Building blocks for the electronics innovations of tomorrow
In a digitalised world, analog technology interfaces with the physical environment by capturing, processing and converting electrical signals. Analog chips are at the heart of every electronic system, from the smallest portable device to an electric car's power and drive. EBV's portfolio includes all the essential analog components, supported by our experts who provide technological and application expertise to help you select the right solutions.
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Our Analog & Signal Chain product portfolio
Amplifiers: Components that use an input signal with a low signal or power level to provide a higher signal or power level. The selection of suitable amplifiers helps to increase system integration, functionality and performance while reducing the size, power consumption and cost of the solution.
Comparators: Variant of an operational amplifier that compares the signal levels at two inputs and provides a digital comparison output. This function is required in countless systems (e.g. as a voltage converter, for sine-square conversion, or as a wheel sensor in automotive electronics).
Voltage references: Electronic components that provide constant output voltage. They are used to set referent voltage levels in various analog circuits, like ADC and DAC, analog amplifiers, comparators or specific function circuits.
Data converters: Convert data from one form to another, e.g. analog-to-digital (ADC) or digital-to-analog (DAC). They thus ensure interoperability between different technologies.
Small signal discretes: Providing additional required functionalities. Basic electronic elements, bipolar transistors, JFETs, MOSFETs, diodes are available as single elements or arrays.
Protection devices: Each PCB interface to the outside can be exposed to destructive level of energy. TVS and ESD diodes will protect circuits from excessive voltages from PCB internal or external sources.
Programmable analog and mixed signal: Configurable hardware devices that enable the integration of many system functions into a single custom circuit, and in the process minimize component count, board space, and power consumption.
Our Power Conversion & Management product portfolio
Power discretes: Individual semiconductor components used in power electronics as switches or rectifiers. Power discretes include, for example, SiC, GaN, IGBT, MOSFET, Diode, Thyristor.
Power modules: Integrate power switches in common topologies, like half bridge or sixpack, in the single device optimizing routing and heat conduction for easier integration into the power converter.
Gate drivers: Integrated electronic circuit (isolated, half-bridge and low-side gate drivers) that drives power switches such as MOSFETs or IGBTs. For reliable switching, it is crucial to optimally adapt the driver to the properties and requirements of the respective power semiconductors.
Motor drivers: Interface between motors and control circuits. Motor drivers regulate the current flowing through the motor winding, enabling precise control of the torque, speed and direction of electric motors. They range from integrated motor drivers with simple control interfaces to intelligent gate drivers and devices for functional control.
Current sensors: Detect and measure the electrical current flowing through a conductor. Current sensors convert the current into a signal for monitoring, controlling or protecting electronic/electrical systems. The areas of application are everywhere where modern power electronics are used - from inverters for drives to battery chargers and robotics.
Switching ACDC regulation: ACDC converters integrate components for AC to DC voltage conversion - controller, power switch and sometimes feedback. In contrast to the converter, controller does not integrate FETs in the same housing. This means that controllers have a better freedom for power switch sizing and separation heat generation from the control circuit - an important feature for particularly heat-limited designs. In addition, controllers can usually deliver higher output voltages and currents than converters, which enables higher power applications.
Switching DCDC regulation: DC-DC switching regulators are power conversion circuits that efficiently transfer different voltages and currents from a source to a load. These converters allow devices to operate at optimal power levels despite varying sources and load conditions. They are available as controllers that require external power switches, as converters with integrated power switches and as modules that also contain passive components.
Linear regulators: Linear and low dropout (LDO) regulators are a simple and cost-effective way to provide a regulated output voltage fed from a higher input voltage in a variety of applications. LDO regulators are used, for example, in the power supply of analog amplifiers, digital ICs, DSPs, FPGAs and low-power CPUs.
PMIC: Multi-channel ICs for managing the power supply of electronic devices that require multiple voltage rails and power sequencing schemes. PMIC manages voltage conversion, power sequencing but can have other functionalities like battery charging, communication interfaces and safety features.
LED Drivers: Converts the voltage supplied by the mains or DC power source and adapts it to the needs of the LEDs. LED drivers can be built into a lamp (internal drivers), placed on the surface of a luminaire or even outside a luminaire (external drivers).
USBC PD: USB PD controllers supplement USB communication with a power delivery (PD) protocol. The controllers are accompanied by protection devices, circuit breakers and power converters, so that different levels of integration are possible.
PoE: Special Power over Ethernet (PoE) ICs enable the provision of power via Ethernet cable. There is no need for a power connection and plug-in power supply on the end device. Typical PoE end devices are, for example, wireless access points (WAP) or simple IP cameras. In the future, the supply of power to thin clients, monitors or lamps with integrated WAP is also conceivable.
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