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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
BLA0912-250R BLA0912-250R ECAD Model Rochester Electronics LLC BLA0912-250R - N-Channel LDMOS Avionics LDMOS Transistor (Ampleon Die)
BLA0912-250 BLA0912-250 ECAD Model Rochester Electronics LLC BLA0912-250 - N-Channel LDMOS Avionics LDMOS Transistor (Ampleon Die)
BLA1011-10 BLA1011-10 ECAD Model Rochester Electronics LLC BLA1011-10 - N-Channel LDMOS Avionics LDMOS Transistor (Ampleon Die)
BLA1011-2 BLA1011-2 ECAD Model Rochester Electronics LLC BLA1011-2 - N-Channel LDMOS Avionics LDMOS Transistor (Ampleon Die)
BLF1043 BLF1043 ECAD Model Rochester Electronics LLC BLF1043 - UHF10W Power LDMOS Transistor (Ampleon Die)

0.18um LDMOS TSMC Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
TSMC cmos 0.18um

Abstract: tsmc ldmos TSMC 0.25Um LDMOS TSMC 0.35Um 0.18um LDMOS TSMC 0.35Um tsmc TSMC cmos 0.18um data sheet SiGe PNP 0.18um LDMOS OPTIMOS
Text: ( TSMC compatible process) 2.5V / 3.3V (or 2.5V only) 5 .25 um CMOS 8HV 3.3V / 8.0V (or , CMOS 9T ( TSMC compatible process) 1.8V / 3.3V 7 .18 um CMOS 9T-5V 1.8V / 5.0V (12V & 20V LDMOS ) 7 .18 um OptiMOS1 1.2V / 3.0V 7 .13 um OptiMOS2 BiCMOS (SiGe) 1.2V


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PDF 256x1 TSMC cmos 0.18um tsmc ldmos TSMC 0.25Um LDMOS TSMC 0.35Um 0.18um LDMOS TSMC 0.35Um tsmc TSMC cmos 0.18um data sheet SiGe PNP 0.18um LDMOS OPTIMOS
2013 - TSMC 0.18Um

Abstract: No abstract text available
Text: included in the marking of legacy products only. PROCESS CODE TSMC , 0.35µm, Polycide, SPQM or SPTM Logic A TSMC , 0.25µm B X-FAB, 0.25µm C TSMC , 0.18µm D k - PACKAGE , . X-FAB, 0.18µm E TSMC , 0.18µm, EPI, Ar Anneal, Hi G Goyatek/Vanguard, 0.25µm H TSMC 0.25µm EPI, Ar Anneal, Hi J TSMC 0.18µm Automotive Process K TSMC 0.13µm M Drop-in heat spreader D TSMC 90nm N Exposed heat spreader E Fujitsu 90nm P Q Regular


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PDF 6815-LA1-GR TW6816-LA1-GR TW6817-LA1-GR TW6818-LA1-GR TW6932-LA1-GR 1-888-INTERSIL TSMC 0.18Um
2012 - TSMC 0.35um

Abstract: tsmc 0.18um Intersil marking code TSMC 0.25Um vanguard 0.35Um tsmc 0.18-um utac qfn TSMC 90nm TW6818-LA1-GR
Text: Nomenclature Guide TW Types TW aaaa bb - c PREFIX DEVICE NUMBER AT: Auto Wafer EP: Epi Wafer c - PROCESS This character is included in the marking of legacy products only. PROCESS TSMC , 0.35µm, Polycide, SPQM or SPTM Logic TSMC , 0.25µm X-FAB, 0.25µm TSMC , 0.18µm X-FAB, 0.18µm TSMC , 0.18µm, EPI, Ar Anneal, Hi Goyatek/Vanguard, 0.25µm TSMC 0.25µm EPI, Ar Anneal, Hi TSMC 0.18µm Automotive Process TSMC 0.13µm TSMC 90nm Fujitsu 90nm TSMC 0.13µm 12" Wafer TSMC 65nm TSMC 45nm CODE A B C D E G H J K M N P Q R S h -


