This section lists the process change notices for Central Semiconductor devices.

Please note that Central Semiconductor complies with JEDEC standard JESD46: Customer Notification of Product/Process Changes by Solid-State Suppliers.

Lack of acknowledgement of a PCN within 30 days constitutes acceptance of the change.

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PCN#
DOCX
Excel
Final/Initial
Notification Date
Extent of change
PCN201
Final
21 October 2020
For the CMXTVS5-4 transient voltage suppressor, the diameter of the gold wire used in assembly process is changing from 1.0 mil to 0.8 mil.
PCN195
Final
30 September 2020
As part of Central Semiconductor's supply chain risk mitigation initiative, in an effort to ensure an undisrupted supply of product, an additional assembly site is being added for the referenced productfamily. Product specifications, quality and reliability are not impacted by this addition.
PCN198
Final
28 September 2020
Change in wafer fab for the 2N6059 NPN Power Darlington Transistor.
PCN196
Final
24 September 2020
Change in internal lead frame for all products manufactured in the SMAFL case.
PCN197
Initial
22 September 2020
Change in assembly site for diodes and transistors manufactured in the SOT-26 case.
PCN194
Final
29 July 2020
Additional wafer fab site for Transient voltage suppressors (TVS) manufactured in the SMAFL case.
PCN193
Final
29 July 2020
Additional wafer fab site for fast, hyperfast, superfast and ultrafast recovery rectifiers manufactured in DO-41, DPAK, D2PAK, SMA, SMAFL, SMB, SMC and SOD-123FL cases.
PCN192
Final
29 July 2020
Add additional wafer fab site for general purpose rectifiers manufactured in SMA, SMB, DIP and SMDIP cases.
PCN187
Final
23 July 2020
The CP372 wafer process has been discontinued and replace with theCP403 wafer process.
PCN191
Final
19 June 2020
The CP771 wafer process has been discontinued and replaced with the CP805 wafer process
PCN190
Final
19 June 2020
The CP375 wafer process has been discontinued and replaced with the CP406 wafer process.
PCN189
Final
19 June 2020
The CP371 wafer process has been discontinued and replaced with the CP405 wafer process.
PCN188
Final
15 June 2020
As part of Central Semiconductor's supply chain risk mitigation initiative, in an effort to ensure an undisrupted supply of product, an additional wafer fabrication site is being added for the referenced product families. Product specifications, quality and reliability are not impacted by this addition.
PCN186
Final
12 June 2020
The CP775 wafer process has been discontinued and replaced with the CP802 wafer process.
PCN185
Final
1 June 2020
Process change notification for the CPR5U-040 for an upgrade to the glass machine.This is themachine used to apply the glass slurry prior to high temperature cure.In addition, enhancements to the wafer process seeking to optimize forward voltage and reverse characteristics (switching and leakage).
PCN184
Final
29 May 2020
As part of Central Semiconductor's supply chain risk mitigation initiative, and in an effort to ensure undisrupted product supply, an additional wafer fabrication site is being added for the referenced product families. Product specifications, quality and reliability are not impacted by this addition.
PCN183
Final
18 May 2020
The CP390 wafer process has been discontinued and replaced with the CP401
PCN181
Final
28 April 2020
The following TO-92 products are being converted from a Eutectic DieAttach process to an Epoxy Die Attach process. This change is being done to insure an uninterrupted flow of producty and provide increasedflexibility for supply chain management.
PCN182
Final
27 April 2020
The CP389 wafer process has been discontinued and replaced with the CP400 wafer process.
PCN180
Final
4 February 2020
As part of Central Semiconductor's supply chain risk mitigation initiative, and in an effort to ensure undisrupted product supply, an additional wafer fabrication site is being added for the referenced product families.Product specifications, quality and reliability arenot impacted by this addition.
PCN179
Final
13 January 2020
The CP307V wafer process has been discontinued and replaced with CP327V wafer process.
PCN178
Final
2 January 2020
As part of Central Semiconductor's supply chain risk mitigation initiative, and in an effort to ensure undisrupted product supply, an additional wafer fabrication site is being added for the referenced product families.Product specifications, quality and reliability arenot impacted by this addition.
PCN177
Final
30 September 2019
The CP312 wafer process has been discontinued and replaced with the CP322 wafer process.
PCN174
Final
27 September 2019
The CP210 wafer process has been discontinued and replaced with the CP232V wafer process
PCN165
Final
27 September 2019
The CP206 wafer process has been discontinued and replaced with the CP216 wafer process.
PCN176
Final
27 August 2019
The CPD66X process has been modified in order to improve throughput and process control
PCN175
Final
14 August 2019
The CP147 wafer process has been discontinued and replaced with the CP247 wafer process.
PCN173
Final
11 June 2019
The 2N5192 Chip has changed from 1.5mm X1.5mm to 1.37mm X 1.37mm.
PCN172
Final
21 May 2019
The CP688 wafer has been discontinued and replaced with the CP613Vwafer process
PCN171
Final
24 April 2019
The CP391 wafer process has been discontinued and replaced with the CP399 wafer process
PCN170
Final
22 April 2019
The CP773 wafer process is being replaced with the CP798X.
PCN168
Final
22 April 2019
The CP376X wafer process is being replaced with the CP387X.
PCN167
Final
8 April 2019
The CP373 wafer process has been discontinued and replaced with the CP398X wafer process.
PCN164
 
