本文由周云清提供,版权归世强硬创平台所有,非经授权,任何媒体、网站或个人不得转载,授权转载时须注明“来源:世强硬创平台”。
相关推荐
华冠半导体(HGSEMi)半导体器件选型指南
目录- 公司简介 MOS管/比较器/存储器电路/达林顿阵列 电源管理电路 低压差稳压器 线性稳压/通用接口电路 驱动/音频电路 运算放大器/时基与时钟/逻辑电路&其他电路 微处理器 运放 接口 半导体器件概览
型号- HG9923,DS1302,TEA2025,DS1307,CD4069,XC61C-XX,CD4075,CD4073,TL494,NE556,NE555,CD4078,CD4077,75N08,HGC5615,24C128,CD4071,CD4070,KA7500,HG9261XX,FCF8563,LM3480,74HC4067,LM311,LM432,LM431,LM555,LM317,74HC32,74HC595,CD4068,CD4067,CD4066,74HC238,HG51031,CD4060,24C256,HG1201-XX,HG9921,MAX6576,HG9922,LM4580,74HC00,74HC03,HG202,74HC02,MAX3085,74HC04,HG3480,74HC07,HGV8144,HGV8142,CD4094,LM386-1,HGV8141,LM1084,LM1085,HG29100-XX,LM1086,HGC29300-XX,CD4093,74HC4046,LM1081,HG9910,LM1083,HG335,74HC14,LM79XX,HG24C08B,HG18B20,74HC573,74HC574,HGC5620,74HC4053,74HC08,HGC29150-XX,74HC4051,74HC4052,HGV8091N,CD4081,LM385-2.5,LP2954,ZNBG4000,LP2951,LMV321,LP2950,ICL8038,HG8F629,74C194,HG8F628,NE594,HGC2543,MAX7219,HG75176,HGC2549,HG2003,HGV8092N,LM29150,HG2004,LM4250,HG13085,HG3232,HG235,LM78XX,HG232,HG1051,LM358,HG1052,HGV8558,HGV8555,HGV8556,HGV8554,LM2937-XX,HGV8551,HGV8552,CA3140,HG8F630,HG8F873,AD590,74HC273,HG2593,LM1117-XX,LM321,HG485,HG2591,LP3965-XX,LM324,HG2592,LM567,13N50,LM317M,LM317L,74HC123,74HC244,74HC245,74HC125,HG8F887,HG8F883,LM317T,LM7660,LM331,HG135,HG0066,HG0065,HGC1589,LM336,HGV8965N,LM339,HGV8334,HGV8331,HGV8332,74HC132,74HC374,74HC138,74HC139,DS1990,74HC373,LM386,CD40106,LP2997,LP3965,LP2996,LP2995,XC62FP-XX,LM78L05,LM78L06,MC3845,LM78L08,LM78L09,LMV358,MC3842,MC3844,9N90,MC3843,TDA2822,LM385,HG6008,HG24C02B,HGV2774,HGV2771,HG5171,HGV2772,TDA8138,LM78M12,TDA8137,LM78M15,HGC5213-XX,74HC192,74HC193,74HC194,LM393,HG3085,ZNBG3211,HG24C256,MAX487,74HC86,MAX489,74HC165,LM78M05,HG1582-XX,MAX488,LM78M06,TL072,LM2940-XX,HGV258,LM78M08,LM78M09,TL074,50N06,28N60,74HC164,HGC1549,ULN2803,ULN2804,HG298,HG297,HG24C128,HGC1543,MAX232,TL082,HGV8094,HGV8092,TL084,HG1203-XX,HGV8091,HG293,LMC555,HG54123,LM2904,HG6570,LM2901,HGV8048,LM2902,HGV8045,LM2903,HGV8046,HGV8044,HGV358,HGV8041,HGV8042,85N06,HG3078,MAX490,HG3075,MAX491,HG3072,74HC74,HGV224,TL064,TL062,HGV221,MIC5212,HG1108-XX,HGV8064