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The most expensive issue in custom silicon development is often unwanted, excessive silicon spins. Development of RF IP involves high power, high frequencies and non-linearity, making predictability challenging. By using CoreHW silicon verified IP, you can take a safer route to your targets.
We support you in the IP integration, verification, productization and possible customization. Both black box and white box models are available.
mmWave PLL comprises a high accuracy fractional N PLL frequency synthesizer with low noise VCO.
VCO solution for demanding applications needing large tuning ranges and ultra-low phase noise. Maturity: silicon verified.
Versatile high performance PLL solution with ultra-low power, high integration level and small size. Maturity: silicon verified.
For single-phase operation, one DCDC IP and one Support IP are needed. More than two DCDC IPs can be put to one silicon if desired.
| Name | Process | Type | Description | |
|---|---|---|---|---|
| CoreWiFiRXFEGF22 | GF22 | TOP | Receiver for Wi-Fi Front-end | |
| CoreRXWiFi2G41AGF22 | GF22 | RX | Wifi Receiver, 2402-2480 MHz | |
| CoreLNANF31AGF22 | GF22 | LNA | Low-Noise Amplifier (Single-ended cascode) | |
| CoreMIX2G41AGF22 | GF22 | MIX | RF Passive Mixer+TIA | |
| CoreOTA2G41AGF22 | GF22 | OTA | RF Transconductance Amplifier | |
| CoreMIXQUA2G41AGF22 | GF22 | MIX | RF Switching Quad | |
| CoreAUX1AGF22 | GF22 | AUX | 25 % duty cycle generator | |
| CoreTIA50M1AGF22 | GF22 | TIA | Transimpedance Amplifier, BW=50MHz | |
| CoreDETPK1AGF22 | GF22 | DET | Detector for RSSI | |
| CoreCMP1AGF22 | GF22 | CMP | Comparator for RSSI | |
| CoreMIXLIN2G41AGF22 | GF22 | MIX | PA High-Linearity Mixer | |
| CorePLL6GGF40 | GF40 | TOP | CorePLL: High-Performance Synthesizers, 6GHz | |
| CorePLLRF3VCO1AGF40 | GF40 | PLL | High-Performance RFPLL with 3 VCOs from 7GHz to 12GHz | |
| CorePLLCLK1VCO1AGF40 | GF40 | PLL | High-Performance CLKPLL with 1 VCO from 10GHz to 12GHz | |
| CoreBGEXT1V21AGF40 | GF40 | BG | Voltage Reference with Cext Option, 1.2V | |
| CoreLDO39m1V21AGF40 | GF40 | LDO | Low-Noise Regulator, Tunable, 1.2V | |
| CoreVCO7G1AGF40 | GF40 | VCO | VCO1, Fcenter 7GHz (40% Tuning) | |
| CoreVCO10G1AGF40 | GF40 | VCO | VCO2, Fcenter 10GHz (30% Tuning) | |
| CoreVCO12G1AGF40 | GF40 | VCO | VCO3, Fcenter 12GHz (20% Tuning) | |
| CoreDETPK12G1AGF40 | GF40 | DET | Amplitude Detector, Ouput 2bits | |
| CoreMUXRF3to11AGF40 | GF40 | MUX | RF Multiplexer, Differential, 3to1 | |