Final
27 March 2018
As part of Central Semiconductor's supply chain risk mitigation initiative, and in an effort to ensure undisrupted product supply, an additional wafer fabrication site is being added for the referenced product families. Product specifications, quality and reliability are not impacted by this addition.
PCN163
 
Final
23 March 2018
As part of Central Semiconductor's supply chain risk mitigation initiative, and in an effort to ensure undisrupted product supply, an additional wafer fabrication site is being added for the referenced product families.Product specifications, quality and reliability arenot impacted by this addition.
PCN158
 
Final
13 December 2017
The leadframe used to manufacture the D2PAK case has been changed toenhance the heat dissipation capability.
PCN162
 
Final
8 December 2017
The CP305 wafer process has been discontinued and replaced with the CP306V wafer process. See figures 1 and 2 for details.
PCN161
 
Final
15 August 2017
For the CSMF05C Series TVS Zener Arrays, Central has implemented achange in the wafer source to improve production capacity.
PCN160
 
Final
15 August 2017
In order to strengthen the mechanical robustness, Central has modifiedthe internal structure for the CBRHD-02 Series of Bridge Rectifiers.
PCN159
 
Final
15 August 2017
For the CMPD914 Switching Diode, Central has implemented a change inthe wafer source to improve production capacity.
PCN157
 
Final
12 January 2017
The CPS041 wafer process has been discontinued and replaced with theCPS043 wafer process.
PCN156
 
Final
3 March 2016
Chip process CP319 used to manufacture NPN silicon power transistors, wafers, and bare die, has been discontinued and replaced with the CP212 wafer process.
PCN154
 
Final
13 August 2015
Thermal oxide deposition was deployed underneath the original oxide inorder to improve the interface.
PCN153
 
Final
4 May 2015
The CP547 wafer process has been discontinued and replaced with the CP647 wafer process. The overall wafer diameter is being reduced from 5 inch to 4 inch. The die size and pattern has been changed; see figures 1 and 2 for details.
PCN152
 
Final
30 January 2015
The CP707 wafer process has been discontinued and replaced with the CP727V wafer process. The overall wafer diameter is being increased from 4 inch to 5 inch. The overall wafer thickness is being reduced from 9.0 mils to 7.1 mils. The backside metallization (Au) has been reduced. The die size and die pattern have been changed.
PCN150
 
Final
24 June 2014
The CP517 wafer process has been discontinued and replaced with the CP527 wafer process. The overall wafer diameter is being reduced from 5 inch to 4 inch. The die pattern has been changed.
PCN151
 
Final
18 June 2014
The CP188 (NPN) and CP588 (PNP) wafer processes have been discontinued and replaced with the CP388X and CP788X processes respectively. The overall wafer diameter was increased from 4 inch to 5 inch.
PCN149
 
Final
30 May 2014
The CP117 wafer process has been discontinued and replaced with the CP127 wafer process. The overall wafer diameter is being reduced from 5 inch to 4 inch. The die pattern has been changed.
PCN148
 
Final
19 February 2014
An additional manufacturing line was qualified to assemble the SOT-563 case. The SOT-563 mechanical dimensions were updated. A 2 character marking code as opposed to a 3 character marking code is being used to identify the additional manufacturing line. The additional marking codes will be listed on the individual device data sheets.
PCN147
 
Final
31 October 2013
This change affects chip process CP207, NPN silicon high speed saturated switching transistors, wafers, and bare die. The CP207 wafer process has been discontinued and replaced with the CP396V wafer process. The overall wafer diameter is being increased from 4 inch to 5 inch. The overall wafer thickness is being reduced from 8.0 mils to 7.1 mils. The die size and die pattern have been changed.
PCN146
 
Final
11 September 2013
This change affects the 1N5279B, 1N5280B, and 1N5281B high voltage Zener diodes in the DO-35 glass case. Case type is being changed from DO-35 glass case to DO-35A glass case. No changes are being made to the part numbers.
PCN145
 