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PDF TW6815-LA1-GR TW6816-LA1-GR TW6817-LA1-GR TW6818-LA1-GR TW6932-LA1-GR 1-888-INTERSIL TSMC 0.35um tsmc 0.18um Intersil marking code TSMC 0.25Um vanguard 0.35Um tsmc 0.18-um utac qfn TSMC 90nm
2009 - TSMC 0.35Um

Abstract: 80C515C ocds 0.35Um tsmc 8051 mcs51 ASM51 MCS51 R8051XC2 T8051 TSMC 0.25Um
Text: FPGA-based systems. Block Diagram Extremely small gate count, e.g., TSMC .18 ASIC process: CPU only = , , and OCDS debug), CPU only, and size of the optional OCDS. ASIC Technology TSMC * 0.35µm UMC 0.25µm , , level-triggered interrupts) or a reset condition. TSMC * 0.18µm UMC 0.13µm TSMC * 0.13µm TSMC * 0.09µm UMC , gates * Artisan TSMC library CPU Only 2.2k gates 3.2k gates 3k gates 2.8k gates 3.3k


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PDF MCS51® T8051 8051-Compatible ASM51 R8051XC2 T8051 TSMC 0.35Um 80C515C ocds 0.35Um tsmc 8051 mcs51 MCS51 TSMC 0.25Um
TSMC cmos 0.18um

Abstract: tsmc cmos N-7075 TSMC cmos 0.18um Adc IP
Text: PRELIMINARY PRODUCT SPECIFICATION 12-Bit 40MSPS 0.18µm nAD1240-18TS Analog-to-Digital Converter IP FEATURES · · · · · · 3.3V power supply 150µV input referred noise Low power (150mW @ 3.3V and 40MSPS) Compact area (2.47mm2) Frequency dependent biasing Single ended input · · · · 1X-2X gain input stage Low input capacitance Two power saving idle modes TSMC Imaging , -bit monolithic analogto-digital converter, implemented in the TSMC imaging 0.18µm CMOS process with MiM


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PDF 12-Bit 40MSPS nAD1240-18TS 150mW 40MSPS) 47mm2) nAD1240-18TS N-7075 TSMC cmos 0.18um tsmc cmos TSMC cmos 0.18um Adc IP
2006 - TSMC cmos 0.18um

Abstract: TSMC 0.18um SRAM TSMC 180nm single port sram TSMC 180nm dual port sram TSMC 0.18Um tsmc 180nm sram 2 port register file SC18 180-nm TSMC 180nm
Text: technology · CL018G ( TSMC ) · Up to 6 layers of metal · Wide variety of IP · 10/100 Ethernet MAC · CAN 2.0 , interfaces. Using TSMC 's high performance 0.18µm CMOS process, the SC18 family offers small die sizes for low


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PDF 180nm 200-300MHz 30nW/MHz/gate CL018G PCI33, PCI66, PCIX-183 M-20620-001 TSMC cmos 0.18um TSMC 0.18um SRAM TSMC 180nm single port sram TSMC 180nm dual port sram TSMC 0.18Um tsmc 180nm sram 2 port register file SC18 180-nm TSMC 180nm
2009 - tsmc 0.18um

Abstract: pci 2.3 TSMC memory guide
Text: ) TSMC 0.18µm 2932 gates 66 TSMC 0.13µm 2860 gates 66 TSMC 90 nm 2551 gates 66


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PDF PCI-M32MF 32-bit PCI-M32MF tsmc 0.18um pci 2.3 TSMC memory guide
2009 - TSMC 0.18Um

Abstract: TSMC 0.13um process specification 80C552 TSMC 90nm
Text: Technology TSMC 0.18µm TSMC 0.13µm TSMC 90nm Approx. Area 785 gates 773 gates 772 gates Frequency


