Industrial

The A3240 Hall-effect switch is an extremely temperature-stable and stress-resistant sensor especially suited for operation over extended tem per a ture ranges to +150°C.

A3240 is a Hall-effect switch that can work at high temperature.

The A3240 Hall-effect switch is a high-temperature sensor that features temperature stability and resistance to stress, and can operate over extended temperature ranges up to +150°C.

The A3213xx and A3214xx integrated circuits are ultra-sensitive, polarity independent Hall-effect switches with a latched digital output. They are especially suited for operation in battery-operated, hand-held equipment such as cellular and cordless telephones, pagers, and palmtop computers. A 2.4 volt to 5.5 volt operation and a unique clocking scheme reduce the average operating power requirements - the A3213xx to 825 microwatts, the A3214xx to 14 microwatts (typical at 2.75 V)! Except for operating duty cycle and average operating current, the A3213xx and A3214xx are identical. Unlike other Hall-effect switches, either a north or south pole of sufficient strength will turn the output on; in the absence of a magnetic field, the output is off. The polarity independence and minimal power requirement allows these devices to easily replace reed switches for superior reliability and ease of manufacturing, while eliminating the requirement for signal conditioning. Improved stability is made possible through chopper stabilization (dynamic offset cancellation), which reduces the residual offset voltage normally caused by device overmolding, temperature dependencies, and thermal stress. These devices include on a single silicon chip a Hall-voltage generator, small-signal amplifier, chopper stabilization, a latch, and a MOSFET output. Advanced BiCMOS processing is used to take advantage of low-voltage and low-power requirements, component matching, very low input-offset errors.

The A3212 is a Schottky barrier Hall-effect switch consisting of a Schottky barrier, a drive amplifier, a decoder, an oscillator, a latch, and is used to measure the strength of the magnetic field.

a3212 is an ultra-sensitive hall effect switch with a latched digital output, suitable for use in battery-operated, handheld equipment such as cellular and cordless telephones, pagers, and palmtop computers.

The A3211 and A3212 integrated circuits are ultra-sensitive, pole indepen- dent Hall-effect switches with latched digital output. These sensors are es- pecially suited for operation in battery-operated, hand-held equipment such as cellular and cordless tele- phones, pagers, and palmtop comput- ers. A 2.5 volt to 3.5 volt operation and a unique clocking scheme reduce the average op- erating power requirements to less than 15 μW with a 2.75 volt supply. Unlike other Hall-effect switches, either a north or south pole of suf- ficient strength will turn the output on in the A3212, and in the absence of a magnetic field, the output is off. The A3211 provides an inverted output. The po- larity inde- pendence and minimal power requirements allow these devices to easily replace reed switches for superior reliability and ease of manufacturing, while eliminat- ing the requirement for signal conditioning. Improved stability is made possible through chopper stabilization (dynamic offset cancellation), which reduces the residual offset voltage normally caused by device overmolding, temperature depen- dencies, and thermal stress. This device includes on a single silicon chip a Hall-voltage generator, small-sig- nal amplifier, chopper sta- bilization, a latch, and a MOSFET output. Ad vanced BiCMOS processing is used to take advantage of low-voltage and low-power requirements, component matching, very low input-offset errors, and small com- ponent geometries. Four package styles provid- ed offer different sizes and cost.

The A3211 and A3212 integrated circuits are ultra-sensitive, pole independent Hall-effect switches with latched digital output. These sensors are especially suited for operation in battery-operated, hand-held equipment such as cellular and cordless telephones, pagers, and palmtop computers. They operate at a voltage range of 2.5V to 3.5V, and a unique clocking scheme reduces the average operating power requirement to less than 15μW with a 2.75V supply. The A3212 can be turned on by either a north or south pole of sufficient strength, while the output is off in the absence of a magnetic field. The A3211 provides an inverted output. These devices can easily replace reed switches for superior reliability and ease of manufacturing, eliminating the need for signal conditioning. Improved stability is achieved through chopper stabilization, reducing residual offset voltage caused by overmolding, temperature dependencies, and thermal stress. The devices integrate a Hall-voltage generator, small-signal amplifier, chopper stabilization, a latch, and a MOSFET output on a single silicon chip using advanced BiCMOS processing, providing low-voltage and low-power operation, component matching, very low input-offset errors, and small component geometries.

