Digital Isolators
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Digital Isolator HopeRF Micro-electronics CMT8122W1 with Silicon Dioxide Insulation and Multi Channel Support
Product OverviewThe CMT812X series are high-performance, dual-channel digital isolators designed for robust communication between two different power domains. Utilizing silicon dioxide (SiO2) insulation, these isolators provide up to 5 kVrms isolation voltage, preventing noise currents from interfering with sensitive circuitry. They offer enhanced electromagnetic compatibility (EMC) with low emissions and high immunity to system-level ESD, EFT, and surges. Available in
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Digital isolator HopeRF Micro electronics CMT8042N1 with SOIC 16 wide and narrow body package options
Product OverviewThe CMT804X is a high-performance, quad-channel digital isolator utilizing SiO2 insulation, supporting isolation voltages up to 5 kVrms. It facilitates communication between different power domains, preventing noise from affecting sensitive circuits. Featuring an enable pin for high-impedance output in multi-master applications, it offers up to four forward and two backward channels. The CMT804X series boasts enhanced electromagnetic compatibility (EMC) with
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Six channel digital isolator HopeRF Micro-electronics CMT8262W0 featuring 5.7kVrms isolation voltage
Product OverviewThe CMT826X is a high-performance, six-channel digital isolator utilizing SiO2 isolation technology, supporting up to 5.7kVrms isolation voltage. It facilitates communication between different power domains, preventing noise currents from affecting sensitive local ground or circuits. The CMT826X offers up to six forward or three backward channels. Variants CMT826X1 default to a high output level and CMT826X0 to a low output level upon loss of input power or
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HopeRF Micro electronics CMT8260W1 digital isolator designed for industrial and medical applications
Product Overview The CMT826X is a high-performance six-channel digital isolator utilizing SiO2 isolation technology, supporting up to 5.7kVrms isolation voltage. It facilitates communication between two different power domains, preventing noise currents from affecting sensitive local circuits. The device offers up to six forward or three bidirectional channels. Depending on the model (CMT826X1 defaults to high, CMT826X0 defaults to low upon power/signal loss), it provides
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Six channel digital isolators HopeRF Micro-electronics CMT8262N0 in SOIC16 packages for flexibility
Product OverviewThe CMT826X series are high-performance, six-channel digital isolators utilizing SiO2 isolation technology, supporting up to 5.7kVrms isolation voltage. They facilitate communication between different power domains, preventing noise currents from affecting sensitive circuits. These isolators offer up to six forward or three bidirectional channels, with selectable default output states (high or low) upon power or signal loss. Designed for enhanced electromagnet
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digital isolator HopeRF Micro-electronics CMT8120W1 with silicon dioxide insulation and 5 kVrms isolation voltage
Product OverviewThe CMT812X series are high-performance, dual-channel digital isolators utilizing silicon dioxide (SiO2) insulation to provide up to 5 kVrms isolation voltage. Designed for communication between two different power domains, these isolators prevent noise currents from entering local grounds or interfering with sensitive circuits. They offer high electromagnetic immunity and low radiation due to innovative chip design and layout, meeting system-level ESD, EFT,
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Silicon dioxide insulated dual channel digital isolator HopeRF Micro-electronics CMT8121W0 for industrial
Product OverviewThe CMT812X is a high-performance, dual-channel digital isolator utilizing silicon dioxide (SiO2) insulation. It supports isolation voltages up to 5 kVrms and is designed for communication between two different power domains, preventing noise currents from affecting sensitive local ground or circuits. The CMT812X series offers enhanced electromagnetic compatibility (EMC) with system-level ESD, EFT, and surge immunity, as well as low radiation. It is available
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HopeRF Micro electronics CMT8042W1 digital isolator featuring low output level default for power loss
Product OverviewThe CMT804X is a high-performance, quad-channel digital isolator utilizing silicon dioxide (SiO2) insulation to support up to 5 kVrms isolation voltage. It facilitates communication between two different power domains, preventing noise currents from entering local grounds or interfering with sensitive circuits. The device features an enable pin for high-impedance output in multi-master applications, reducing power consumption. It offers up to four forward and
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six channel digital isolator HopeRF Micro-electronics CMT8266W0 with common mode transient immunity up to 250kVs
Product OverviewThe CMT8266W0 is a high-performance, six-channel digital isolator designed for demanding industrial applications. It offers up to six forward channels, UL1577 safety certification, and supports multiple isolation voltage ratings (3.75kVRMS, 5.7kVRMS). The device excels in providing high electromagnetic immunity and low radiation with low power consumption. With a data rate of up to 150Mbps and a common-mode transient immunity (CMTI) of up to 250kV/s, the
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dual channel digital isolator HopeRF Micro-electronics CMT8120N1 with silicon dioxide insulation technology
Product OverviewThe CMT812X series is a high-performance, dual-channel digital isolator utilizing silicon dioxide (SiO2) insulation technology, capable of supporting isolation voltages up to 5 kVrms. Designed for communication between two different power domains, these isolators prevent noise currents on data buses or other circuits from entering local grounds, thereby protecting sensitive circuitry from interference and damage. The CMT812X offers two channels, with CMT812X1
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Digital isolators with six channels and consumption HopeRF Micro-electronics CMT8260W0 featuring SiO2 isolation technology
Product OverviewThe CMT826X series are high-performance, six-channel digital isolators utilizing SiO2 isolation technology, offering up to 5.7kVrms isolation voltage. Designed for communication between different power domains, they prevent noise currents from affecting sensitive local ground or circuitry. These isolators feature up to six forward or three bidirectional channels. Depending on the model (CMT826X1 or CMT826X0), they default to a high or low output state upon
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Digital isolator with system level immunity HopeRF Micro-electronics CMT8121N0 silicon dioxide based
Product OverviewThe CMT812X is a high-performance, dual-channel digital isolator utilizing silicon dioxide (SiO2) insulation technology, capable of supporting isolation voltages up to 5 kVrms. Designed for communication between two different power domains, it prevents noise currents on data buses or other circuits from entering the local ground, thereby avoiding interference and damage to sensitive circuitry. The CMT812X series offers enhanced electromagnetic compatibility
