ADUM140D0BRZ

Analog Devices Isolation - All

ADuM140D/E 4通道隔離器

Analog Devices ADuM140D/E 4通道隔離器採用iCoupler^®技術，結合了高速CMOS和單片式空氣芯變壓器技術。ADuM140D/E隔離器最大延時為13ns，脈寬失真小於3ns，通道對通道緊密匹配達3ns。資料通道相互獨立，採用多種配置，額定耐受電壓3.75kVrms。這些隔離器任一側均可採用1.8V到5V電源電壓工作，與低壓系統相容，並且能夠跨越隔離柵實現電壓轉換功能。這款隔離器可以在沒有輸入邏輯轉換的時候保證直流準確。此裝置很適合通用多通道隔離、串行外設接口(SPI)/資料轉換隔離及工業現場匯流排隔離應用。

Isolators for Power Conversion

Analog Devices Isolators for Power Conversion reduce noise interference while offering safety and insulation, especially in high voltage and high power applications. These isolation components keep interface circuits separate from circuits that are dangerous to touch. Analog Devices Isolators for Power Conversion provide high insulation reliability under high temperature and high voltage.

Analog Devices Robust iCoupler Digital Isolators

Analog Devices Robust iCoupler® Digital Isolators ensure safe system performance for applications operating in noisy, harsh, and unpredictable environments. These iCoupler isolators feature high-speed CMOS and monolithic air core transformer technology and an on-off-keying (OOK) architecture. The isolators offer outstanding performance and proven galvanic isolation. To protect data signals, these iCoupler digital isolators provide the industry's highest surge protection of 16kVpk and withstand voltage ratings up to 5kVrms. For additional surge protection, the isolators have a 10KV reinforced surge rating. To support high-speed communications and data integrity, the isolators have 150Mbps throughput, 14ns max. propagation delay, and 100kV/µs transient immunity. Suitable for a wide variety of applications, the isolators operate over a 1.7V to 5.5V supply range and feature 1 to 4 input channels.

Solar PV Inverter Solutions

Analog Devices Inc. Solar PV Inverters Solutions deliver precise signal measurement and control in energy management products and applications. The Solar PV Inverters Solutions feature high-performance processing technology engineered for robustness and reliability in power networks and next-generation smart grids.