
  • Panasonic
    CONTROLLER AREA IONIZER ER-X
  • Panasonic
    5M SENSOR HEAD CONNECTION CABLE
  • Panasonic
    DISCHARGE PART PROTECTIVE COVER

Catalog related products

Related products

Part Manufacturer Stock Description
AN79L04 Panasonic 35,000 IC REG LINEAR -4V 100MA 3SSIP
AN79L04ME1 Panasonic 35,000 IC REG LINEAR -4V 100MA 3HSIP
AN79L05 Panasonic 35,000 IC REG LINEAR -5V 100MA 3SSIP
AN79L05M Panasonic 35,000 IC REG LINEAR -5V 100MA 3HSIP
AN79L05ME1 Panasonic 35,000 IC REG LINEAR -5V 100MA 3HSIP
AN79L06M Panasonic 35,000 IC REG LINEAR -6V 100MA 3HSIP
AN79L06ME1 Panasonic 35,000 IC REG LINEAR -6V 100MA 3HSIP
AN79L07 Panasonic 35,000 IC REG LINEAR -7V 100MA 3SSIP
AN79L07M Panasonic 35,000 IC REG LINEAR -7V 100MA 3HSIP
AN79L07ME1 Panasonic 35,000 IC REG LINEAR -7V 100MA 3HSIP
AN79L08 Panasonic 35,000 IC REG LINEAR -8V 100MA 3SSIP
AN79L08M Panasonic 35,000 IC REG LINEAR -8V 100MA 3HSIP
AN79L08ME1 Panasonic 35,000 IC REG LINEAR -8V 100MA 3HSIP
AN79L09 Panasonic 35,000 IC REG LINEAR -9V 100MA 3SSIP
AN79L09M Panasonic 35,000 IC REG LINEAR -9V 100MA 3HSIP