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tsmc 0.18um

Abstract: TSMC 0.18um data sheet tsmc cmos RTL code for ethernet TSMC cmos 0.18um data sheet TSMC cmos 0.18um ethernet mdio circuit diagram 20 channel data transmitting circuit 3.125G block diagram for optical fiber receiver
Text: SB1000 PRODUCT BRIEF SILICON BRIDGE SB1000 - Quad 1 - 3.125Gbps Low Power CMOS Transceiver Macro Cell in 0.18um TSMC Process FEATURES BENIFITS/ADVANTAGES · · · · · · · · · · · · · · · · · · · · · Compliant with IEEE 802.3ae 10Gbps Ethernet XAUI specification Integrated CMU, CDR, MUX/DMUX enabling operating range from 1 - 3.2Gbps Integrated per-channel receive , mode Single 1.8V supply Power dissipation: 100mW per channel Available in TSMC 0.18um CMOS


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PDF SB1000 SB1000 125Gbps 10Gbps 8B/10B tsmc 0.18um TSMC 0.18um data sheet tsmc cmos RTL code for ethernet TSMC cmos 0.18um data sheet TSMC cmos 0.18um ethernet mdio circuit diagram 20 channel data transmitting circuit 3.125G block diagram for optical fiber receiver
2011 - C-l018

Abstract: CL018G DS28CN01 DS28E01-100 M1470 DS1961S DS1963S DS2460 DS28E02 DS28E10
Text: is 102,256µm2 in TSMC CL018G (0.18µm Generic Process) Dedicated Hardware-Accelerated SHA-1 Engine , ARM TSMC CL018G (0.18µm generic process) 1.8V SAGE-XTM standard cells library, version 2004q3v1, at , only and modeled using the ARM TSMC CL018G (0.18µm generic process) 1.8V SAGE-X standard cells library , estimate. Library used for estimate: ARM TSMC CL018G (0.18um generic process) 1.8V SAGE-X standard cells


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PDF 64-byte DS1963S, DS1961S, DS28E10, DS28E02, DS2460, DS28CN01, DS28E01-100. 20-byte C-l018 CL018G DS28CN01 DS28E01-100 M1470 DS1961S DS1963S DS2460 DS28E02 DS28E10
TSMC cmos 0.18um

Abstract: SSOP28 HP8644B N-7075 marconi company
Text: PRELIMINARY PRODUCT SPECIFICATION 12-Bit 80MSPS 0.18µm nAD1280-18TS Analog-to-Digital Converter IP FEATURES · · · · · · 3.3V power supply 150µV input referred noise Low power (250mW @ 3.3V and 80MSPS) Compact area (2.47mm2) Frequency dependent biasing Single ended input · · · · 1X-2X gain input stage Low input capacitance Two power saving idle modes TSMC Imaging , -bit monolithic analogto-digital converter, implemented in the TSMC imaging 0.18µm CMOS process with MiM


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PDF 12-Bit 80MSPS nAD1280-18TS 250mW 80MSPS) 47mm2) nAD1280-18TS nAD1280-18TS-IC TSMC cmos 0.18um SSOP28 HP8644B N-7075 marconi company
HP8644B

Abstract: N-7075 SSOP28 marconi company TSMC cmos 0.18um
Text: PRELIMINARY PRODUCT SPECIFICATION 12-Bit 30MSPS 0.18µm nAD1230-18TS Analog-to-Digital Converter IP FEATURES · · · · · · 3.3V power supply 150µV input referred noise Low power (115mW @ 3.3V and 30MSPS) Compact area (2.47mm2) Frequency dependent biasing Single ended input · · · · 1X-2X gain input stage Low input capacitance Two power saving idle modes TSMC Imaging , -bit monolithic analogto-digital converter, implemented in the TSMC imaging 0.18µm CMOS process with MiM