Final
11 March 2013
This change affects CPD 04 wafer process: 0.5 A mp, glass passivated, standard recovery rectifiers. Extent of Change: Overall wafer thickness has been increased from 8.5 mils to 1 0 .5 mils. Reason for Change: To reduce wafer breakage during manufacturing processes.
PCN144
 
Final
9 January 2013
This change affects all discrete semiconductor devices manufactured in the SOD-523 package. Extent of Change: Copper wire has been added as a qualified material for wire bonding in addition to the currently used gold wire. This change will insure an uninterrupted flow of product and provide increased flexibility for supply chain management.
PCN143
 
Final
12 November 2012
The CSHDD16-40C Series of Dual, Common Cathode, Silicon, Schottky Rectifiers in the D2PAK case. Alternate marking codes have been added to the product line to identify the manufacturing lines for internal traceability.
PCN142
 
Final
22 October 2012
All discrete semiconductor devices manufactured in the SOT-523 package. Copper wire has been added as a qualified material for wire bonding in addition to the currently used gold wire. This change will insure an uninterrupted flow of product and provide increased flexibility for supply chain management.
PCN141
 
Final
18 October 2012
All discrete semiconductor devices manufactured in the SOT-563 package. Copper wire has been added as a qualified material for wire bonding in addition to the currently used gold wire. This change will insure an uninterrupted flow of product and provide increased flexibility for supply chain management.
PCN140
 
Final
13 August 2012
Part # CPD06 wafer process; 3 Amp, glass passivated, general purpose rectifiers. Anode pad size was increased from 66 x 66 mils to 77 x 77 mils.The bonding pad area was increased to allow more process latitude in the assembly process; larger bonding pad area provides for use of larger bond wires or clips. The only change was the increase in the bonding pad area; no other changes in the wafer diffusion process were performed.
PCN139
 
Final
17 May 2012
Part # CMPT4209 in the SOT-23 epoxy molded case has been developed as Centrals primary device for low to medium current, PNP, high speed saturated switching applications as a replacement for the listed Part Numbers Affected".
PCN138
 
Final
17 May 2012
Part # PN4209 in the TO-92 epoxy molded case has been developed as Centrals primary device for low to medium current, PNP, high speed saturated switching applications as a replacement for the listed Part Numbers Affected.
PCN137
 
Final
30 April 2012
To accommodate assemblies of extremely small surface mount, epoxy molded packages, the CP716V chip process which currently measures 19.7 x 19.7 mils is being replaced by the CP736V chip process which measures 17.3 x 17.3 mils.
PCN136
 
Final
9 April 2012
The ESD packaging is being changed from a blue, poly bag to a silver, static shielded bag.
PCN135
 
Final
30 March 2012
All semiconductor devices currently manufactured in the TLM322 case. The leadframe used to manufacture the TLM322 case has been changed to allow device singularization to be performed by sawing instead of punching.
PCN134
 
Final
30 March 2012
All semiconductor devices currently manufactured in the TLM832D case. The leadframe used to manufacture the TLM832D case has been changed to allow device singularization to be performed by sawing instead of punching.
PCN133
 
Final
6 March 2012
All discrete semiconductor devices manufactured in the SOT-223 package. Copper wire has been added as a qualified material for wire bonding in addition to the currently used gold wire. This change will insure an uninterrupted flow of product and provide increased flexibility for supply chain management.
PCN132
 
Final
1 February 2012
All discrete semiconductor devices manufactured in the SOT-89 package. Extent of Change: Copper wire has been added as a qualified material for wire bonding in addition to the currently used gold wire. Reason for Change: This change will insure an uninterrupted flow of product and provide increased flexibility for supply chain management.
PCN131
 
Final
8 December 2011
To consolidate the small signal PNP saturated switching product portfolio due to low sales volume, part # CM4209 in the TO-18 metal case has been developed as Central's primary device for low to medium current, PNP, high speed saturated switching applications as a replacement for Part Numbers Affected on attached list.
PCN130
 
Final
2 November 2011
CBRSDSH5-40 and CBRSDSH5-60 full wave Schottky bridge rectifiers manufactured in the epoxy molded SMDIP case. The CBRSDSH5-40 and CBRSDSH5-60 are being discontinued and replaced with the CBRSDSH2-40 and CBRSDSH2-60.
PCN129
 
Final
5 October 2011
Chip process CP195, NPN small signal transistors, wafers, and die in chip form.
PCN128
 
Final
22 September 2011
BAV45, Silicon Picoampere diode manufactured in the TO-18 TWO LEADED metal case. The Matte tin (Sn) plating step has been removed from the manufacturing process.
PCN127
 