| CoreBUFEXT12G1AGF40 | GF40 | BUF | RF Buffer, Fmax 12GHz, External drive | |
| CoreBUFINT12G1AGF40 | GF40 | BUF | RF Buffer, Fmax 12GHz , Internal Drive | |
| CoreDIV212G1AGF40 | GF40 | DIV | Divide-By-Two, up to 12GHz, Programmable Direct / Div-By-2 Modes, up to 12GHz | |
| CoreDIVN3G1AGF40 | GF40 | DIV | Divide-by-N, up to 3GHz, Programmanble Division Number | |
| CoreD2S12G1AGF40 | GF40 | D2S | RF Slicer, Differential to Single-Ended, up to 12GHz | |
| CoreSYNC12G1AGF40 | GF40 | SYNC | Synchronizer, up to 12GHz | |
| CoreD2S500M1AGF40 | GF40 | D2S | Reference Slicer, Differential to Single-Ended | |
| CorePD250M1AGF40 | GF40 | PD | Phase Detector, Up to 250MHz | |
| CoreCP1AGF40 | GF40 | CP | Charge Pump, tunable | |
| CoreLPF200k1AGF40 | GF40 | LPF | Loop Filter, Tunable BandWidth, Embedded 10bit ADC/DAC, Lbw=200kHz | |
| CoreDACRES10b1AGF40 | GF40 | DAC | Resistive DAC, 10b | |
| CoreADC10bSAR1AGF40 | GF40 | ADC | SAR ADC with RDAC, 10b | |
| CoreTSENS1AGF40 | GF40 | TSENS | Temperature Sensor, voltage output | |
| CoreOPAR2R1AGF40 | GF40 | OPA | Rail-To-Rail Operational Amplifier | |
| CoreOPABUF1AGF40 | GF40 | OPA | Operational Amplifier for output buffering | |
| CoreCNT8b6G1AGF40 | GF40 | CNT | RF Counter, 8b | |
| CorePLLCAGF55 | GF55 | TOP | CorePLL: High-Performance CA Synthesizers for 4G(LTE) with Carrier Aggregation (CA Rel11, Rel12) & 2G(GSM) | |
| CorePLLRF1VCO1AGF55 | GF55 | PLL | High-Performance RFPLL with Wide-Tuning VCO (Fmid=6GHz) | |
| CorePLLRF2VCO1AGF55 | GF55 | PLL | High-Performance RFPLL with Wide-Tuning VCO (Fmid=6GHz) + GSM VCO (Fmid=7.2GHz) | |
| CoreBGEXT1V21AGF55 | GF55 | BG | Voltage Reference with Cext Option, 1.2V | |
| CoreLDO51V21AGF55 | GF55 | LDO | Low-Noise Regulator, 5mA, 1.2V | |
| CoreLDO401V21AGF55 | GF55 | LDO | Low-Noise Regulator, 40mA, 1.2V | |
| CoreLDO151V21AGF55 | GF55 | LDO | Low-Noise Regulator, 15mA, 1.2V | |
| CoreVCO6G1AGF55 | GF55 | VCO | VCO1, Wide-Tuning, Fcenter=6GHz | |
| CoreVCO7G1AGF55 | GF55 | VCO | VCO2, High-Q, Fcenter=7.2GHz (20% Tuning) | |
| CoreDETPK1AGF55 | GF55 | DET | Amplitude Detector, Output 2bits | |
| CoreBUFINT8G1AGF55 | GF55 | BUF | RF Buffer, CMOS, Push-Pull, Fmax 8GHz, for Internal Drive | |
| CoreMUXRF4to21AGF55 | GF55 | MUX | RF Multiplexer, Differential, 4to2 | |
| CoreBUFEXT8G1AGF55 | GF55 | BUF | RF Buffer, CMOS, Push-Pull, Fmax 8GHz, for External Drive | |
| CoreDIV28G1AGF55 | GF55 | DIV | Divide-By-Two, CMOS, up to 8GHz | |
| CoreDIV38G1AGF55 | GF55 | DIV | Divide-By-Three, CMOS, up to 8GHz | |
| CoreDIV2IQ8G1AGF55 | GF55 | DIV | Divide-By-Two IQ, CMOS, up to 8GHz | |
