产品型号:VK3604A 产品品牌:VINKA/永嘉微电 封装形式:SOP16 产品年份:新年份 联 系 人:陈锐鸿 Q Q:361 888 5898 联系手机:188 2466 2436(信) 概述: VK3604/VK3604A具有4个触摸按键,可用来检测外部触摸按键上人手的触摸动作。该芯片具有较高的 集成度,仅需极少的外部组件便可实现触摸按键的检测。 提供了4路输出功能,可通过IO脚选择输出电平,输出模式,输出脚结构,单键/多键和最 长输出时间。芯片内部采用特殊的集成电路,具有高电源电压抑制比,可减少按键检测错误的 发生,此特性保证在不利环境条件的应用中芯片仍具有很高的可靠性。 此触摸芯片具有自动校准功能,低待机电流,抗电压波动等特性,为各种触摸按键+IO输 出的应用提供了一种简单而又有效的实现方法。 特点: • 工作电压 2.4-5.5V • 待机电流7uA/3.3V,14uA/5V • 上电复位功能(POR) • 低压复位功能(LVR) • 触摸输出响应时间:工作模式 48mS ,待机模式160mS • 通过AHLB脚选择输出电平:高电平有效或者低电平有效 • 通过TOG脚选择输出模式:直接输出或者锁存输出 • 通过SOD脚选择输出方式:CMOS输出或者开漏输出 • 通过SM脚选择输出:多键有效或者单键有效 • 通过MOT脚有效键最长输出时间:无穷大或者16S • 通过CS脚接对地电容调节整体灵敏度(1-47nF) • 各触摸通道单独接对地小电容微调灵敏度(0-50pF) • 上电0.25S内为稳定时间,禁止触摸 • 上电后4S内自校准周期为64mS,4S无触摸后自校准周期为1S • 封装SOP16(150mil)(9.9mm x 3.9mm PP=1.27mm) ———————————————— 产品型号:VK3604B 产品品牌:VINKA/永嘉微电 封装形式:TSSOP16 产品年份:新年份 联 系 人:陈锐鸿 1.概述 VK3604B具有4个触摸按键,可用来检测外部触摸按键上人手的触摸动作。该芯片具有 较高的集成度,仅需极少的外部组件便可实现触摸按键的检测。 提供了4路直接输出功能。芯片内部采用特殊的集成电路,具有高电源电压抑制比,可 减少按键检测错误的发生,此特性保证在不利环境条件的应用中芯片仍具有很高的可靠性。 此触摸芯片具有自动校准功能,低待机电流,抗电压波动等特性,为各种触摸按键+IO 输出的应用提供了一种简单而又有效的实现方法。 特点 • 工作电压 2.4-5.5V • 待机电流7uA/3.3V,14uA/5V • 上电复位功能(POR) • 低压复位功能(LVR) • 触摸输出响应时间: 工作模式 48mS 待机模式160mS • CMOS输出,低电平有效,支持多键 • 有效键最长输出16S • 无触摸4S自动校准 • 专用脚接对地电容调节灵敏度(1-47nF) • 各触摸通道单独接对地小电容微调灵敏度(0-50pF). • 上电0.25S内为稳定时间,禁止触摸. • 封装 TSSOP16L(4.9mm x 3.9mm PP=1.00mm) KPP841 标准触控IC-电池供电系列: VKD223EB --- 工作电压/电流:2.0V-5.5V/5uA-3V 感应通道数:1 通讯界面 最长回应时间快速模式60mS,低功耗模式220ms 封装:SOT23-6 VKD223B --- 工作电压/电流:2.0V-5.5V/5uA-3V 感应通道数:1 通讯界面 最长回应时间快速模式60mS,低功耗模式220ms 封装:SOT23-6 VKD233DB --- 工作电压/电流:2.4V-5.5V/2.5uA-3V 1感应按键 封装:SOT23-6 通讯界面:直接输出,锁存(toggle)输出 低功耗模式电流2.5uA-3V VKD233DH ---工作电压/电流:2.4V-5.5V/2.5uA-3V 1感应按键 封装:SOT23-6 通讯界面:直接输出,锁存(toggle)输出 有效键最长时间检测16S VKD233DS --- 工作电压/电流:2.4V-5.5V/2.5uA-3V 1感应按键 封装:DFN6(2*2超小封装) 通讯界面:直接输出,锁存(toggle)输出 低功耗模式电流2.5uA-3V VKD233DR --- 工作电压/电流:2.4V-5.5V/1.5uA-3V 1感应按键 封装:DFN6(2*2超小封装) 通讯界面:直接输出,锁存(toggle)输出 低功耗模式电流1.5uA-3V VKD233DG --- 工作电压/电流:2.4V-5.5V/2.5uA-3V 1感应按键 封装:DFN6(2*2超小封装) 通讯界面:直接输出,锁存(toggle)输出 低功耗模式电流2.5uA-3V VKD233DQ --- 工作电压/电流:2.4V-5.5V/5uA-3V 1感应按键 封装:SOT23-6 通讯界面:直接输出,锁存(toggle)输出 低功耗模式电流5uA-3V VKD233DM --- 工作电压/电流:2.4V-5.5V/5uA-3V 1感应按键 封装:SOT23-6 (开漏输出) 通讯界面:开漏输出,锁存(toggle)输出 低功耗模式电流5uA-3V VKD232C --- 工作电压/电流:2.4V-5.5V/2.5uA-3V 感应通道数:2 封装:SOT23-6 通讯界面:直接输出,低电平有效 固定为多键输出模式,内建稳压电路 MTP触摸IC——VK36N系列抗电源辐射及手机干扰: VK3601L --- 工作电压/电流:2.4V-5.5V/4UA-3V3 感应通道数:1 1对1直接输出 待机电流小,抗电源及手机干扰,可通过CAP调节灵敏 封装:SOT23-6 VK36N1D --- 工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:1 1对1直接输出 触摸积水仍可操作,抗电源及手机干扰,可通过CAP调节灵敏封装:SOT23-6 VK36N2P --- 工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:2 脉冲输出 触摸积水仍可操作,抗电源及手机干扰,可通过CAP调节灵敏封装:SOT23-6 VK3602XS ---工作电压/电流:2.4V-5.5V/60UA-3V 感应通道数:2 2对2锁存输出 低功耗模式电流8uA-3V,抗电源辐射干扰,宽供电电压 封装:SOP8 VK3602K --- 工作电压/电流:2.4V-5.5V/60UA-3V 感应通道数:2 2对2直接输出 低功耗模式电流8uA-3V,抗电源辐射干扰,宽供电电压 封装:SOP8 VK36N2D --- 工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:2 1对1直接输出 触摸积水仍可操作,抗电源及手机干扰,可通过CAP调节灵敏封装:SOP8 VK36N3BT ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:3 BCD码锁存输出 触摸积水仍可操作,抗电源及手机干扰,可通过CAP调节灵敏 封装:SOP8 VK36N3BD ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:3 BCD码直接输出 触摸积水仍可操作,抗电源及手机干扰,可通过CAP调节灵敏 封装:SOP8 VK36N3BO ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:3 