2N5401RL1G ON Semiconductor, 2N5401RL1G Datasheet

TRANS SS PNP 150V 600MA TO-92

2N5401RL1G

Manufacturer Part Number
2N5401RL1G
Description
TRANS SS PNP 150V 600MA TO-92
Manufacturer
ON Semiconductor
Datasheet

Specifications of 2N5401RL1G

Transistor Type
PNP
Current - Collector (ic) (max)
600mA
Voltage - Collector Emitter Breakdown (max)
150V
Vce Saturation (max) @ Ib, Ic
500mV @ 5mA, 50mA
Dc Current Gain (hfe) (min) @ Ic, Vce
60 @ 10mA, 5V
Power - Max
625mW
Frequency - Transition
300MHz
Mounting Type
Through Hole
Package / Case
TO-92-3 (Standard Body), TO-226
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Current - Collector Cutoff (max)
-
PRODUCT DISCONTINUANCE
Generic Copy
Issue Date
02-Jan-2007
SUBJECT: ON Semiconductor Product Discontinuance #15694
th
TITLE: 4Q06 (4
QUARTER 2006) Product Discontinuance Notice
LAST BUY DATE: 02-Jul-2007
LAST SHIP DATE: 02-Jan-2008
AFFECTED PRODUCT DIVISION:
Discretes Products
Analog Products
Logic Products
ECL Products
Power Products
FOR ANY QUESTIONS CONCERNING THIS NOTIFICATION:
Contact Sales Office or Hervé Marchionini <herve.marchionini@onsemi.com>
NOTIFICATION TYPE:
Customers must notify ON Semiconductor in writing within 90 days of receipt of this notification if they
consider the discontinued product to be "Sole Source." ON Semiconductor and the customer may
negotiate an appropriate End-of-Life.
DESCRIPTION AND PURPOSE:
In an attempt to minimize the number and frequency of product
discontinuance notices to its customers, ON Semiconductor is publishing
this quarterly product discontinuance notification.
Some of the devices contained in this notice may be part of a product
portfolio renewal process or a manufacturing facility closure. ON
Semiconductor continually monitors worldwide sales and billings
activities on all the products offered to its customers.
The activity for the products on the attached device list has
declined to a level that warrants the discontinuance of these products
or the manufacturing facility has been announced for a closure. Some
devices may have an alternate standard device or a suggested
replacement as an alternative solution.
ON Semiconductor wishes to promptly inform our customer of our intent
to exit this small portion of our overall portfolio so that you may
plan appropriately and effectively for replacement devices.
ON Semiconductor has provided a list of replacement devices, where
available, to aid in this process.
Issue Date: 02-Jan-2007
Rev.08-24-05
Page 1 of 10

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2N5401RL1G Summary of contents

Page 1

... FOR ANY QUESTIONS CONCERNING THIS NOTIFICATION: Contact Sales Office or Hervé Marchionini <herve.marchionini@onsemi.com> NOTIFICATION TYPE: Customers must notify ON Semiconductor in writing within 90 days of receipt of this notification if they consider the discontinued product to be "Sole Source." ON Semiconductor and the customer may negotiate an appropriate End-of-Life. ...

Page 2

... For those devices that have no recommended replacement identified, ON Semiconductor has partnered with Rochester Electronics who will carry any remaining device inventory as well as mask sets, etc. to potentially allow for a continued source after ON Semiconductor has completed its business process. PLEASE NOTE: ON Semiconductor may implement minimum order quantities or dollar amounts based on inventories available ...

Page 3

... Device to be Discontinued 1N5950BRLG 1N5951BRLG 1N5954BRLG 1N6270ARL4G 1N6274ARL4G 1PMT28AT1G 1PMT5922BT1G 1PMT5931BT1G 1PMT5939BT1G 1SMA43CAT3G 1SMA51CAT3G 1SMA5944BT3G 1SMA64AT3G 1SMA7.0AT3G 1SMB5950BT3G 2N5210RLRA 2N5400G 2N5400RLRPG 2N5401RL1G 2N5401RLRMG 2N5457G 2N5485G 2N5486G 2N5550RLRAG 2N5551RLRMG 2N5639RLRAG 2SC4081RT1G 3EZ10D5G 3EZ15D5G 3EZ24D5G 3EZ24D5RLG 3EZ36D5RLG 3EZ4.3D5RLG 3EZ8.2D5RLG BAS16DXV6T5G BAT54ALT3G BAT54AWT3G BAV74LT3G ...

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... ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available None Available None Available ON Semiconductor Page ...

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... ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor Page ...

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... ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor Page ...

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... ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor Page ...

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... None Available None Available None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available None Available None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor None Available ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor ON Semiconductor Page ...

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... None Available ON Semiconductor ON Semiconductor None Available None Available None Available None Available None Available None Available None Available ON Semiconductor ON Semiconductor None Available ON Semiconductor ON Semiconductor ON Semiconductor None Available ON Semiconductor None Available None Available ON Semiconductor ON Semiconductor None Available None Available None Available None Available ...

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... None Available None Available None Available None Available None Available ON Semiconductor ON Semiconductor None Available ON Semiconductor None Available None Available ON Semiconductor None Available None Available ON Semiconductor None Available None Available None Available None Available None Available None Available None Available None Available Page ...

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