| CoreDIV4IQ8G1AGF55 | GF55 | DIV | Divide-By-Four IQ, CMOS, up to 8GHz | |
| CoreD2S8G1AGF55 | GF55 | D2S | RF Slicer, Differential to Single-Ended, up to 8GHz | |
| CoreDIVPR8G1AGF55 | GF55 | DIV | RF Pre-Divider, Control from Digital Logic, up to 8GHz | |
| CoreSYNC6G1AGF55 | GF55 | SYNC | Synchronizer, up to 6GHz | |
| CoreD2S500M1AGF55 | GF55 | D2S | Reference Slicer, Differential to Single-Ended | |
| CorePD52M1AGF55 | GF55 | PD | Phase Detector, Up to 52MHz | |
| CoreCP1AGF55 | GF55 | CP | Charge Pump, tunable | |
| CoreLPF200k1AGF55 | GF55 | LPF | Loop Filter, Tunable BW, Embedded 5bit ADC/DAC, Loop BW=200kHz | |
| CoreDACRES5b1AGF55 | GF55 | DAC | Resistive DAC, 5b | |
| CoreADC5bSAR1AGF55 | GF55 | ADC | SAR ADC with RDAC, 5b | |
| CoreCNT16b6G1AGF55 | GF55 | CNT | RF Counter, 16b | |
| CorePLL10GSTM65 | STM65 | TOP | CorePLL: High-Performance Synthesizers, 10GHz | |
| CorePLLRF1VCO1ASTM65 | STM65 | PLL | High-Performance RFPLL with Wide-Tuning VCO (Fmid=6GHz) | |
| CorePLLRF2VCO1ASTM65 | STM65 | PLL | High-Performance RFPLL with Wide-Tuning VCO (Fmid=6GHz) + GSM VCO (Fmid=7.2GHz) | |
| CoreBGEXT1V21ASTM65 | STM65 | BG | Voltage Reference with Cext Option, 1.2V | |
| CoreLDO51V21ASTM65 | STM65 | LDO | Low-Noise Regulator, NMOS, By-Pass Mode, 5mA, 1.2V | |
| CoreLDO401V21ASTM65 | STM65 | LDO | Low-Noise Regulator, NMOS, By-Pass Mode, 40mA, 1.2V | |
| CoreLDO151V21ASTM65 | STM65 | LDO | Low-Noise Regulator, NMOS, By-Pass Mode, 15mA, 1.2V | |
| CoreVCO6G1ASTM65 | STM65 | VCO | VCO1, Wide-Tuning, Fcenter=6GHz | |
| CoreVCO7G1ASTM65 | STM65 | VCO | VCO2, High-Q, Fcenter=7.2GHz | |
| CoreDETPK1ASTM65 | STM65 | DET | Amplitude Detector, Ouput 2bits | |
| CoreBUFINT8G1ASTM65 | STM65 | BUF | RF Buffer, CMOS, Push-Pull, Fmax 8GHz, for Internal drive | |
| CoreMUXRF4to21ASTM65 | STM65 | MUX | RF Multiplexer, Differential, 4to2 | |
| CoreBUFEXT8G1ASTM65 | STM65 | BUF | RF Buffer, CMOS, Push-Pull, Fmax 8GHz, for External Drive | |
| CoreDIV28G1ASTM65 | STM65 | DIV | Divide-By-Two, CMOS, up to 8GHz | |
| CoreDIV38G1ASTM65 | STM65 | DIV | Divide-By-Three, CMOS, up to 8GHz | |
| CoreDIV2IQ8G1ASTM65 | STM65 | DIV | Divide-By-Two IQ, CMOS, up to 8GHz | |
| CoreDIV4IQ8G1ASTM65 | STM65 | DIV | Divide-By-Four IQ, CMOS, up to 8GHz | |
| CoreD2S8G1ASTM65 | STM65 | D2S | RF Slicer, Differential to Single-Ended, up to 8GHz | |
| CoreDIVPRE8G1ASTM65 | STM65 | DIV | RF Pre-Divider, Control from Digital Logic, up to 8GHz | |
| CoreSYNC6G1ASTM65 | STM65 | SYNC | Synchronizer, up to 6GHz | |
| CoreD2S500M1ASTM65 | STM65 | D2S | Reference Slicer, Differential to Single-Ended | |
