IP Portal

The intellectual partner network

The intellectual partner (IP) portal is a web database provided by X-FAB in cooperation with selected partners. Both X-FAB and a variety of different IP supplier offer their IP to customers using X-FAB’s foundry process. We will support customers to get in direct contact with the relevant IP supplier.

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743 entries found



Geometry Process Supply Voltage IP Category Deliverable Description IP Provider
180 nm
XT018
1.8V
Bandgaps
IP cell abgpc04_1v8 included in Analog Library A_CELLS_1V8 General purpose multivoltage 0.1V - 0.8V bandgap reference with output voltage trimming, with poly resistors and diode matrix. X-FAB
180 nm
XS018
1.8V
Bandgaps
IP cell abgpc04_1v8 included in Analog Library A_CELLS_1V8 and A_CELLS_1V8_ST General purpose multivoltage 0.1V-0.8V bandgap reference with output voltage trimming. X-FAB
180 nm
XH018
1.8V
Bandgaps
IP cell abgpc04_1v8 included in Analog Library A_CELLS_1V8 General purpose multivoltage 0.1V-0.8V bandgap reference with output voltage trimming. X-FAB
180 nm
XH018
3.3V
Bandgaps
IP cell abgpc04_3v3 included in Analog Library A_CELLS_3V3_MOS3LP Low-voltage bandgap reference with N-well resistors. X-FAB
180 nm
XP018
5V
Bandgaps
IP cell abgpc04_5v included in Analog Library A_CELLS_5V General purpose bandgap reference with N-well resistors. X-FAB
350 nm
XU035
5V
Bandgaps
IP cell abgpc04ji included in Analog Library A_CELLS_5V General purpose bandgap reference with polysilicon resistors and vertical isolated bipolar transistors to reduce substrate noise. X-FAB
180 nm
XH018
1.8V
Bandgaps
IP cell abgpc05_1v8 included in Analog Library A_CELLS_1V8 General purpose 1.2V bandgap reference with N-well resistors and NPN diode matrix. X-FAB
180 nm
XP018
5V
Bandgaps
IP cell abgpc05_5v included in Analog Library A_CELLS_5V Bandgap reference with well resistors. X-FAB
350 nm
XH035
12V
Bandgaps
IP cell abgpc06 included in Analog Library A_CELLS_HV High-voltage bandgap reference with N-well resistors. X-FAB
180 nm
XH018
3.3V
Bandgaps
IP cell abgpc06_3v3_ji included in Analog Library A_CELLS_VLP Very low power junction isolated bandgap reference X-FAB
180 nm
XT018
5V
Bandgaps
IP cell abgpc06_5v included in Analog Library A_CELLS_5V Bandgap reference with polysilicon resistors. X-FAB
180 nm
XP018
5V
Bandgaps
IP cell abgpc06_5v included in Analog Library A_CELLS_5V Bandgap reference with polysilicon resistors. X-FAB
350 nm
XH035
3.3V
Bandgaps
IP cell abgpc07 included in Analog Library A_CELLS_3V3 Low-supply voltage bandgap reference with N-well resistors. X-FAB
180 nm
XP018
1.8V
Bandgaps
IP cell abgpc07_1v8 included in Analog Library A_CELLS_1V8 General purpose multivoltage 0.1V-0.8V bandgap reference with N-well resistors and NPN diode matrix. X-FAB
350 nm
XH035
3.3V
Bandgaps
IP cell abgpc08 included in Analog Library A_CELLS_3V3 Low-voltage bandgap reference with N-well resistors. X-FAB
180 nm
XP018
5V
Bandgaps
IP cell abgpc08_5v included in Analog Library A_CELLS_5V Bandgap reference with second-order curvature correction. X-FAB
180 nm
XT018
5V
Bandgaps
IP cell abgpc08_5v included in Analog Library A_CELLS_5V Bandgap reference with curvature compensation and polysilicon resistors. X-FAB
350 nm
XH035
3.3V
Bandgaps
IP cell abgpc09 included in Analog Library A_CELLS_3V3 Low-voltage bandgap reference with N-well resistors. X-FAB
350 nm
XH035
5V
Bandgaps
IP cell abgpc10 included in Analog Library A_CELLS_HV Middle-voltage bandgap reference with N+ HRES Polysilicon resistors. X-FAB
