Industrial

The document introduces a low-cost replacement for discrete switchers with 20 to 50 fewer components, reducing cost and increasing reliability. The product features source-connected tab and controlled MOSFET turn-on to reduce EMI and EMI filter costs. It allows for a 50% smaller and lighter solution and is cost competitive with linears above 5W. The product achieves up to 90% efficiency in flyback topology with built-in start-up and current limit to reduce DC losses. It also has a low capacitance 350V MOSFET to cut AC losses and a CMOS controller/gate driver that consumes only 6mW. The product simplifies design, reduces time to market, and is supported by many reference designs. It has an integrated PWM controller and 350V MOSFET in a industry standard three pin TO-220 package, requiring only one external capacitor for compensation, bypass, and start-up/auto-restart functions. The product also includes system-level fault protection features such as auto-restart and cycle by cycle current limiting functions, as well as on-chip latching thermal shutdown. It is highly versatile and can implement buck, boost, flyback, or forward topology, supporting continuous or discontinuous mode of operation. The product is specified for operation down to 16V DC input.

The HPQ series DC/DC converters provide very high output current (up to 50 Amps) in an industry standard “quarter brick” package requiring no heat sink, and they are ideal for datacom and telecom systems.

AD1953 is a 5V 3-channel audio DAC system that supports 2-channel or 6-channel packed mode, with a sampling rate of up to 48kHz. The product has 7 Biquad filter sections, dual dynamic processors, 0ms to 6ms variable delay/channel, stereo spreading algorithm and program RAM.

Efficient low-power technology is used to collect, analyze, and judge the voltage, current, frequency, and other electrical parameters in the power grid in real time, and remote control and monitoring of the upper computer are realized, so as to realize the remote monitoring, control and protection of the power system.

This document is about Toshiba semiconductor products' quality and reliability assurance. It introduces the quality and reliability assurance measures Toshiba has made in product design, procurement, production, transportation, after-sales service, etc.

The AD9540 is a 655MHz low jitter clock generator from ADI company. It has excellent intrinsic jitter performance, 25Mb/s write-speed serial I/O control, 200MHz phase frequency detector inputs, 655MHz programmable input dividers, programmable RF divider, 8 programmable internal clock rates, 93 fS resolution programmable edge delay, 1.8V power supply, 3.3V power supply, programmable charge pump current, multi-chip synchronization, dual-mode PLL lock detect and 655MHz CML mode PECL compliant driver.

The LT1640AL/LT1640AH are 8-pin, negative voltage Hot SwapTM controllers that allow a board to be safely inserted and removed from a live –48V backplane. Inrush current is limited to a programmable value by controlling the gate voltage of an external N-channel pass transistor. The pass transistor is turned off if the input voltage is less than the programmable undervoltage threshold or greater than the overvoltage threshold. A programmable electronic circuit breaker protects the system against shorts. The PWRGD (LT1640AL) or PWRGD (LT1640AH) signal can be used to directly enable a power module. The LT1640AL is designed for modules with a low enable input and the LT1640AH for modules with a high enable input. The LT1640AL/LT1640AH are available in 8-pin PDIP and SO packages.

TMP88CS34/CP34 is a high-speed, high-performance 8-bit single-chip microcontroller with CPU core, ROM, RAM, input/output ports, four multi-function timer/counters, serial bus interface, on-screen display, PWM output, 8-bit AD converter, and remote control signal preprocessor.

The AD1934 is a high-performance single-chip that provides eight digital-to-analog converters (DACs) with single-ended outputs that can be controlled via SPI and support 24 bits and 8 kHz to 192 kHz sample rates.

AD1933 is a high performance, single chip that provides eight digital-to-analog converters (DACs) that support 8 kHz to 192 kHz sample rates, with a 110 dB dynamic range and SNR -96 dB THD + N, 3.3 V single supply, and software controllable switching and mute functions.

This document describes a product with a 2.4GHz RF transceiver, 8051 compatible microcontroller, and 9 input 10-bit ADC. It supports applications such as wireless gamepads, wireless headsets, wireless keyboards, wireless mice, intelligent sports equipment, industrial sensors, PC peripherals, phone peripherals, tags, alarms, and remote control.

This is a user manual for MPLAB ICE

The AD1866 is a complete dual 16-bit DAC offering excellent performance while requiring a single +5 V power supply. It is fabricated on Analog Devices’ ABCMOS wafer fabrication process. The monolithic chip includes CMOS logic elements, bipolar and MOS linear elements and laser trimmed, thin- film resistor elements. Careful design and layout techniques have resulted in low distortion, low noise, high channel separation and low power

AD1852 is a high-performance audio DAC launched by Analog Devices. It supports 24-bit, 192kHz sampling rate, supports 16-bit/18-bit/20-bit/24-bit data, has perfect differential linearity restoration function, can reduce idle tones and noise floor noise, minimize jitter, and has 117dB signal-to-noise ratio (not muted), 114dB dynamic range (not muted), -105dB THD+N (mono application circuit), -102dB THD+N (stereo application circuit) and other features.

This document is the functional block diagram and feature introduction of AD1851/AD1861