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CD74HCT373 – High Speed CMOS Logic Octal Transparent Latches with 3-State Outputs
The ‘HCT373 devices are octal transparent D-type latches. When the latch-enable (LE) input is high, the Q outputs follow the data (D) inputs. When LE is low, the Q outputs are latched at the logic levels of the D inputs.
From – 74HCT373 Texas Instruments
What it can do ?
This is like a Byte of Memory, A Byte means 8 Bits. A Bit Means one Input or Output Pin of an IC, Which understands Logic 1 is High and Logic 0 is Low.
The HCT works well with old TTL and CMOS families. This takes very less Power (battery lasts longer). It switches very fast (the computation is done faster). Its got good symmetrical output drive. Means Source and Sink both nice.
When you run out of ports I/O in your favorite uC, This guy will come to your rescue. Simple way is to Put four of this and Interconnect or Bus their Data inputs D0-D7. Then Connect this Bus to 8 Ports of our uC Chip. Enable the Output of all of them. Use 4 ports from your uC to latch each one with the data you want to be outputted. Now you have 8×4 32 Bits output. This comes at a small cost, the clock time, but negligible. In the same way you can enhance the Input ports, use the 373, the other way around with OE.
This all means more Keys, Sensors, Motors, Relays can be accommodated. By Multiplexing Matrix even more can be achieved. You can also expand Analog Inputs using Analog Multiplexers. Try CD4051 or even FETs.
Leadership in digital technologies, coupled with its in-house analog capabilities. They have solutions for Computing, Communications and Consumer Electronics. They Streamline data transmission and data-communication in the Networks.
The Product Line includes Clock / Timing Devices , Display / Video Solutions, Memory Interface Products and SRAMs. For Small Computing devices there are Touch Products, Processors and USB/PCI Express Chips. They also manufacture RISCore 64-bit Processors for large computing systems.
“The DAC1653Q-DB evaluation board features the DAC1658Q high-speed quad channel 16-bit DAC with high common mode voltage. The DAC1653Q-DB evaluation board is suitable for dynamic performance evaluation from low to high output frequency configurations.”
Founded 1980, Corporate headquarters in San Jose, California.
Integrated Device Technology – IDT – Semiconductors
6024 Silver Creek Valley Road, San Jose, CA 95138, United States.
Utility of Testing and Troubleshooting Tools : The first thing in Electrical testing is the Continuity Tester, Then we use the Neon Mains Screwdriver, Then we need an Voltmeter or an Ammeter. In electronics we need a OhmMeter and LCR meter too.
Many times we cannot carry big or expensive test instruments to the field, so we have to have a troubleshooting tool kit. Continuity testers, Logic Probes, DMM, Clamp Meters etc..
It also is sometimes required to build a quick jig or fixture with electronics to troubleshoot, simulate a problem or to test the reliability or aging of components and systems. Here you need to be cost effective, fast and innovative; and build a simple system with available, affordable or procurable resources. Hence a bit of circuit design, firmware and software are essential skills for production engineering.
You can troubleshoot and repair Electronic Equipment easily with Meters and Continuity Testers.
Small Electronic Testing Tools – delabs
- Dial AVO meter
- Insulation Tester – Tera Ohm Meter
- Function Generator using ICL8038
- High Resistance Indicator
- Digital Potentiometer
- Battery Level Indicator.
I feel that Analog Insydes, Control System Professional, Fuzzy Logic and Signals and Systems are relevant to Electronic Design.
Wolfram Workbench provides sophisticated code editing, navigation, and project management tools for enterprise-class development and deployment.
Analog Insydes is a Mathematica application package for modeling, analysis, and design of analog electronic circuits, tailored specifically for industrial applications. With Analog Insydes and Mathematica you can do all of the following in one integrated environment.
Simulating a feedback control system with controller and second-order plant
Industry Solutions for Engineering – Control Systems
Build and analyze control systems, document design decisions, and interactively test controllers-all in one system.
This Chip from TI is simple to integrate into your designs and this solution is good for production of lighting gadgets, here a consistent quality and predictable performance is easily obtained.
TPS61042 30-V, 500-mA Switch Boost Converter in QFN-8 for White LED Applications
LED-driver application that drives four LEDs with 20 mA of forward current and operates from an input voltage range of 1.8 to 6.0 V.
The entire circuit consists of the control IC, two small ceramic caps, an inductor, a diode, and a current sense resistor. The primary power-supply functions and the secondary features such as load disconnect, overvoltage protection, and PWM dimming have been implemented with a control IC and five small surface-mount passive components.
LED-driver considerations By Michael Day
Design and manufacture of advanced semiconductors, with focus on microcontrollers, nonvolatile memory, logic, radio frequency (RF) components and sensors.
The also have application-specific standard products (ASSPs) or custom ASICs. The popular products with the Embedded Engineer Include Atmel AVR 8-bit and 32-bit microcontrollers, ARM-based computing chips. and the New SAM D20 family based on the ARM Cortex…
Fully-featured evaluation platform for the Atmel AT91SAM9M10 or AT91SAM9G45 microcontroller. The evaluation kit allows users to extensively evaluate, prototype and create application-specific designs.
Highlights – Two high speed USB hosts and one high speed USB device port. An Ethernet 10/100 interface. Two high speed multimedia card interfaces. An LCD TFT display 480-RGB-272. A composite video output. A camera interface and communication peripherals.
Broad range of feature-rich 8-bit microcontrollers (MCUs) based on the 8051 instruction set. Pin-to-pin compatible members from our 8051 portfolio. 8-bit MCUs based on the low-power single-cycle AT89LP core to MCS-51 industry-standard socket drop-in devices and small-footprint 14/16/20/28-pin derivatives.
Updated Nov 2013
Drives LEDs with a regulated output voltage or current (up to 120mA) from an unregulated input supply (2.7V to 5.3V). These are complete DC-DC converters requiring only four small ceramic capacitors and no inductors. 200mV Current-Sense Threshold Reduces Power Loss.
1.5x/2x High-Efficiency White LED Charge Pumps
- High-Efficiency 1.5x/2x Charge Pumps
- Low Input Ripple with 750kHz Operation
- Up to 120mA Output Current
- 1µA Shutdown Current