180 nm
XP018
5V
Bandgaps
IP cell abgpc10_5v included in Analog Library A_CELLS_5V Low supply voltage bandgap reference with second-order curvature correction. X-FAB
180 nm
XT018
5V
Bandgaps
IP cell abgpc10_5v included in Analog Library A_CELLS_5V Bandgap reference with curvature compensation and polysilicon resistors. X-FAB
350 nm
XH035
3.3V
Bandgaps
IP cell abgpc11 included in Analog Library A_CELLS_3V3 Low-voltage, low-power bandgap reference with N-well resistors. X-FAB
350 nm
XH035
3.3V
Bias
IP cell abiac01 included in Analog Library A_CELLS_3V3 General purpose bias cell. The circuit forces a current of 2µA (approx.) to flow through PMOS with W/L ratio of 6µm/6µm and NMOS with W/L ration of 6µm/6µm. X-FAB
180 nm
XS018
3.3V
Bias
IP cell abiac01_3v3 included in Analog Library and A_CELLS_3V3 General purpose bias cell. The circuit force a current of 200nA to flow through PMOS with W/L ratio of 8µm/10µm and NMOS with W/L ratio of 4µm/20µm. X-FAB
180 nm
XP018
5V
Bias
IP cell abiac01_5v included in Analog Library A_CELLS_5V General purpose bias cell.The circuit forces a current of ~2µA to flow through PMOS with W/L ratio of 10µm/6µm and NMOS with W/L ratio of 10µm/12µm. X-FAB
180 nm
XT018
5V
Bias
IP cell abiac01_5v included in Analog Library A_CELLS_5V IPTAT bias cell. It forces a current of 2µA to flow through PMOS with W/L ratio of 12µm/6µm and NMOS with W/L ratio of 10µm/12µm X-FAB
350 nm
XH035
3.3V
Bias
IP cell abiac02 included in Analog Library A_CELLS_3V3 General purpose VTH-based bias cell. The circuit forces a current of 2µA (approx.) to flow through PMOS with W/L ratio of 6µm/6µm and NMOS with W/L ratio of 6µm/6µm. X-FAB
1.00 µm
XDM10
5V
Bias
IP cell abiac02 included in Analog Library A_CELLS_5V General purpose bias cell. It forces a current of 2µA to flow through PMOS with W/L ratio of 10µm/8µm and NMOS with W/L ratio of 10µm/12µm. X-FAB
1.00 µm
XDH10
5V
Bias
IP cell abiac02 included in Analog Library A_CELLS_5V General purpose bias cell. It forces a current of 2µA to flow through PMOS with W/L ratio of 10µm/8µm and NMOS with W/L ratio of 10µm/12µm. X-FAB
180 nm
XS018
3.3V
Bias
IP cell abiac02_3v3 included in Analog Library and A_CELLS_3V3 General purpose bias cell. The circuit force a current of 2µA to flow through PMOS with W/L ratio of 10µm/4µm and NMOS with W/L ratio of 6µm/12µm. X-FAB
 

   MP = Mass ProductionPT = Prototyping, Silicon provenID = in DesignVS = Verified by Simulations (Soft-IP)

Displaying results 1 to 30 out of 743



*Disclaimer:
The Intellectual Partner Network is a web database provided by X-FAB in cooperation with selected partners. Both X-FAB and a variety of different IP supplier offer their IP to customers using X-FAB’s foundry process. X-FAB will support customers to get in direct contact with the relevant IP supplier.

X-FAB will take no responsibility nor any liability whatsoever for the information or products offered or provided by the other IP suppliers at the database of the Intellectual Partner Network. X-FAB shall have no liability towards the customers for any use of and/or reliance of the products provided by the other IP suppliers at the database of the Intellectual Partner Network.

X-FAB's own IP is subject to a license agreement. X-FAB IP marked with “*” are part of the Master Kit or Master Kit Plus library. If you can not find the IP you are looking for, please contact the respective sales manager in your region. We continuously extend our libraries and offer a custom cell development service as well.