BCD码开漏输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP8/DFN8(超小超薄体积) VK36N3D --- 工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:3 1对1直接输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N4B ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:4 BCD输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N4I---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:4 I2C输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N5D ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:5 1对1直接输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N5B ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:5 BCD输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N5I ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:5 I2C输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N6D --- 工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:6 1对1直接输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N6B ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:6 BCD输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N6I ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:6 I2C输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N7B ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:7 BCD输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N7I ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:7 I2C输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N8B ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:8 BCD输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N8I ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:8 I2C输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N9I ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:9 I2C输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) VK36N10I ---工作电压/电流:2.2V-5.5V/7UA-3V3 感应通道数:10 I2C输出 触摸积水仍可操作,抗电源及手机干扰 封装:SOP16/DFN16(超小超薄体积) 1-8点高灵敏度液体水位检测IC——VK36W系列 VK36W1D ---工作电压/电流:2.2V-5.5V/10UA-3V3 1对1直接输出 水位检测通道:1 可用于不同壁厚和不同水质水位检测,抗电源/手机干扰封装:SOT23-6 备注:1. 开漏输出低电平有效 2、适合需要抗干扰性好的应用 VK36W2D ---工作电压/电流:2.2V-5.5V/10UA-3V3 1对1直接输出 水位检测通道:2 可用于不同壁厚和不同水质水位检测,抗电源/手机干扰封装:SOP8 备注:1. 1对1直接输出 2、输出模式/输出电平可通过IO选择 VK36W4D ---工作电压/电流:2.2V-5.5V/10UA-3V3 1对1直接输出 水位检测通道:4 可用于不同壁厚和不同水质水位检测,抗电源/手机干扰封装:SOP16/DFN16 备注:1. 1对1直接输出 2、输出模式/输出电平可通过IO选择 VK36W6D ---工作电压/电流:2.2V-5.5V/10UA-3V3 1对1直接输出 水位检测通道:6 可用于不同壁厚和不同水质水位检测,抗电源/手机干扰封装:SOP16/DFN16 备注:1. 1对1直接输出 2、输出模式/输出电平可通过IO选择 VK36W8I ---工作电压/电流:2.2V-5.5V/10UA-3V3 I2C输出 水位检测通道:8 可用于不同壁厚和不同水质水位检测,抗电源/手机干扰封装:SOP16/DFN16 备注:1. IIC+INT输出 2、输出模式/输出电平可通过IO选择 KPP841
标签: 3604 输出 VK 体积 蓝牙音箱 检测 方式 芯片 触控 锁存
上传时间: 2022-04-11
上传用户:shubashushi66
Abstract: Many digital devices incorporate analog circuits. For instance, microprocessors, applicationspecificintegrated circuits (ASICs), and field-programmable gate arrays (FPGAs) may have internalvoltage references, analog-to-digital converters (ADCs) or digital-to-analog converters (DACs). However,there are challenges when you integrate more analog onto a digital design. As with all things in life, inelectronics we must always trade one parameter for another, with the application dictating the propertrade-off of analog function. In this application note, we examine how the demand for economy of spaceand cost pushes analog circuits onto digital substrates, and what design challenges emerge.
