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The ADCMP⑤⑧⓪/ADCMP⑤⑧①/ADCMP⑤⑧② are ultrafast voltage comparators fabricated on the Analog Devices, Inc. proprietary XFCB③ Silicon Germanium (SiGe) bipolar process. The ADCMP⑤⑧⓪ features CML output drivers, the ADCMP⑤⑧① features reduced swing ECL (negative ECL) output drivers, and the ADCMP⑤⑧② features reduced swing PECL (positive ECL) output drivers.

The ADCMP⑤⑥③/ADCMP⑤⑥④ are high speed comparators fabricated on Analog Devices proprietary XFCB process. The devices feature a ① ns propagation delay with less than ①⑤⓪ ps overdrive dispersion. Dispersion, a measure of the difference in propagation delay under differing overdrive conditions, is a particularly important characteristic of high speed comparators. A separate programmable hysteresis pin is available on the ADCMP⑤⑥④.

The ADA④③①⓪-① is comprised of two high speed, current feedback operational amplifiers. The high output current, high bandwidth, and fast slew rate make it an excellent choice for broadband applications requiring high linearity performance while driving low impedance loads.

The AD⑨④⑧③ is a triple ⑧-bit monolithic analog-to-digital converter optimized for digitizing RGB graphics signals from personal computers and workstations. Its ①④⓪MSPS encode rate capability and full-power analog bandwidth of ③⓪⓪MHz supports display resolutions of up to ①②⑧⓪ x ①⓪②④ at ⑦⑤Hz with sufficient input bandwidth to accurately acquire and digitize each pixel.

The SSM②②①①* is a high performance audio amplifier that delivers ① W rms of low distortion audio power into a bridge-connected ⑧ speaker load (or ①.⑤ W rms into a ④ load).

The AD⑨⑤②②-③① provides a multioutput clock distribution function with subpicosecond jitter performance, along with an on-chip PLL and VCO. The on-chip VCO tunes from ①.⑦② GHz to ②.②⑤ GHz. An external ③.③ V/⑤ V VCO/VCXO of up to ②.④ GHz can also be used.

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The AD①⑧⑤② is a complete ①⑧/②⓪/②④-bit single-chip stereo digital audio playback system. It is comprised of a multibit sigma-delta modulator, digital interpolation filters, and analog output drive circuitry. Other features include an on-chip stereo attenuator and mute, programmed through an SPI-compatible serial control port. The AD①⑧⑤② is fully compatible with all known DVD formats including ①⑨②kHz as well as ⑨⑥kHz sample frequencies and ②④-bits. It also is backwards compatible by supporting ⑤⓪/①⑤s digital de-emphasis intended for redbook Compact Discs, as well as de-emphasis at ③②kHz and ④⑧kHz sample rate.

The AD⑧①③④ is a major advancement beyond using discrete op amps for driving differential RGB signals over twisted pair cable. The AD⑧①③④ is a triple, low cost differential or single-ended input to differential output driver, and each amplifier has a fixed gain of ② to compensate for the attenuation of the line termination resistors. The AD⑧①③④ is specifically designed for RGB signals but can be used for any type of analog signals or high speed data transmission. The AD⑧①③④ is capable of driving either Category ⑤ (Cat-⑤) unshielded twisted pair (UTP) cable or differential printed circuit board transmission lines with minimal signal degradation.

The AD①⑧③⑧A is a high-performance single-chip CODEC featuring three stereo DACs and one stereo ADC.

The AD⑦②②④ is a precision ⑧-bit, voltage-ouput, digital-to-analog converter with output amplifier and double buffered interface logic on a monolithic CMOS chip. No external trims are required to achieve full specified performance for the part.

The ADCMP⑥⓪⑥ and ADCMP⑥⓪⑦ are very fast comparators fabricated on XFCB②, an Analog Devices, Inc., proprietary process. These comparators are exceptionally versatile and easy to use. Features include an input range from VEE ⓪.⑤ V to VCCI + ⓪.② V, low noise, CML-compatible output drivers, and TTL-/CMOS-compatible latch inputs with adjustable hysteresis and/or shutdown inputs.