,HGV8061,HGV8062,HG24C04B,HG24C16B,DS75176,50N50,HGV8054,HGV324,HGV321,LM8002,XC62GR-XX,HG24C32,HGC29500-XX,HGV8928,TEA2822,HG75HVD3082E,HG7189,LM3916,LM78LXX,IRF830,LM3915,HG93C56,LM3914,TL064C,HGC8F630,MXA485,HG2981,HG2980,LM2954,HG93C46,LM285-2.5,HGC52XX,HG34C86,HG34C87,HGC8F629,MAX13805,MC34119,MC34118,LM2576-XX,IRF730,HG8137,CD4528,HG7169,70N06,LM78MXX,CD4520,TLC2543,HG8138A,HG1734,HG1735,20N60,HG1185-XX,HG1851,IRF840,CD4518,HG1990,CD4517,HG1991,LM285-1.2,HG7179,LM1881,24C64,CD4511,LM2931-XX,HGL297,HGL298,HG93C66,HG1509,KA7500B,LF347,LM29302,HG1501,HGC8F887,HG1621,HG75LBC184,HG75LBC182,CD4543,TL072C,TL084C,HG2803,HGL293,LF398,HG75LBC176,IRF740,3N80,CD4538,CD4541,XC62GP-XX,24C32,HG1205-XX,20N50,MAX1487,4N60,MC1403,24C08,MAX202,TL074C,TL062C,TLC5615,HG1937,LM2575-XX,HG1932,24C02,24C01,24C04,HG7012,CD1046,LM78L12,LM78L15,CD4562,HG809,LM29502,24C16,HG2571,HG2572,HG2573,HG3421,HG3420,11N90,12N60,ICL7660,93C06,HGC5219,LM2596-XX,CD1068,HGV8725N,TDA2030,75N75,HG8F676,HG8F675,LM4860,HG3423,HG1487,HG3422,HGV8061N,LM3414,HG1583,LM1117,LM4862,LM4861,HG1580,LM4863,TL082C,CD4007,LM385-1.2,HG1208-XX,TDA2003,CD4013,CD4011,HGV8062N,LM4990,LM4871,HG8F683,HG8F684,ULN2003,ULN2004,LM2574,LM2575,HGV8538,LM2576,HGV8535,HGV8536,HGV8534,HGV8531,MC34063,HGV8532,LM7905,LM809,CD4001,HG3526,HG3525,24C512,HG3524,LM35,LM7915,LM741,LM7912,HGV8968,HGV8726,HGC8F683,HGV8966,HGV8725,CD4028,HG24C512,CD4027,HGV8965,CD4025,OP07,10N80,74HC540,74HC541,ICL7106,PCF8563,ICL7107,HG4824,HGV8052N,LM4890,HGC8F676,HGC8F675,LM7805,LM7924,TD62083A,LM2596,CD4017,LM79LXX,CD4015,LM7809,LM7808,LM7806,CD4020,HGV2771N,CD4024,CD4023,CD4022,HG26C31,HG26C32,10N60,LM56,LM7815,HG56,ZNBG6000,LM7812,TD62084A,HG70XX,74HCU04,NE5532,CD4049,CD4053,CD4052,CD4051,93C66,CD4050,HG2982,HG2985,UC3845,LM4558,HG24C64,74LVC1G04,UC3842,UC3843,UC3844,LM79MXX,7N60,TLC1543,93C56,CD4040,CD4046,74HC533,74HC534,LM4560,HGC8F684
芯伯乐(XBLW)半导体器件选型指南
描述- 芯伯乐产品专注于消费类和工业类市场。主要产品有电源管理IC、低功耗LDO、三端稳压、高中低压MOS管、马达驱动、接口RS485/RS232、达林顿及逻辑电路等。产品广泛应用于无人机、机器人、电源、计算机、仪器仪表、玩具、家电、通讯设备、照明应用、汽车电子、工业自动化设备等领域。