| CorePD52M1ASTM65 | STM65 | PD | Phase Detector, Up to 52MHz | |
| CoreCP1ASTM65 | STM65 | CP | Charge Pump, tunable | |
| CoreLPF200k1ASTM65 | STM65 | LPF | Loop Filter, Tunable BW, Embedded 5bit ADC/DAC, Loop BW=200kHz | |
| CoreDACRES5b1ASTM65 | STM65 | DAC | Resistive DAC, 5b | |
| CoreADC5bSAR1ASTM65 | STM65 | ADC | SAR ADC with RDAC, 5b | |
| CoreCNT16b6G1ASTM65 | STM65 | CNT | RF Counter, 16b | |
| CoreFERFGF130SOI | GF130SOI | TOP | CoreFE: RF Front-End | |
| CoreBG1V21AGF130SOI | GF130SOI | BG | Voltage Reference, 1.2V | |
| CoreLDO102V01AGF130SOI | GF130SOI | LDO | Regulator, Tunable, 10mA, 2V | |
| CoreLDO102V01BGF130SOI | GF130SOI | LDO | Regulator, Tunable, 10mA, 2V | |
| CoreBIASI500u1AGF130SOI | GF130SOI | BIAS | Constant-Gm bias | |
| CoreDETPA1AGF130SOI | GF130SOI | DET | PA detector | |
| CoreSWSP2T2G51AGF130SOI | GF130SOI | SW | Switch SP2T, 2.5GHz | |
| CorePOR7u1AGF130SOI | GF130SOI | POR | Power On Reset | |
| CoreOSC250M1AGF130SOI | GF130SOI | OSC | Ring oscillator, 100-400MHz | |
| CoreCP200u1AGF130SOI | GF130SOI | CP | Charge Pump, tunable | |
| CoreLNANF21AGF130SOI | GF130SOI | LNA | Low Noise Amplifier, 2.36GHz-2.5GHz | |
| CoreIFSPI1AGF130SOI | GF130SOI | IF | SPI and Efuse | |
| CoreSWEFUSE19m1AGF130SOI | GF130SOI | SW | Efuse Switch | |
| CoreMUXDC16to11AGF130SOI | GF130SOI | MUX | Testmux 4bit | |
| CoreFILLPF2G41AGF130SOI | GF130SOI | FIL | Harmonic filter -42dBm, 2.4GHz | |
| CoreDECTH3b1AGF130SOI | GF130SOI | DEC | Binary to Thermocoder, 3bit | |
| CoreDECTH4b1AGF130SOI | GF130SOI | DEC | Binary to Thermocoder, 4bit | |
| CoreDECTH5b1AGF130SOI | GF130SOI | DEC | Binary to Thermocoder, 5bit | |
| CoreDECOH2b1AGF130SOI | GF130SOI | DEC | Binary to One-hot coder, 2bit | |
| CoreDECOH3b1AGF130SOI | GF130SOI | DEC | Binary to One-hot coder, 3bit | |
| CoreDECOH4b1AGF130SOI | GF130SOI | DEC | Binary to One-hot coder, 4bit | |
| CoreOPAS1AGF130SOI | GF130SOI | OPA | Operational amplifier | |
| CoreOPA1AGF130SOI | GF130SOI | OPA | Operational amplifier | |
| CoreLSL2H1AGF130SOI | GF130SOI | LS | Level shifter low to high | |
| CoreLSDPN1AGF130SOI | GF130SOI | LS | Level shifter | |
| CoreSWSP4T2G41AGF130SOI | GF130SOI | SW | SP4T RF switch | |
| CoreSWSPST1AGF130SOI | GF130SOI | SW | SPST RF switch | |
| CoreOSC400M1AGF130SOI | GF130SOI | OSC | Ring oscillator, 100-400MHz | |
| CoreSSUSSU1AGF130SOI | GF130SOI | SSU | Programmable RF attennuator | |
| CoreLTEFEGF130SOI | GF130SOI | TOP | CoreLTEFE: RF Front-End for LTE mid-band application | |
| CorePA1G81AGF130SOI | GF130SOI | AMP | Power amplifier, 1.8GHz | |
