Analog Devices, Inc. (ADI) products

Working from a single Li-Ion cell or dual AA batteries the TMC6300 is optimally suited for battery operated equipment. Operate a BLDC motor with block or sinecommutation using 6-line control from a CPU. Integrated power-MOSFETs handle motor current up to 2A. Protection and diagnostic features support robust and reliable operation. Its integrated chargepump for best-in-class RDSon and ultra-low standby current ensure best efficiency even at low supply voltage and longest battery life.

Working from a single or dual Li-Ion cell or dual or more AA batteries the TMC7300 is optimally suited for battery operated equipment. Its two full-bridges allow either control of two DC motors, PWM-control of LEDs, or protected standalone peripheral driving, using a polarity signal per halfbridge. Operate up to two DC motors via simple UART control for direction, velocity and torque. Integrated power-MOSFETs with internal charge-pump for best-in-class RDSon even at low supply voltage, handle motor current up to 1.2A per motor continuously, or the double current in parallel connection. Together with a tiny standby current, this guarantees a long battery life. Protection and diagnostic features support robust and reliable operation. This advanced driver ensures efficient and reliable operation for cost-effective and highly competitive solutions.

Maxim Integrated offers a wide range of low-power, high-speed, single-supply operational amplifiers with integrated comparator and reference functionalities. These versatile ICs, such as the MAX9000, MAX9001, MAX9002, MAX9003, MAX9004, MAX9005, and the ultra-low-power series MAX951, MAX952, MAX953, and MAX954, are designed for applications requiring precise signal processing with minimal power consumption. They are integral in optimizing digital and analog circuit designs by providing stable and high-performance amplification, comparison, and voltage reference. Ideal for compact and high-efficiency designs, these amplifiers are engineered to cater to the needs of modern electronic systems, including portable devices, instrumentation, and communication equipment, by ensuring reliable performance in varying conditions and improving overall circuit efficiency.

The MAX6069 is an ultra-low-power precision shunt voltage reference designed for applications demanding minimal space and power consumption. Presented in a 4-bump wafer-level package, this component operates with a current as low as 1μA and achieves a high level of precision with an initial accuracy better than 0.2%. It offers voltage outputs of +1.25V, +2.048V, +2.5V, and 3V, making it suitable as a low-power, high-precision upgrade for legacy components like the ICL8069, LM385, LT1004, and LM4040. There are two grades available: Grade A with a temperature coefficient of 25ppm/°C and Grade B at 50ppm/°C, both performing over an extended temperature range from -40°C to +85°C. These features make the MAX6069 particularly effective for equipment with stringent space constraints, while ensuring microampere-level current efficiency without sacrificing precision and reliability. The component is ideal for advanced, space-optimized, and power-sensitive applications while maintaining reliability through rigorous Analog Devices quality checks.

The ADH987S is a high-performance, low-noise 1-to-9 fanout buffer designed specifically for aerospace applications. Operating at a voltage of 3.3V, this device can support clock distribution with frequencies ranging from DC up to 4GHz. Its primary function is to generate square wave outputs with rapid rise and fall times, making it an excellent choice for applications that require precise timing and minimal noise interference. The ADH987S features 8 LVPECL outputs and a versatile CML output, which can have its power level adjusted in 3 dB increments. The inputs can be driven single-ended or differentially, and support multiple signal formats such as CML, LVDS, LVPECL, or CMOS, enhancing its compatibility. Additionally, the device features adjustable input impedance and the ability to enable or disable individual output stages for power conservation via hardware control pins or a serial-port interface. This combination of adjustable aspects and high precision makes the ADH987S ideal for use in sophisticated downstream circuits like mixers, ADCs/DACs, or SERDES devices, particularly where a wide clock network bandwidth is used.