Linear Regulator IP, UMC 0.13um HS/FSG process
Faraday Technology
•
HQ:
Taiwan
USB 2.0 Two Port PHY, UMC 0.13um HS/FSG Logic process.
- UMC
- 130nm
- HS
Compare 2,955 UMC IP Cores from 31 vendors
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SATA II PHY IP, UMC 0.13um HS/FSG process
Faraday Technology• HQ: Taiwan3G/1.5G Serial ATA PHY, UMC 0.13um HS/FSG Logic process.
- UMC
- 130nm
- HS
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Linear Regulator IP, UMC 0.13um HS/FSG process
Faraday Technology• HQ: TaiwanUMC 0.13um HS/FSG Logic process 3.3V to 1.2V with 100mA driving capability, Linear Regulator with Capacitor-Free.
- UMC
- 130nm
- HS
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SATA II PHY IP, UMC 0.11um HS/FSG process
Faraday Technology• HQ: Taiwan3G/1.5G Serial ATA PHY, UMC 0.11um HS/FSG Logic process.
- UMC
- 110nm
- HS
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Linear Regulator IP, Output: 3.3V/70mA, UMC 0.25um process
Faraday Technology• HQ: Taiwan3.3V with 70mA driving capability, Istb=75uA Linear Regulator, 0.25um Logic process.
- UMC
- 250nm
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Linear Regulator IP, Output: 3.3V/250mA, UMC 0.25um process
Faraday Technology• HQ: Taiwan3.3V with 250mA driving capability, Istb=85uA Linear Regulator, UMC 0.25um Logic process.
- UMC
- 250nm
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Linear Regulator IP, Output: 3.3V/150mA, UMC 0.25um process
Faraday Technology• HQ: Taiwan3.3V with 150mA driving capability, Istb=75uA Linear Regulator, 0.25um Logic process.
- UMC
- 250nm
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Linear Regulator IP, Input: 4.0V-5.5V, Output: 3.3V / 250mA, 1.8V / 70mA, UMC 0.18um G2 process
Faraday Technology• HQ: Taiwan5V with 250mA driving capability, Istb=120uA Linear Regulator, UMC 0.18um GII Logic process.
- UMC
- 180nm
- G
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Linear Regulator IP, Input: 2.0V-4.0V, Output: 1.8V / 100mA, UMC 0.18um G2 process
Faraday Technology• HQ: Taiwan3.3V with 100mA driving capability, Istb=100uA Linear Regulator, 0.18um GII Logic process.
- UMC
- 180nm
- G
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Faraday Technology• HQ: Taiwan
5V with 250mA driving capability, Istb=120uA Linear Regulator, UMC 0.18um GII Logic process.
- UMC
- 180nm
- G
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Faraday Technology• HQ: Taiwan
3.3V with 150mA driving capability, Istb=96uA Linear Regulator, UMC 0.18um GII Logic process.
- UMC
- 180nm
- G
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Linear Regulator IP, Input: 1.65V-3.6V, Output: 1.8V / 60mA, UMC 0.18um G2 process
Faraday Technology• HQ: Taiwan3.3V with 60mA driving capability, Istb=85uA Linear Regulator, UMC 0.18um GII Logic process.
- UMC
- 180nm
- G
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Linear Regulator IP, Input: 1.65V-3.6V, Output: 1.8V / 240mA, UMC 0.18um G2 process
Faraday Technology• HQ: Taiwan3.3V with 240mA driving capability, Istb=uA Linear Regulator, UMC 0.18um LL Logic process.
- UMC
- 180nm
- G
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General Purpose Multi-Voltage IO IP, With Power-on Control features, UMC 0.11um eFlash process
Faraday Technology• HQ: TaiwanUMC 0.11um eFlash/EE2PROM Process BOAC Multi-Voltage IO with Power-on Tri-state/Low Function.
- UMC
- 110nm
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General Purpose Multi-Voltage IO IP, UMC 28nm HLP process
Faraday Technology• HQ: TaiwanUMC 28nm Logic and Mixed-Mode HLP/RVT process Multi-Voltage BOAC IO Cell Library (with customized PU/PD function).
- UMC
- 28nm
- HLP
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General Purpose Multi-Voltage IO IP, UMC 0.11um HS/AE process
Faraday Technology• HQ: TaiwanUMC 0.11um HS/AE (AL Enhancement) Logic process Multi-Voltage BOAC IO Cell Library.
- UMC
- 110nm
- HS
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General Purpose IO IP, 5V tolerance, UMC 55nm SP process
Faraday Technology• HQ: TaiwanUMC 55nm Embedded Flash and Embedded E2PROM Low Power Low-K Split-Gate process 5V Tolerant BOAC IO Cell Library.
- UMC
- 55nm
- SP
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General Purpose IO IP, UMC 40nm LP process
Faraday Technology• HQ: TaiwanUMC 40nm LP/RVT Low-K Logic process True 3.3V Generic IO Cell Library.
- UMC
- 40nm
- LP
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General Purpose IO IP, UMC 28nm HPC process
Faraday Technology• HQ: TaiwanUMC 28nm Logic and Mixed-Mode Low-K HPC process 1.8V BOAC IO Cell Library.
- UMC
- 28nm
- HPC
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General Purpose IO IP, UMC 28nm HLP process
Faraday Technology• HQ: TaiwanUMC 28nm Logic and Mixed-Mode HLP/RVT process 1.8V BOAC IO Cell Library.
- UMC
- 28nm
- HLP