| CoreLNAGNSS1AGF130SOI | GF130SOI | LNA | Low noise amplifier for GNSS | |
| CorePROCPROC1AGF130SOI | GF130SOI | PROC | Process monitor | |
| CoreSWSP4T1AGF130SOI | GF130SOI | SW | SP4T RF switch | |
| CoreBGEXT1V21AXH180 | XH180 | BG | Voltage Reference with Cext Option, 1.2V | |
| CoreLDO103V01AXH180 | XH180 | LDO | Regulator, Tunable, 10mA, 3V | |
| CoreLDO303V01AXH180 | XH180 | LDO | Regulator, Tunable, 30mA, 3V | |
| CoreLDO101V81AXH180 | XH180 | LDO | Regulator, Tunable, 10mA, 1.8V | |
| CoreLDO10PG1AXH180 | XH180 | LDO | Regulator, Tunable, 10mA, Programmable 1.8V/0.4V | |
| CoreBIASI16u1AXH180 | XH180 | BIAS | Central Current Bias 12x16uA | |
| CoreBIASV1V51AXH180 | XH180 | BIAS | Signal Ground Bias Voltage, Tunable | |
| CoreBIASV0to3V1AXH180 | XH180 | BIAS | Voltage Bias Generator, 0V to 3V, 6bit | |
| CoreBIASV2V2V51AXH180 | XH180 | BIAS | Voltage Bias Generator, 2V & 2.5V | |
| CoreBIASV0V6to1V41AXH180 | XH180 | BIAS | Voltage Bias Generator, 0.6V to 1.4V, 6bit | |
| CoreADC16bSAR1AXH180 | XH180 | ADC | Analog-to-Digital Converter, 16bit SAR | |
| CoreDAC16b1AXH180 | XH180 | DAC | Capacitive DACs, 16bit (1d+7b+8b) | |
| CoreCMPOOC38M1AXH180 | XH180 | CMP | Comparator, Fmax 38.4MHz | |
| CoreP2S8b600M1AXH180 | XH180 | P2S | Parallel to Serial Converter, 8b, Fmax 600MHz | |
| CoreIFLVDSDR1AXH180 | XH180 | IF | LVDS interface Driver, Fmax 600MHz | |
| CoreIFSLVSDR1AXH180 | XH180 | IF | SLVS Interface Driver, Fmax 600MHz | |
| CoreTSENS1AXH180 | XH180 | TSENS | Temperature Sensor, voltage output | |
| CoreMUXDC16to11AXH180 | XH180 | MUX | Multiplexer 2x 16 to 1 | |
| CoreOPA1AXH180 | XH180 | OPA | Operational amplifier | |
| CoreOPAR2R1AXH180 | XH180 | OPA | Rail-To-Rail Operational Amplifier | |
| CoreDECOH6b1AXH180 | XH180 | DEC | Binary to One-hot coder, 6bit | |
| CoreDECOH4b1AXH180 | XH180 | DEC | Binary to One-hot coder, 4bit | |
| CoreBGEXT1V21AXP180 | XP180 | BG | Voltage Reference with Cext Option, 1.2V | |
| CoreLDO104V01AXP180 | XP180 | LDO | Regulator, Tunable, 10mA, 4V | |
| CoreLDO101V81AXP180 | XP180 | LDO | Regulator, 10mA, 1.8V | |
| CoreBIASI16u1AXP180 | XP180 | BIAS | Central Current Bias 6x16uA | |
| CoreBIASVR2R1AXP180 | XP180 | BIAS | Voltage Bias Generator, 6bit Tunable, rail to rail | |
| CoreBIASV2V1AXP180 | XP180 | BIAS | Voltage Bias Generator, Tunable | |
| CoreADC17bSAR1AXP180 | XP180 | ADC | Analog-to-Digital Converter, 17bit SAR | |
| CoreDAC17b1AXP180 | XP180 | DAC | Capacitive DACs, 17bit (1d+8b+8b) | |
| CoreCMPOOC20M1AXP180 | XP180 | CMP | Comparator, Fmax 20MHz | |
