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制造商：Microchip
The MCP37220-200 is a 14-bit pipelined A/D converter with a maximum sampling rate of 200 Msps. The high accuracy of over 67.8 dB Signal-to-Noise Ratio (SNR) and 96 dB Spurious Free Dynamic Range (SFDR) enable high precision measurements of fast input signals. The device operates at very low power consumption of 348 mW at 200 Msps including LVDS digital I/O. Lower power saving modes are available at 80 mW for Standby and 33 mW for Shutdown. The MCP37220-200 includes many digital processing features that simplify system design, cost and power usage. These include integrated decimation filters for improved SNR and phase, offset and gain adjustment. Data is available through the serial DDR LVDS or parallel CMOS interface and configured via SPI. The device is available in the TFBGA-121 and VTLA-124 packages.
14-bit resolution 200 Msps maximum sampling rate Low power 348 mW operation at full sampling rate, including LVDS digital I/O Power saving modes of 80 mW during Standby and 33 mW during Shutdown 67.8 dBFS SNR at 200 Msps 96 dBFS SFDR at 200 Msps Decimation filters for improved SNR Phase, offset and gain adjustment Input channel bandwidth of 650 MHz Output data format in serial DDR LVDS or parallel CMOS Configuration via Serial Peripheral Interface (SPI) Industrial temperature range -40°C to +85°C Available in TFBGA-121 and VTLA-124 packages产品特点 传输时间扩展 40ps； 抗磁性3T； 光电阴极Hi-QE； 门控可选； 8mm、16mm或18mm使用直径。 技术信息 Photonis的MCP-PMT具有高线性度特性，在光电burst
相较于内含MCU的混合式半数位电源控制的LEDDriver，MCP1633在价格上相对低廉许多，而使用上也和DEPA系列的MCP19xxxLowsideMOSFETdriver也非常类似，可以
相较于内含MCU的混合式半数位电源控制的LEDDriver，MCP1633在价格上相对低廉许多，而使用上也和DEPA系列的MCP19xxxLowsideMOSFETdriver也非常类似，可以
当前给定的MCP的概念为：MCP是在一个塑料封装外壳内，垂直堆叠大小不同的各类存储器或非存储器芯片，是一种一级单封装的混合技术，用此方法节约小巧印刷电路板PCB空间。
相较于内含MCU的混合式半数位电源控制的LEDDriver，MCP1633在价格上相对低廉许多，而使用上也和DEPA系列的MCP19xxxLowsideMOSFETdriver也非常类似，可以
相较于内含MCU的混合式半数位电源控制的LEDDriver，MCP1633在价格上相对低廉许多，而使用上也和DEPA系列的MCP19xxxLowsideMOSFETdriver也非常类似，可以
硅表征数据用于确定非线性传感器的特性。从该数据中得出一个描述传感器典型性能的方程式。确定方程的相应系数后，这些系数将用于计算典型传感器非线性的补偿。
基于MCP200x设计的LIN双向半双工通信方案 This device provides a bidirectional, half-duplex communication physical interface to automotive and industrial LIN systems to meet the LIN bu
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