English
You are here:
Cap-less 100mA Low Noise LDO, XFAB 250nm
The Cap-less 100mA Low Noise LDO is capable of outputting 1.2V voltage with maximum power of 100mA and low drop out voltage of less than 200mV. The LDO is fabricated in XFAB 250nm process and can be ported to foundry process nodes.
Supported by innovative and dedicated engineering teams in Silicon Valley and Asia, we are specialized in high performance low power audio CODECs, pipelined A/D converters, current-steering D/A converters, PLL, DLL clocking IPs, and high speed IO interface IPs. Please contact us for more information.
Supported by innovative and dedicated engineering teams in Silicon Valley and Asia, we are specialized in high performance low power audio CODECs, pipelined A/D converters, current-steering D/A converters, PLL, DLL clocking IPs, and high speed IO interface IPs. Please contact us for more information.
Features
- Input Voltage: 2.5V ~3.3V
- Output Voltage: 2.5V
- Maximum Output Current: 100mA
- Quiescent Current: 35uA
- Line Regulation: + 1.5%
- Load Regulation: 200ppm/mA
- Short-Circuit Protection
- Current Limiter
Deliverables
- Full Datasheet
- Application Note
- Integration Guidance
- Behavior Model
- GDSII Abstract (.LEF Format)
- Timing Library (.LIB Format)
- LVS Netlist (SPICE Compatible)
- Physical Design Database (GDSII Format)
- Silicon Validation Report
- AE Support
View Cap-less 100mA Low Noise LDO, XFAB 250nm full description to...
- see the entire Cap-less 100mA Low Noise LDO, XFAB 250nm datasheet
- get in contact with Cap-less 100mA Low Noise LDO, XFAB 250nm Supplier
LDO IP
- LDO 200mA Regulator 22nm
- Power Quencher® Capless LDO (Silicon-proven 40 nm, 3 mA, excellent quiescent current for IoT)
- Low-leakage LDO in TSMC 22ULL to supply logic and analog domains (up to 5.5V input supply)
- Ultra-low quiescent LDO voltage regulator in TSMC 22ULL
- Low-leakage LDO in TSMC 22ULL to supply logic and analog domains (up to 3.63V input supply)
- Noise Quencher® Capless LDO (Silicon-proven 180 nm, 300 mA, excellent supply noise rejection and fast settling)