| CoreVCOSGB25V | SGB25V | TOP | CoreVCO: High-Performance Radiation Hard SiGe VCOs, 0.8 .. 7.5 GHz | |
| CoreBGEXT1V21ASGB25V | SGB25V | BG | Voltage Reference with Cext Option, 1.2V | |
| CoreLDO504V81ASGB25V | SGB25V | LDO | Regulator, Tunable, 50mA, 4.8V | |
| CoreLDO503V31ASGB25V | SGB25V | LDO | Regulator, Tunable, 50mA, 3.3V | |
| CoreLDO502V51ASGB25V | SGB25V | LDO | Regulator, 50mA, 2.5V | |
| CoreVCO2G01ASGB25V | SGB25V | VCO | PMOS VCO 2.5V, 1.7-2.2 GHz | |
| CoreVCO2G41ASGB25V | SGB25V | VCO | PMOS VCO 2.5V, 2.1-2.6 GHz | |
| CoreVCO2G81ASGB25V | SGB25V | VCO | PMOS VCO 2.5V, 2.5-3.1 GHz | |
| CoreVCO3G41ASGB25V | SGB25V | VCO | PMOS VCO 2.5V, 3.0-3.7 GHz | |
| CoreVCO3G31ASGB25V | SGB25V | VCO | BJT VCO 4.8V + 2.5V, 2.9-3.6 GHz | |
| CoreVCO4G11ASGB25V | SGB25V | VCO | BJT VCO 4.8V + 2.5V, 3.4-4.8 GHz | |
| CoreVCO5G21ASGB25V | SGB25V | VCO | BJT VCO 4.8V + 2.5V, 4.5-5.9 GHz | |
| CoreVCO6G21ASGB25V | SGB25V | VCO | BJT VCO 4.8V + 2.5V, 4.5-7.8 GHz | |
| CoreDIV48G1ASGB25V | SGB25V | DIV | RF ECL divider, 3.3V + 2.5V, 8GHz | |
| CoreBUFEXT8G1ASGB25V | SGB25V | BUF | RF Output buffer, 3.3V + 2.5V, 8GHz | |
| CoreDETPK1ASGB25V | SGB25V | DET | Differential High swing peak detector (5-14Vppd) | |
| CoreCMP10M1ASGB25V | SGB25V | CMP | Differential difference amplifier, 10MHz | |
| CoreDCDCTS180 | TS180 | DCDC | CoreDCDC: High-Performance DCDC for Power management | |
| CoreDRVBPSNK1ATS180 | TS180 | DRV | Output driver stage for DCDC | |
| CoreCMPF1ATS180 | TS180 | CMP | Fast feedback comparator | |
| CoreCMPH1ATS180 | TS180 | CMP | Comparator for hysteretic mode | |
| CoreCMPCLK1ATS180 | TS180 | CMP | Comparator for clock timing control | |
| CoreAMPHLD3V71ATS180 | TS180 | AMP | Feedback Error amplifier | |
| CoreOSC4M1ATS180 | TS180 | OSC | RC Oscillator, 3MHz/4MHz | |
| CoreDETZCDOCPN1ATS180 | TS180 | DET | NMOS Zero Crossing detector | |
| CoreDETSSOCP1ATS180 | TS180 | DET | PMOS 1.5A Over Current Protection | |
| CoreRAMPSUMREF1ATS180 | TS180 | RAMP | Ramp generator | |
| CoreDLY40n1ATS180 | TS180 | DLY | Rising edge delay cell for control circuits, 40ns | |
| CoreDLY20n1ATS180 | TS180 | DLY | Rising edge delay cell for control circuits, 20ns | |
| CoreDLY10n1ATS180 | TS180 | DLY | Rising edge delay cell for control circuits, 10ns | |
| CoreDLYTON1ATS180 | TS180 | DLY | TON delay cell for hysteretic mode function | |
| CoreBIASVDAC1ATS180 | TS180 | BIAS | BG Voltage bias generator, 1.0V to 1,5V | |
| CoreBIASI0u51ATS180 | TS180 | BIAS | Central Current Bias 12×0.5uA | |
| CoreMUXDC32to11ATS180 | TS180 | MUX | Testmux 5bit | |