型号- UC2843,DS1302,UC2842,CP2139,TEA2025,UC2845,UC2844,DS1307,CD4069,74HC20,CD4073,CD4072,NE556,TL494,NE555,CD4077,24C128,CD4071,KA7500,CD4070,LM317,LM324B,74HC32,74系列,74HC595,50N06D,CD4066,74HC238,24C256,CD4060,74HC00,LM1875,74HC02,74HC04,74HC07,CP2119,CD4094,CD4518B,CD4093,SN65LBC184,74HC11,74HC14,MAX3485E,24C64,CD4511,74HC10,74HC573,74HC574,MAX3082E,74LVC00,74HC4053,74HC08,74HC4051,74HC4052,CD4082,CD4081,74XX,LMV321,CD4543,MAX3085E,LM239,LM358,CD4538,CD4541,LMV324,24C32,L7805,74HC151,74HC273,74HC153,LM321,LM324,MC33063,24C08,MAX202,74HC123,74HC244,74HC245,74HC126,24C02,24C01,24C04,DS18B20,SN75LBC184,74HC240,LM337,L78MXXH,SN65176,LM339,AMS1117,74HC132,74HC374,50P06D,74HC138,74HC259,74HC139,24C16,74HC373,L293D,CD40106,MAX3490E,ICL7660,LMV358,TDA2822,74XX系列,MAX3491E,TDA2030,74HC192,74HC193,MAX3088E,LM393,MAX481,MAX483,MAX485,MAX487,TLC555,74HC86,74HC165,TL071,MAX489,TL072,MAX488,TDA2003,ULN2001,ULN2002,CD4013,CD4012,CD4011,TL074,MAX3232,74HC160,74HC161,ULN2003,CP116,ULN2004,CP118,74HC164,4000,LM139,ULN2803,CP6208,ULN2804,LM2575,LM258,LM2576,SN75176,MAX232,MC34063,TL082,TL081,CD4001,TL084,24C512,4000系列,LM741,BISSS0001,74LVC1G14,LM2904,CD4027,CD4025,LM2901,LM2903,93C46,74HC540,74HC541,PCF8563,74HCT14,CD4528B,LM2596,MAX490,CD4017,MAX491,74HC74,L298N,CD4020,TL061,TL064,TL062,CD4021,CD4049,NE5532,CD4053,CD4052,93C66,CD4051,CD4050,SG3526,SG3524,L9110S,SG3525,UC3845,UC3846,CP1511,74LVC1G04,OP07C,UC3842,UC3843,UC3844,LM358B,74LVC1G08,TDA2050,93C56,CD4040,74HC533,74HC534,CD4043,LM293
非商品存储提供商Netsol签约,提供高速、低延迟和低功耗内存
2022年3月1日,Netsol与世强硬创平台签理代理协议,授权世强全线代理旗下异步快速存储芯片,异步低功耗存储芯片,同步存储芯片,四重速率同步存储芯片,单电子非易失闪存等产品,Netsol产品已上线平台,在平台可以获取快速选型,享受供应保障。
公司动态 发布时间 : 2022-05-11
Si4460无线收发器是否支持直接模式?是如何实现数据收发的?
对于在主机MCU内或其他基带芯片内执行数据包处理的传统系统,不适合使用FIFO。对于这种情况,Si4460无线发射器提供可完全绕过FIFO的直接模式。在TX直接模式下,TX调制数据被应用于芯片的输入引脚并进行“实时”处理(即不会存储在寄存器中稍后发送)。任何GPIO可被配置成TX数据输入功能来使用。而且,如果需要GFSK调制,则TX时钟输出功能需要一个额外的引脚(FSK只需要TX数据输入引脚)。为达到直接模式,GPIO必须在“GPIO_PIN_CFG”API命令和“MODEM_MOD_TYPE”API属性中进行配置。对于GFSK,“TX_DIRECT_MODE_TYPE”必须设置到同步。对于2FSK或OOK,类型可设置为异步或同步。对于所有的直接模式配置,MOD_SOURCE[1:0] 应设置为01h。在RX直接模式下,RX数据和RX时钟可被编程以实现直接(实时)输出到GPIO引脚,然后微控制器可以在不使用FIFO或RFIC分组处理程序功能的情况下处理RX数据。
