The MAX3670 is a clock generator IC that is low-jitter 155MHz/622MHz reference designed for system clock distribution and frequency synchronization in OC-48 and OC-192 SONET/SDH and WDM transmission systems.

The MAX9867 is a codec specially designed for ultra-low power stereo applications. Its design is suitable for portable consumer devices such as mobile phones and portable gaming consoles.

This is a 7 bit digital potentiometer with non-volatile memory. It features an output range of up to 15.5V. Programming is done through an I2C interface, with operating speeds of up to 400kHz.

To avoid the necessity of adding numerous external components, which would increase the application cost and possibly make reliable contact-resistance measurement more difficult, the MAX13362 (datasheet) was carefully designed to be robust.

The MAX13362 is a 24-channel automotive contact monitor designed as an interface between mechanical
switches and low-voltage microcontrollers or other logic circuits. It features an SPI interface to monitor individual switch inputs and to configure interrupt capability, wetting current etc.

The MAX17112 is a highly efficient, power-management IC that employs a current-mode, fixed-frequency, PWM architecture for fast-transient response and low-noise operation.

The DS1124 is an 8-bit programmable timing element similar in function to the DS1021-25. The 256-delay intervals are programmed by using a 3-wire serial interface.

The DS1307 serial real-time clock (RTC) is a lowpower, full binary-coded decimal (BCD) clock/calendar plus 56 bytes of NV SRAM.

A low voltage reference can be constructed using two small ICs and a few external resistors, cutting down on the current consumption from an average of about 440 µA of quiescent current to a meager 2.4µA.

Maxim’s DG201A and DG211 consume significantly lower power making them better suited for portable applications. Maxim has also eliminated the need for the third (VL) power supply that is required for the operation of the original manufacturer’s DG211.