| CoreDETD1ATS180 | TS180 | DET | Dual voltage detector , 3.7V supply | |
| CoreDIGASYNCSYNC1ATS180 | TS180 | DIG | Digital controller for DCDC, asynchronous & synchronous parts | |
| CoreDETZCDOCP1ATS180 | TS180 | DET | Zero-cross detector and valley OCP block, trimmable | |
| CoreBG1V21AGF22 | GF22 | BG | Voltage Reference, 1.2V | |
| CoreCMPD1AGF22 | GF22 | CMP | General Purpose Comparator with programmable hysteretic mode. Low Power mode 55MHz, High Speed mode 160MHz | |
| CorePLL80G1AGF22 | GF22 | PLL | MMWave 80GHz Analog FracN PLL with VCO frequency range 19.00-20.25 GHz, Including Integrated PFD, CP, LPF, VCO | |
| CoreBG0V61AGF22 | GF22 | BG | 600mV Sub-BG Voltage reference, Vdd=1V, Idd=80uA | |
| CoreVCO20G1AGF22 | GF22 | VCO | VCO 20GHz | |
| CoreLDOLN0V81AGF22 | GF22 | LDO | Low-noise Regulator for VCO 1V to 0.8V | |
| CoreLDO0V81AGF22 | GF22 | LDO | Voltage Regulator 1V to 0.8V | |
| CoreMLTP2x20G1AGF22 | GF22 | MLTP | RF Multiply by 2, 20GHz to 40GHz | |
| CoreMLTP2x40G1AGF22 | GF22 | MLTP | RF Multiply by 2, 40GHz to 80GHz |
|
| Core5ADCDCTS180 | TS180 | DCDC | 5A DCDC, 0.60…1.43V switching regulator using COT switch mode, Vin=4.25…15V | |
| CoreDIV2x80G1AGF22 | GF22 | DIV | Divide-By-Two, 80GHz to 40GHz | |
| CoreDIV2x40G1AGF22 | GF22 | DIV | Divide-By-Two, 40GHz to 20GHz | |
| CoreDIV2x20G1AGF22 | GF22 | DIV | Divide-By-Two, Sub 20GHz | |
| CoreBUF5G1AGF22 | GF22 | BUF | 5GHz RF Buffer | |
| CoreSLC122M1AGF22 | GF22 | SLC | Reference Slicer, Differential to Single-Ended | |
| CoreDAC10b1AGF22 | GF22 | DAC | Resistive DAC, 10b | |
| CoreCNT10b1AGF22 | GF22 | CNT | RF Counter, 8b | |
| CoreDET40G1AGF22 | GF22 | DET | 40GHz Amplitude Detector | |
| CoreBUF80G1AGF22 | GF22 | BUF | 80GHz Amplitude detector | |
| CoreCLKPLL3GTS22 | TS22 | TOP | CLK PLL | |
| CoreVCO1ATS22 | TS22 | VCO | VCO 3-6GHz | |
| CoreDIV21ATS22 | TS22 | DIV | Divide by 2 | |
| CoreDIVN10bit1ATS22 | TS22 | DIV | Divide-by-N, up to 3GHz, Programmanble Division Number | |
| CoreDET1ATS22 | TS22 | DET | Lock Detector | |
| CoreCMPIMon1ATS180 | TS180 | CMP | Current monitor comparator | |
| CoreTIMIO1ATS180 | TS180 | TIM | TON timer, provides COT switching time based on Vin and Vout | |
| CoreDRVBSNM1ATS180 | TS180 | DRV | HS bootstrap driver for HS NMOS gate voltage generation | |
| CoreIREHS1ATS180 | TS180 | IRE | HS current replica block, 1:100’000 | |
| CoreIRELS1ATS180 | TS180 | IRE | LS current replica block, 1:100’000, for LS switch current measurement | |
| CoreDACRES10b1ATS180 | TS180 | DAC | 10-bit 1MHz R-2R DAC | |