上传时间: 2013-11-17
上传用户:菁菁聆听
Abstract: This application note describes a new generation of digital-input Class D audio amplifiers that achieve high PSRRperformance, comparable to traditional analog Class D amplifiers. More importantly, these digital-input Class D amplifiersprovide additional benefits of reduced power, complexity, noise, and system cost.
上传时间: 2013-12-20
上传用户:JIUSHICHEN
Abstract: This application note describes how sampling clock jitter (time interval error or "TIE jitter") affectsthe performance of delta-sigma digital-to-analog converters (DACs). New insights explain the importanceof separately specifying low-frequency (< 2x passband frequency) and high-frequency or wideband (> 2xpassband frequency) jitter tolerance in these devices. The article also provides an application example ofa simple highly jittered cycle-skipped sampling clock and describes a method for generating a properbroadband jittered clock. The document then goes on to compare Maxim's audio DAC jitter tolerance tocompetitor audio DACs. Maxim's exceptionally high jitter tolerance allows very simple and low-cost sampleclock implementations.
上传时间: 2013-10-25
上传用户:banyou
The MAX5713/MAX5714/MAX5715 4-channel, low-power,8-/10-/12-bit, voltage-output digital-to-analog converters(DACs) include output buffers and an internal referencethat is selectable to be 2.048V, 2.500V, or 4.096V. TheMAX5713/MAX5714/MAX5715 accept a wide supplyvoltage range of 2.7V to 5.5V with extremely low power(3mW) consumption to accommodate most low-voltageapplications. A precision external reference input allowsrail-to-rail operation and presents a 100kI (typ) load toan external reference.
上传时间: 2013-12-23
上传用户:ArmKing88
Abstract: This tutorial discusses methods for digitally adjusting the output voltage of a DC-DC converter. The digital adjustmentmethods are with a digital-to-analog converter (DAC), a trim pot (digital potentiometer), and PWM output of a microprocessor.Each method is assessed and several DACs and digital potentiometers presented.
上传时间: 2013-11-20
上传用户:zycidjl
Abstract: This article discusses application circuits for Maxim force/sense digital-to-analog converters (DACs). Applications include:selectable fixed-gain DAC, programmable gain DAC, photodiode bias control, amperometric sensor control, digitally programmablecurrent source, Kelvin load sensing, temperature sensing, and high current DAC output. A brief description of the various DAC outputconfigurations is also given.
标签: DAC
上传时间: 2013-11-04
上传用户:youmo81
Digital-to-analog converters (DACs) are prevalent inindustrial control and automated test applications.General-purpose automated test equipment often requiresmany channels of precisely controlled voltagesthat span several voltage ranges. The LTC2704 is ahighly integrated 16-bit, 4-channel DAC for high-endapplications. It has a wide range of features designed toincrease performance and simplify design.
上传时间: 2013-11-22
上传用户:元宵汉堡包
Differential Nonlinearity: Ideally, any two adjacent digitalcodes correspond to output analog voltages that are exactlyone LSB apart. Differential non-linearity is a measure of theworst case deviation from the ideal 1 LSB step. For example,a DAC with a 1.5 LSB output change for a 1 LSB digital codechange exhibits 1⁄2 LSB differential non-linearity. Differentialnon-linearity may be expressed in fractional bits or as a percentageof full scale. A differential non-linearity greater than1 LSB will lead to a non-monotonic transfer function in aDAC.Gain Error (Full Scale Error): The difference between theoutput voltage (or current) with full scale input code and theideal voltage (or current) that should exist with a full scale inputcode.Gain Temperature Coefficient (Full Scale TemperatureCoefficient): Change in gain error divided by change in temperature.Usually expressed in parts per million per degreeCelsius (ppm/°C).Integral Nonlinearity (Linearity Error): Worst case deviationfrom the line between the endpoints (zero and full scale).Can be expressed as a percentage of full scale or in fractionof an LSB.LSB (Lease-Significant Bit): In a binary coded system thisis the bit that carries the smallest value or weight. Its value isthe full scale voltage (or current) divided by 2n, where n is theresolution of the converter.Monotonicity: A monotonic function has a slope whose signdoes not change. A monotonic DAC has an output thatchanges in the same direction (or remains constant) for eachincrease in the input code. the converse is true for decreasing codes.
标签: Converters Defini DAC
上传时间: 2013-10-30
上传用户:stvnash
特点(FEATURES) 精确度0.1%满刻度 (Accuracy 0.1%F.S.) 可作各式数学演算式功能如:A+B/A-B/AxB/A/B/A&B(Hi or Lo)/|A| (Math functioA+B/A-B/AxB/A/B/A&B(Hi&Lo)/|A|/etc.....) 16 BIT 类比输出功能(16 bit DAC isolating analog output function) 输入/输出1/输出2绝缘耐压2仟伏特/1分钟(Dielectric strength 2KVac/1min. (input/output1/output2/power)) 宽范围交直流两用电源设计(Wide input range for auxiliary power) 尺寸小,稳定性高(Dimension small and High stability)
上传时间: 2013-11-24
上传用户:541657925