Final
8 June 2011
Chip process CPZ18, Zener Diode discrete semiconductors, wafers, and die in chip form. An overall reduction of the die area and die thickness. The CPZ18 chip process currently measures 13.8 x 13.8 x 7.5 mils and is being replaced by the CPZ28X chip processes which measures 13 x 13 x 5.5 mils.
PCN125
 
Final
5 April 2011
CPD69 wafer process: 1 Amp, glass passivated, standard recovery rectifiers. Overall wafer thickness has been increased from 8.5 mils to 12.5 mils.
PCN123
 
Final
1 February 2011
BAW101, dual, isolated, high voltage switching diodes in the SOT-143 epoxy molded case. Alternate marking code has been added to product line.
PCN120
 
Final
21 December 2010
CEN1180 devices are being manufactured with marking code of P2B or P2A.
PCN119
 
Final
16 December 2010
Small signal discrete semiconductor wafers. Wafer diameter has been changed from 4" to 5". This change does not affect the physical or electrical characteristics of any device. Gross die quantities per wafer have been increased.
PCN118
 
Final
19 October 2010
Chip process CP316V, NPN high voltage transistors, wafers, and die in chip form. The CP316V chip process currently measures 20 x 20 mils and is being replaced by the CP336V chip process which measures 17.3 x 17.3 mils.
PCN121
 
Final
1 October 2010
Zener diodes and switching diodes in the DO-35 glass case. Alternate marking format has been added to product line.
PCN117
 
Final
5 August 2010
All surface mount Current Limiting Diodes (CLDs) manufactured in the SOD-80 case. Devices that are presently packaged in the SOD-80 case are being replaced by their electrical equivalents in the epoxy molded SOD-123FL case.
PCN113
 
Final
25 June 2010
All discrete semiconductor devices manufactured in the SOD-123, SOT-23, and SOT-323 packages. Copper wire has been added as a qualified material for wire bonding in addition to the currently used gold wire.
PCN116
 
Final
11 June 2010
Schottky diodes manufactured in the SOD-123, SOT-23, and SOT-323 packages and Transient Voltage Suppressors manufactured in the SOT-23 package. Tin (Sn) wafer backside metal has been added as a qualified material in addition to the currently used gold (Au) backside metal.
PCN112
 
Final
31 March 2010
The leadframe used to manufacture the TLM833 case has been changed to allow device singularization to be performed by sawing instead of punching.
PCN110
 
Final
21 April 2009
Chip process CPD64, Low Leakage Diode discrete semiconductors, wafers, and die in chip form. The overall wafer diameter is being increased from 4 inch to 5 inch. The overall die thickness is being reduced from 8 mils to 5.9 mils.
PCN109
 
Final
21 April 2009
An overall reduction of the die area. The CPD41 chip process currently measures 20 x 20 mils and is being replaced by the CPD93V chip process which measures 12.8 x 12.8 mils.
PCN124
 
Final
10 January 2009
All discrete semiconductor devices manufactured in the SOT-563 package. Alloy42 lead frame has been added as a qualified material for SOT-563 manufacturing in addition to the currently used copper alloy lead frame.
PCN108
 
Final
3 January 2008
An overall reduction of the die area. The CPZ19 chip process currently measures 17.7 x 17.7 mils and is being replaced by the CPZ28 chip process which measures 13 x 13 mils.
PCN107
 
Final
29 June 2006
An overall reduction of the die area. The CP192V chip process currently measures 13 x 17 mils and is being replaced by the CP392V chip process which measures 11 x 11 mils. The CP592V chip process currently measures 12 x 20 mils and is being replaced by the CP792V chip process which measures 11 x 11 mils.
PCN106
 
Final
22 September 2005
5.0W Zener diodes packaged in the AX-5W case replaced by devices packaged in the DO-201 case.
PCN126
 
Final
13 June 2005
Chip process CP214, NPN RF transistors, wafers, and die in chip form. Die size and die pattern change. The CP214 chip process currently measures 16 x 16 mils and is being replaced by the CP229 chip process which measures 21.7 x 21.7 mils.
PCN105
 
Final
24 November 2004
Small signal wafer thickness reduced from 9.0 mils to 7.1 mils.
PCN104
 
Final
24 November 2004
SOD-80 cylindrical case replaced by flat SOD-123 case.
PCN103
 
Final
20 January 2003
TO-92 -18R lead formed package
PCN102
 
Final
12 November 2001
Dimension change to all Bridge Rectifiers in DIP package
PCN101
 
Final
12 November 2001
Dimension change to all Bridge Rectifiers in SMDIP package