| CoreMUXDC21to11ATS180 | TS180 | MUX | 21-input testmux, with LU protection at output | |
| CoreDLY10nIN1ATS180 | TS180 | DLY | Inverter based delay chain, 10ns | |
| CoreDLY5ns1ATS180 | TS180 | DLY | Inverter based delay chain, 5ns | |
| CoreDLYAdDP1ATS180 | TS180 | DLY | Adjustable delay block for dual-phase regulator operation | |
| CoreCMPErr1ATS180 | TS180 | CMP | Error comparator, for PWM generation in the DCDC | |
| CoreDETIload1ATS180 | TS180 | DET | Current monitor circuit, Vout=1.2V+0.06V*Iload | |
| CoreCP3v31ATS180 | TS180 | CP | Charge pump, makes Vin-3.3V voltage | |
| CoreDETOCPHS1ATS180 | TS180 | DET | HS current protection circuit | |
| CoreLDOBS1ATS180 | TS180 | LDO | DCDC regu power stage, includes bootstrap regulator | |
| CoreDRVSWHS1ATS180 | TS180 | DRV | HS power switch driver | |
| CoreDRVSWLS1ATS180 | TS180 | DRV | LS power switch driver | |
| CoreLSH2L1ATS180 | TS180 | LS | Levelshifter high-to-low, used in HS driver | |
| CoreLSL2H1ATS180 | TS180 | LS | Levelshifter low-to-high, used in HS driver | |
| CoreAMPgm1ATS180 | TS180 | AMP | Reference amplifier, with adjustable gm value | |
| CoreFBrpl1ATS180 | TS180 | FB | Ripple injector | |
| CoreDLY10nEd1ATS180 | TS180 | DLY | 10ns rising edge delay circuit, RC-based, trimmable | |
| CoreDLY150nEd1ATS180 | TS180 | DLY | 150ns rising edge delay circuit, not trimmable | |
| CoreDLY20nEd1ATS180 | TS180 | DLY | 20ns rising edge delay circuit, RC-based, trimmable | |
| CoreMUXANA4to11ATS180 | TS180 | MUX | Analog signal MUX, 4:1, for on-chip analog signal monitoring | |
| CoreCMP10m1ATS180 | TS180 | CMP | Voltage sense comparator, relatively slow, <10mV offset | |
| CoreMUXIO10to11ATS180 | TS180 | MUX | 10-input testmux, with LU protection at output | |
| CoreADC10bSAR1ATS180 | TS180 | ADC | 1MHz SAR ADC, 10-bit, for telemetry measurements | |
| CoreBGBUF1V21ATS180 | TS180 | BG | Bandgap (1.2V)+ buffers + current bias | |
| CoreBG1V21ATS180 | TS180 | BG | Bandgap cell, 1.2V, trimmable, no buffering | |
| CoreTSENSVout1ATS180 | TS180 | TSENS | Thermal sensor, 0.6V+8mV*(T-0degC) | |
| CoreLDO1203V31ATS180 | TS180 | LDO | 4.25V…15V to 3.3V/120mA LDO | |
| CoreTSENS3bitout1ATS180 | TS180 | TSENS | Temperature sensor +85…+145degC, 3-bit digital output | |
| CoreMUXANA16to11ATS180 | TS180 | MUX | Analog signal MUX for telemetry purposes, 16:1 | |
| CoreADCSARXH180 | XH180 | TOP | CoreADC: High-Resolution SAR ADC, 16b, 1MS/s | |
| CoreADCSARXP180 | XP180 | TOP | CoreADC: High-Resolution SAR ADC, 14b, 1MS/s |
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