The AD①⑧⑦⑦ is a stereo, ①⑥-bit oversampling ADC based on Sigma Delta technology. This part is intended primarily for digital audio applications requiring a single ⑤ V power supply. Each single-ended channel consists of a fourth-order one-bit noise shaping modulator and a digital decimation filter. An on-chip voltage reference, stable over temperature and time, defines the full-scale range for both channels. Digital output data from both channels are time-multiplexed to a single, flexible serial interface. The AD①⑧⑦⑦ accepts a ②⑤⑥ FS or a ③⑧④ FS input clock and operates in both serial port master and slave modes. In slave mode, all clocks must be externally derived from a common source.

The AD⑧⑥①①/AD⑧⑥①② are single and dual ④ ns comparators with latch function and complementary output. The latch is not functional if VCC is less than ④.③ V. Fast ④ ns propagation delay makes the AD⑧⑥①①/AD⑧⑥①② good choices for timing circuits and line receivers. Propagation delays for rising and falling signals are closely matched and tracked over temperature. This matched delay makes the AD⑧⑥①①/AD⑧⑥①② good choices for clock recovery because the duty cycle of the output matches the duty cycle of the input

The AD⑦③③①① and AD⑦③③①①L are complete front-end processors for general-purpose applications including speech and telephony. They feature a ①⑥-bit A/D conversion channel and a ①⑥-bit D/A conversion channel. Each channel provides ⑦⓪ dB signal-to-noise ratio over the voiceband signal bandwidth. The AD⑦③③①①L is a follow-on to the AD⑦③③①① with improved on-chip filtering, more sample-rate options and lower cost. The L version operates from ③.⓪ V only, where as the AD⑦③③①① operates from either ③ V or ⑤ V power supplies.

The ADN②⑧⑤⑤ is a burst mode clock and data recovery IC designed for GPON/BPON/GEPON optical line terminal (OLT) receiver applications. The part can operate at ①⑤⑤.⑤② Mbps, ⑥②②.⓪⑧ Mbps, ①②④④.①⑥ Mbps, or ①②⑤⓪.⓪⓪ Mbps data rates, selectable via the I②C interface.

The AD⑧①⑨2 is a complete HDMI/DVI link switch featuring equalized TMDS inputs and pre-emphasized TMDS outputs ideal for systems with long cable runs. The TMDS outputs can be set to a high impedance state to reduce the power dissipation and/or allow the construction of larger arrays using the wire-OR technique. The AD⑧①⑨2 includes bidirectional buffering for the DDC bus and CEC line, with integrated pull-up resistors for the CEC line. The AD⑧①⑨2 is available in a space-saving, ⑤⑥-lead LFCSP surface-mount, lead-free plastic package specified to operate over the ④⓪C to +⑧⑤C temperature range.

The ADF④⓪⓪⑦ is a high frequency divider/PLL synthesizer that can be used in a variety of communications applications. It can operate to ⑦.⑤ GHz on the RF side and to ①②⓪ MHz at the PFD. It consists of a low noise digital PFD (phase frequency detector), a precision charge pump, and a divider/prescaler. The divider/ prescaler value can be set by two external control pins to one of four values (⑧, ①⑥, ③②, or ⑥④). The reference divider is permanently set to ②, allowing an external REFIN frequency of up to ②④⓪MHz.

The ADF④⓪⓪① frequency synthesizer can be used to implement clock sources for PLLs that require very low noise, stable reference signals. It consists of a low-noise digital PFD (Phase Frequency Detector), a precision charge pump, a programmable reference divider, and a programmable ①③-bit N counter. In addition, the ①④-bit reference counter (R Counter), allows selectable REFIN frequencies at the PFD input. A complete PLL (Phase-Locked Loop) can be implemented if the synthesizer is used with an external loop filter and VCO (Voltage Controlled Oscillator) or VCXO (Voltage Controlled Crystal Oscillator). The N min value of ① allows flexibility in clock generation.

The AD⑨⑧⑥⑥ is a mixed-signal front end (MxFE) IC for transceiver applications requiring Tx and Rx path functionality with data rates up to ⑧⓪ MSPS. Its flexible digital interface, power saving modes, and high Tx-to-Rx isolation make it well suited for half- and full-duplex applications. The digital interface is extremely flexible allowing simple interfaces to digital back ends that support half- or full-duplex data transfers, thus often allowing the AD⑨⑧⑥⑥ to replace discrete ADC and DAC solutions. Power saving modes include the ability to reduce power consumption of individual functional blocks or to power down unused blocks in half-duplex applications. A serial port interface (SPI) allows software programming of the various functional blocks. An on-chip PLL clock multiplier and synthesizer provide all the required internal clocks, as well as two external clocks from a single crystal or clock source.