A3209Ex and A3210Ex integrated circuits are ultra-sensitive, pole independent Hall-effect switches with a latched digital output. They are especially suited for operation in battery-operated, hand-held equipment such as cellular and cordless telephones, pagers, and palmtop computers. 2.5 volt to 3.5 volt operation and a unique clocking scheme to reduce the average operating power requirements - the A3209Ex to 400 µW, the A3210Ex to 25 µW! Except for operating duty cycle and average operating current, the A3209Ex and A3210Ex are identical. Unlike other Hall-effect switches, either a north or south pole of sufficient strength will turn the output on; in the absence of a magnetic field, the output is off. The polarity independence and minimal power requirement allows these devices to easily replace reed switches for superior reliability and ease of manufacturing, while eliminating the requirement for signal conditioning. Improved stability is made possible through chopper stabilization (dynamic offset cancellation), which reduces the residual offset voltage normally caused by device overmolding, temperature dependencies, and thermal stress. These devices include on a single silicon chip a Hall-voltage generator, small-signal amplifier, chopper stabilization, a latch, and a MOSFET output. Advanced BiCMOS processing is used to take advantage of low-voltage and low-power requirements, component matching, very low input-offset errors, and small component geometries. The A3209Ex and A3210Ex are available in DIP-8 or SMD-8 packages.

The document is about searching for suppliers of A32100DXV-1PQ208C. Further investigation is needed to describe the features and characteristics of this product.

A32100DX-1PQ208C is a product of Infineon Technologies.

The A3209Ex and A3210Ex integrated circuits are ultra-sensitive, pole independent Hall-effect switches with a latched digital output. They are especially suited for operation in battery-operated, hand-held equipment such as cellular and cordless telephones, pagers, and palmtop computers. The devices operate at 2.5 to 3.5 volts and have a unique clocking scheme that reduces the average operating power requirements to 400 µW for the A3209Ex and 25 µW for the A3210Ex. Unlike other Hall-effect switches, these devices can be triggered by either a north or south pole of sufficient strength, and the output is off in the absence of a magnetic field. The polarity independence and low power requirement make these devices suitable replacements for reed switches, providing superior reliability and ease of manufacturing without the need for signal conditioning. The devices utilize chopper stabilization for improved stability, reducing the residual offset voltage caused by device overmolding, temperature dependencies, and thermal stress. They integrate a Hall-voltage generator, small-signal amplifier, chopper stabilization, a latch, and a MOSFET output on a single silicon chip using advanced BiCMOS processing, which enables low-voltage and low-power operation, component matching, low input-offset errors, and small component geometries.

IR2136/IR21362/IR21363 are high voltage, high speed power MOSFET and IGBT drivers with three independent high and low side referenced output channels for 3-phase applications.

The IR2136/IR21362/IR21363/IR21365/ IR21366/IR21367/IR21368(J&S) are high voltage, high speed power MOSFET and IGBT drivers with three independent high and low side referenced output channels for 3-phase applications. Proprietary HVIC technology enables ruggedized monolithic construction. Logic inputs are 3.3V compatible. Three independent half-bridge drivers have matched propagation delay. Cross conduction prevention logic makes lowside outputs out of phase with inputs. High side outputs are out of phase (IR2136/IR21363/IR21365/ IR21366/IR21367/IR21368) or in phase (IR21362) with inputs. Low di/dt gate driver provides better noise immunity. Externally programmable delay is available for automatic fault clear.