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PDF 12-Bit 30MSPS nAD1230-18TS 115mW 30MSPS) 47mm2) nAD1230-18TS nAD1230-18TS-IC HP8644B N-7075 SSOP28 marconi company TSMC cmos 0.18um
hp8644B

Abstract: TSMC cmos 0.18um N-7075 SSOP28 marconi company
Text: PRELIMINARY PRODUCT SPECIFICATION 12-Bit 40MSPS 0.18µm nAD1240-18TS Analog-to-Digital Converter IP FEATURES · · · · · · 3.3V power supply 150µV input referred noise Low power (150mW @ 3.3V and 40MSPS) Compact area (2.47mm2) Frequency dependent biasing Single ended input · · · · 1X-2X gain input stage Low input capacitance Two power saving idle modes TSMC Imaging , -bit monolithic analogto-digital converter, implemented in the TSMC imaging 0.18µm CMOS process with MiM


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PDF 12-Bit 40MSPS nAD1240-18TS 150mW 40MSPS) 47mm2) nAD1240-18TS nAD1240-18TS-IC hp8644B TSMC cmos 0.18um N-7075 SSOP28 marconi company
TSMC cmos 0.18um

Abstract: N-7075 SSOP28 TSMC 0.18um digital
Text: , implemented in the TSMC logic 0.18µm CMOS process. No mixed mode process options are needed. The converter


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PDF 12-Bit 30MSPS nAD1230-18 10MHz) 30MSPS) nAD1230-18 nAD1230-18-IC nAD1230-18-EVB TSMC cmos 0.18um N-7075 SSOP28 TSMC 0.18um digital
TSMC cmos 0.18um

Abstract: wireless design guide 13th N-7075 SSOP28
Text: converter, implemented in the TSMC logic 0.18µm CMOS process. No mixed mode process options are needed. The


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PDF 12-Bit 80MSPS nAD1280-18 10MHz) 80MSPS) 86mm2) nAD1280-18 nAD1280-18-IC nAD1280-18-EVB TSMC cmos 0.18um wireless design guide 13th N-7075 SSOP28
TSMC cmos 0.18um

Abstract: N-7075 SSOP28 n7075
Text: , implemented in the TSMC logic 0.18µm CMOS process. No mixed mode process options are needed. The converter


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PDF 12-Bit 20MSPS nAD1220-18 10MHz) 20MSPS) nAD1220-18 nAD1220-18-IC nAD1220-18-EVB TSMC cmos 0.18um N-7075 SSOP28 n7075
2008 - jpeg encoder vhdl code

Abstract: dct verilog code VHDL code DCT verilog code for huffman encoding camera vhdl code jpeg encoder vhdl code ALMA tsmc 0.18um Huffman SpeedTags vhdl code for huffman decoding
Text: 16,576 bits TSMC 0.09µm 142,111 50,394 500 MHz · Comprehensive user documentation, including detailed specifications and a system integration guide. Memory TSMC 0.18µm Logic Area


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tsmc 0.18um

Abstract: ccii CCII APPLICATION current conveyors APP4198 tsmc 0.18um CMOS transistor TSMC 0.18um Process parameters current conveyor AN4198 electrical impedance tomography
Text: CMOS device. A typical simulated gain with a TSMC 0.18µm with a load of 1k gave a gain of 0.7 , TSMC 0.18µm process with R1 = 1k and R2 = 1k, results in a gain Page 5 of 6 of 1. The 3dB


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PDF com/an4198 MAX4112: MAX477: AN4198, APP4198, Appnote4198, tsmc 0.18um ccii CCII APPLICATION current conveyors APP4198 tsmc 0.18um CMOS transistor TSMC 0.18um Process parameters current conveyor AN4198 electrical impedance tomography
2012 - transistor smd marking za sot-23