技术问答 发布时间 : 2017-05-10
S6R4016V1A 4Mb Async. FAST SRAM A-die Specification Data Sheet
型号- S6R4008V1A-NI08,S6R4008W1A-NI08,S6R4008V1A-NC08,S6R4008W1A-NC08,S6R4016V1A-UI08,S6R4016W1A-UI08,S6R4016V1A-UC08,S6R4016W1A-UC08,S6R4008W1A-UI10,S6R4008V1A-UI10,S6R4016W1A-XI10,S6R4016V1A-XI10,S6R4008W1A-UC10,S6R4016V1A-XC10,S6R4008V1A-UC10,S6R4016W1A-XC10,S6R4008C1A-UC10,S6R4008C1A-UI10,S6R4008W1A-UI08,S6R4008C1A,S6R4008W1A-NI10,S6R4008V1A-UC08,S6R4008V1A-NI10,S6R4016V1A-XI08,S6R4008V1A-UI08,S6R4016V1A,S6R4016W1A,S6R4016W1A-XI08,S6R4016C1A-UC10,S6R4008W1A-UC08,S6R4008W1A-NC10,S6R4016W1A-UI10,S6R4008V1A-NC10,S6R4016V1A-UI10,S6R4016V1A-XC08,S6R4016W1A-XC08,S6R4008V1A,S6R4016V1A-UC10,S6R4016C1A,S6R4016C1A-UI10,S6R4016W1A-UC10,S6R4008W1A
S6R8016W1A 8Mb Async. FAST SRAM A-die Specification Data Sheet
型号- S6R8008W1A-XI10,S6R8016W1A-XC08,S6R8016W1A-UI10,S6R8008W1A-UC10,S6R8008C1A,S6R8016W1A-XI10,S6R8008W1A-UC08,S6R8016W1A,S6R8016W1A-UI08,S6R8008W1A-XI08,S6R8008W1A-UI10,S6R8016W1A-UC08,S6R8008W1A-XC08,S6R8016W1A-XI08,S6R8008C1A-UI10,S6R8008W1A-UI08,S6R8016C1A-UI10,S6R8016C1A,S6R8016W1A-XC10,S6R8008C1A-UC10,S6R8016W1A-UC10,S6R8008W1A-XC10,S6R8008W1A,S6R8016C1A-UC10
DDR2在铁塔安全监控系统中的应用
AS4C64M16D2系列型号产品是高速CMOS DDR2同步动态随机存储器(SDRAM)芯片,且分为BCN、BIN、BAN三种级别应用于不同的监控场合。
新产品 发布时间 : 2019-07-02
RZ/T1系列SOC的扩展总线Bus State Controller支持哪些类型的存储器?
RZ/T1系列SOC的扩展总线Bus State Controller支持SRAM、同步burst ROM 、异步burst ROM、时钟线和数据线复用的存储器以及SDRAM等类型的存储器。
技术问答 发布时间 : 2017-05-05
有没有使用nvsram出问题的
nvSRAM在单个器件中完美结合了两大CMOS技术:SRAM和SONOS非易失性技术。在正常加电系统工作条件下,nvSRAM就像传统SRAM一样工作。IC的SRAM部分以高达20ns的存取时间进行读写,采用标准的异步SRAM信号和时序。如果出现电源故障,那么芯片可智能检测到威胁,并自动将SRAM数据副本保存在非易失性存储器中,而且能保持20年以上不改变。加电RECALL后,IC将数据副本返回到SRAM中,系统就能刚好从上次停止的地方重新开始工作,从而确保快速SRAM绝不会丢失数据。此外,最新高密度(16Mb)nvSRAM还支持高带宽DDR NAND闪存(ONFI 3.0/Toggle 2.0)接口。 nvSRAM是高度可靠的产品,采用业经验证的大容量CMOS + SONOS工艺。此外,它在军事、商业、存储、医疗和工业应用中也有着20多年的历史。
技术问答 发布时间 : 2018-11-09
阿普奇(Apuqi)工业电脑选型指南
目录- 公司简介 模块化工业电脑 低功耗超薄紧凑平台 低功耗多I/O平台 高性能多扩展平台 低功耗高性能平台 高性能多I/O平台 工业显示器平台 物流/⻋载移动式手持终端 智慧医疗交互终端 环保工业平板电脑 AI服务器 MES交互采集终端 智能机器人上位控制器 边缘计算之物联网关 挂壁式工业嵌入式电脑
