0.1 to 150 MHz LNA with 5 dB NF and 57 dB gain
NTLab
•
HQ:
Lithuania
065TSMC_LNA_09 is used to amplify signal from the radio receiver input in band up to 150MHz.
- TSMC
- 65nm
- GP
- Silicon Proven
Compare 3,961 TSMC IP Cores from 81 vendors
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30 mA linear voltage regulator
NTLab• HQ: LithuaniaThe voltage regulator is CMOS low dropout linear voltage regulator with 30 mA output current capability.
- TSMC
- 65nm
- GP
- Silicon Proven
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NTLab• HQ: Lithuania
The 5th order passive differential low-pass filter (LPF).
- TSMC
- 65nm
- GP
- Silicon Proven
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25/50/100 MHz 5th order passive LPF
NTLab• HQ: Lithuania065TSMC_LPF_05 is a 5th order passive differential low-pass filter (LPF) with fixed cut-off frequency presets.
- TSMC
- 65nm
- GP
- Silicon Proven
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High-Speed, Wide-Range Digital PLL in TSMC 40LP
Granite SemiCom Inc.• HQ: CanadaGranite Semicom has just shipped GDS-II of its totally-integrated (no off-chip components) Clock-Driver and Clock-Multiplying-Uni…
- TSMC
- 40nm
- LP
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12-bit 16-channel 1 MSPS R/2R DAC
NTLab• HQ: LithuaniaThe 16 channels 12-bit R/2R DAC contains a three principal blocks: adjustable bias, DAC core and logic block.
- 12 Bit
- TSMC
- 90nm
- CIS
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-45 … +85°C Temperature sensor
NTLab• HQ: Lithuania180TSMC_TS_01 consists of built-in 10-bit R-2R DAC, diode and own reference voltage former.
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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3.4 to 11 MHz 8rd order low pass filter
NTLab• HQ: LithuaniaThe cell is the 8rd order Butterworth low pass filter with cut-off frequency adjustment.
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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1.16 V Bandgap voltage reference
NTLab• HQ: Lithuania180TSMC_BVR_01 a bandgap voltage reference produces temperature independent voltage level around 1.16V (at Bangap_Vref pin) using…
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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1.6 Gbps DDR Programmable LVDS Transmitter/Receiver
NTLab• HQ: Lithuania090TSMC_LVDS_02 consists of transmitter (LVDSOUT), receiver (LVDSIN) and a bias.
- Controller
- TSMC
- 90nm
- CIS
- Silicon Proven
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10-bit 1-channel 1 to 100 MSPS current DAC
NTLab• HQ: LithuaniaThe 10-bit dual high-speed DAC is based on current steering architecture, which provides high-speed conversion rate and good dyna…
- 10 Bit
- TSMC
- 90nm
- CIS
- Silicon Proven
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800/1000 MHz DLL-based frequency multiplier
NTLab• HQ: Lithuania090TSMC_MDLL_01 is a clock multiplier accept an input clock and generates a phase-locked output clock at a multiple of the input …
- TSMC
- 90nm
- CIS
- Silicon Proven
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2870 to 3739 MHz Voltage-controlled oscillator
NTLab• HQ: LithuaniaVoltage-controlled oscillator (VCO) is the generator that can be tuned over a wide range of frequencies by applying a control vol…
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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2520 to 3426 MHz Voltage-controlled oscillator
NTLab• HQ: LithuaniaVoltage-controlled oscillator (VCO) is the generator that can be tuned over a wide range of frequencies by applying a control vol…
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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1517 to 2288 MHz Voltage-controlled oscillator
NTLab• HQ: LithuaniaVoltage-controlled oscillator (VCO) is the generator which can be tuned over a wide range of frequencies by applying a control vo…
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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953 to 1536 MHz Voltage-controlled oscillator
NTLab• HQ: LithuaniaVoltage-controlled oscillator (VCO) is the generator that can be tuned over a wide range of frequencies by applying a control vol…
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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5-bit programmable CMOS low-frequency divider
NTLab• HQ: LithuaniaThe 5-bit programmable CMOS low-frequency divider consists of an asynchronous pulse counter, a control logic and a multiplexer th…
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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2/64/128 CMOS/ECL PLL high-frequency divider
NTLab• HQ: LithuaniaThe CMOS high-frequency divider consists of two independent circuits.
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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NTLab• HQ: Lithuania
The voltage regulator consists of a differential amplifier which compares reference voltage with voltage from a feedback divider.
- TSMC
- 180nm
- BCDG2
- Silicon Proven
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10 mA LDO voltage regulator (output voltage 1.8 V)
NTLab• HQ: LithuaniaThe voltage regulator consists of a differential amplifier which compares reference voltage with voltage from a feedback divider.
- TSMC
- 180nm
- BCDG2
- Silicon Proven