Abstract: MOSFET TRANSISTOR SMD MARKING CODE ZA TRANSISTOR SMD MARKING CODE KE sot-23 MARKING CODE ZA TRANSISTOR SMD MARKING CODE TK SMD MARKING CODE sdp intersil MARKING CODE ZA RF TRANSISTOR SMD MARKING CODE TK TW6817-LA1-GR smd transistor marking code XC
Text: only. PROCESS TSMC , 0.35µm, Polycide, SPQM or SPTM Logic TSMC , 0.25µm X-FAB, 0.25µm TSMC , 0.18µm X-FAB, 0.18µm TSMC , 0.18µm, EPI, Ar Anneal, Hi Goyatek/Vanguard, 0.25µm TSMC 0.25µm EPI, Ar Anneal, Hi TSMC 0.18µm Automotive Process TSMC 0.13µm TSMC 90nm Fujitsu 90nm TSMC 0.13µm 12" Wafer TSMC 65nm TSMC 45nm


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PDF JM38510/ 1-888-INTERSIL transistor smd marking za sot-23 MOSFET TRANSISTOR SMD MARKING CODE ZA TRANSISTOR SMD MARKING CODE KE sot-23 MARKING CODE ZA TRANSISTOR SMD MARKING CODE TK SMD MARKING CODE sdp intersil MARKING CODE ZA RF TRANSISTOR SMD MARKING CODE TK TW6817-LA1-GR smd transistor marking code XC
2013 - Intersil

Abstract: MOSFET TRANSISTOR SMD MARKING CODE ZA TSMC 0.13um process specification transistor smd marking za sot-23
Text: products only. PROCESS CODE TSMC , 0.35µm, Polycide, SPQM or SPTM Logic A TSMC , 0.25µm B X-FAB, 0.25µm C TSMC , 0.18µm D k - PACKAGE VARIANT PACKAGE VARIANT CODE This is , style. The last FG# created will include the lead count. X-FAB, 0.18µm E TSMC , 0.18µm, EPI, Ar Anneal, Hi G Goyatek/Vanguard, 0.25µm H TSMC 0.25µm EPI, Ar Anneal, Hi J TSMC 0.18µm Automotive Process K TSMC 0.13µm M Drop-in heat spreader D TSMC 90nm N


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PDF JM38510/ 1-888-INTERSIL Intersil MOSFET TRANSISTOR SMD MARKING CODE ZA TSMC 0.13um process specification transistor smd marking za sot-23
2004 - tsmc cmos

Abstract: VSC715 TSMC Flash TSMC 0.18um SRAM
Text: -pin TQFP 0.18um TSMC CMOS, 6-layer Metal 5W (typical), 5W (max) PB-VSC7150-001 VSC7150 12


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PDF VSC7150 12-PHY tsmc cmos VSC715 TSMC Flash TSMC 0.18um SRAM
2004 - tsmc eeprom

Abstract: VSC715
Text: Applications 176-pin TQFP Two-Wire Serial Interfaces UART Interfaces SPI Interface GPIOs 0.18um TSMC CMOS


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PDF VSC7151 tsmc eeprom VSC715
2004 - Not Available

Abstract: No abstract text available
Text: 0.18um TSMC CMOS, 6-layer Metal 3W (typical), 5W (max) PB-VSC7149-001 VSC7149 6-PHY Serial


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PDF VSC7149
2009 - tsmc

Abstract: "network interface cards"
Text: target application or technology: · CSR data bus width ­ 8 or 16 or 32 ASIC Technology TSMC 0.18µm TSMC 0.18 µm Optimization Strategy Area Speed Approx. Area 39,000 gates 46,000 gates


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PDF 10/100Mb/s tsmc "network interface cards"
2008 - SDHC specification

Abstract: SD host controller vhdl tsmc 0.18um GPS clock code using VHDL GPS clock code using verilog vhdl code for memory card digital clock using logic gates sdio sdio memory silicon fingerprint technology
Text: control paths. UMC 0.18um TSMC 0.09um RSTC - Reset Controller Generates reset signals for every


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