型号- PK156CQ-C5,P-700,P-E5,P-E7,PK270CQ-E81,P-E6,P17RF-E81,TAC-3010,PH170GQ-700,PK185CQ-E81,P15RF-C5,P-E8,ABOX-700 SERIES,P21CQ-E81,PK140CQ-C5,PK215CQ-E81,M SERIES,PK238CQ-E81,P150RF-700,P21CQ-C5,P-E81 SERIES,PK156CQ-700,K SERIES,P156CQ-C5,P17RF-C5,PH170GQ-C5,PH170CQ-E5,PH170CQ-E7,PH170CQ-E6,P156CQ-700,PH170CQ-E8,PK156CQ-E8,PK156CQ-E7,P10RF-E5,PK156CQ-E6,PK156CQ-E5,P191RF-700,P150RF~5,PK270CQ-C5,PH170CQ-700,P15RF-E5,H SERIES,C5,P15RF-E6,P15RF-E7,C7,C5 SERIES,P15RF-E81,E6 SERIES,P15RF-E8,E7 SERIES,P12RF-700,PK185CQ-C5,PK215CQ-E7,PK215CQ-E8,PK140CQ-E5,PK215CQ-E5,PK215CQ-E6,PK238CQ-C5,P156CQ-E5,P156CQ-E7,P156CQ-E6,P156CQ-E8,P191RF-C5,TPP-101,P-E7 SERIES,PH170GQ-E5,P-C5 SERIES,PH170GQ-E7,PH170GQ-E6,P150RF-C5,E7-PLUS,P-E81,PH170GQ-E8,PH101CQ-E5,E81 SERIES,P10RF-C5,P17RF-700,P-700 SERIES,PK185CQ-700,PK270CQ-700,PK270CQ-E8,PK270CQ-E7,PK270CQ-E6,E5,PK116CQ-C5,E6,E7,P150RF-E81,E8,TYY-185C,PH170GQ-E81,PK140CQ-E8,P12RF-E6,P12RF-E5,P12RF-E8,P12RF-E7,PK185CQ-E5,PK185CQ-E6,PK185CQ-E7,PK185CQ-E8,P150RF-E8,PK215CQ-C5,PK238CQ-700,TAC-301,PK238CQ-E7,PK238CQ-E6,P21CQ-700,PK238CQ-E8,TMS-156X,PK238CQ-E5,PK215CQ-700,P191RF-E5,PK270CQ-E5,P191RF-E6,P191RF-E7,P-E6 SERIES,P191RF-E8,PK156CQ-E81,ABOX-700,TMS-156A,TIL-5003,P-E8 SERIES,TEP-RM17,P150RF-E7,PH101CQ-C5,P150RF-E6,P150RF-E5,TIL-5001,TIL-5002,P191RF-E81,P191RF-EG,P12RF-E81,P-C5,PK116CQ-E8,P15RF-700,PK116CQ-E5,PH170CQ-E81,E8 SERIES,E5 SERIES,P12RF-C5,P21CQ-E5,P21CQ-E6,P21CQ-E7,P21CQ-E8,PK140CQ-E81,TAC-7010,P-E5 SERIES,P17RF-E7,P17RF-E6,P156CQ-E81,P17RF-E8,P17RF-E5,PH170CQ-C5,E81
芯科科技携手东胜物联提升Sub-GHz网关和智能安防产品开发,互联互通更可靠到位
芯科科技携手东胜物联提升Sub-GHz网关和智能安防产品开发,互联互通更可靠到位。通过芯科科技EFR系列多协议无线SoC产品和相关软件开发工具的支持,东胜物联推出了一系列无线模块及可编程和多协议物联网网关设备,可广泛涵盖最新版本的蓝牙、Sub-GHz、Zigbee、Z-Wave和Matter等热门无线协议的网络连接设计。
原厂动态 发布时间 : 2024-01-12
IoT物联网设备常用的晶振解决方案及对晶振的要求
根据IoT物联网设备和系统的应用场景和要求,选择合适的晶振类型。对于需要高精度和高稳定的物联网设备和系统,可以选择石英晶体或晶体振荡器;对于需要低成本的物联网设备和系统,可以选择陶瓷晶振或压电晶体等。
技术探讨 发布时间 : 2024-11-01
电子商城
服务
提供全面表征产品器件耗电特征及功耗波形、快速瞬态效应、电源优化、表征和仿真测试服务,使用直流电源分析仪测量精度达50µV,8nA,波形发生器带宽100kHz,输出功率300W,示波器200kHz,512 kpts
实验室地址: 深圳/苏州 提交需求>
根据用户的蓝牙模块,使用Bluetooth 蓝牙测试装置MT8852B,测试蓝牙1.0至5.1,包括传输速率、功率、频率、调制和接收机灵敏度,生成测试报告。支持到场/视频直播测试,资深专家全程指导。
实验室地址: 深圳 提交需求>
登录 | 立即注册
提交评论