The T103 is a highly integrated All-in-one Visual Processor that provides major cost saving soluTIon for the portable applicaTIons. T103 has builTIn high performance Triple ADCs, TCON. Scaling Machine with sophisTIcated upscaling and downscaling algorithms. The Innovative integrated â€œFrame-Buffer -Less â€De-interlacer can significantly reduce system cost. The T103 also integrates On Screen Display engine with 1K-word of SRAM. The device can interface to an external micro-controller through 2-wire serial bus interface.
|Portable AV system Portable TV set LCD Monitor with Video decode Small to medium sized displayer, In-car TV|
FeaturesIntegrates 9-bit Triple Analog to Digital Converters (ADC) & Phase Locked Loop (PLL), for supporting CVBS, S-Video, YpbPr and RGB inputs Requires no external Frame Buffer Memory for de-interlace ITU656 / 601 Decoder with digital input ports for standard ITU656 / 601 input data Digital RGB565 / RGB666 input Advanced On Screen Display (OSD) function Programmable Timing Controller (Tcon) for Car TV applications Multi-standard color decoder with 2D adaptive comb filter Supports PWM, GPIO, IR, and digital CC / External_OSD interface Scaler supports 2-D adaptive intra-field de-interlacer and non-linear 16: 9 aspect ratio. Built-in Pre-amp, mid-level & ground clamp circuit Automatic Clamp Control for CVBS, Y and C Max Input configuration up to 6xCVBS, 3xSvideo Build-in Line-Lock PLL for RGB and YPbPr Phases Tracking and Boundary for adjusting input quality Separate Luminance and Chroma Enhancer supports
-Y-DLTI, Black Level Expansion, Contrast and Brightness adjustment
-C- Supports DCTI, Saturation and Hue adjustment. LCD Interface
-Provides Gamma correction for panel compensation
-Supports image pan functions
-Programmable Timing Controller
-RGB TTL output or Serial RGB output 2.5v & 3.3V operating voltage Built-in On Screen Display Engine
-3K-word OSD SRAM memory
-Supports font or bitmap modes
-Support shadow / border / window function
-Fully programmable character mapping
-Supports alpha blending & Zoom-in / Zoom-out function
-Optional fonts can be stored in off-chip serial EEPROM Direct interface to a (27.0MHz) Crystal Supports 2-wire I2C 3Pulse Width Modulation Outputs 4 General Purpose Input Output (GPIO) 1 IR Decoder (NEC mode + Philips RC5 mode) Package : 100-pin PQFP or 100-pin LQFP
A rice cooker or rice steamer is an automated kitchen appliance designed to boil or steam rice. It consists of a heat source, a cooking bowl, and a thermostat. The thermostat measures the temperature of the cooking bowl and controls the heat. Complex rice cookers may have many more sensors and other components, and may be multipurpose. Cooking rice has traditionally required constant attention to ensure the rice was cooked properly, and not burnt. Electric rice cookers automate the process by mechanically or electronically controlling heat and timing, thus freeing up a heating element on the cooking range that had to be otherwise occupied for rice cooking. Although the rice cooker does not necessarily speed up the cooking process, with an electric rice cooker the cook's involvement in cooking rice is reduced to simply measuring the rice, preparing the rice properly and using the correct amount of water. Once the rice cooker is set to cook, the rice will be cooked with no further attention.
For modern home rice cookers, the smallest single-person model cooks 1 rice cup (180 ml), whereas large models can cook 10 cups. Commercial models can cook 20 or more cups. As a possible source of confusion, model specifications and names may list either cooked or uncooked capacity. Rice roughly doubles in size during cooking; therefore, a 10 cup (uncooked) rice cooker can produce up to 20 cups of cooked rice. The prices vary greatly, depending on the capacity, features, materials used, and the country of origin.
The majority of modern electric rice cookers are equipped with a stay-warm or keep-warm feature, which keeps the rice at an optimal temperature for serving without over-cooking it. Some gas cookers also have electric stay-warm mechanism. However, the usefulness of this feature degrades over time, a microwave may be more energy efficient or better suited to reheat rice that will sit longer than four hours.
Some rice cookers use induction heating, with one or more induction heaters directly warming the pot. This can improve energy efficiency.
Most modern rice cookers use aluminium for the inner cooking bowl. There are some models that use stainless steel instead of aluminium. Various other materials, such as copper, pure carbon, ceramic, and diamond powder coating, may be used for higher heat conductivity or better taste.
The pressure-cooking models can raise the water's boiling point higher, e.g., from 100 Â°C at 1.0 atm up to about 110 Â°C at 1.4 atm, which speeds cooking. The pressure-cooking models can also be used in high altitude areas, where the boiling temperature is below 100 Celsius. Pressure cookers are also suitable for cooking brown rice (which contains oils and bran fiber that cook differently from pure white rice starch). Some pressure rice cookers have a varying pressure control mechanism (named the "dual-pressure" method) that creates repeated pressure/release cycles during the cooking.
There also exist mechanisms to collect and return the boiled over liquid to the inner rice bowl.
Many cookers now have microprocessor-controlled cooking cycles, which are often used to adjust for rice and cooking type.
Rice cookers are typically used for the preparation of plain or lightly seasoned rice. Each rice cooker model may be optimized to cook a certain type of rice best. For example, most Japanese rice cookers are optimized for cooking Japanese rice and may not be the best for other types of rice, although cooking time can be lengthened simply by more water.
The typical method of cooking long grain rice is boil-and-strain and/or steaming method. The absorption method used in Japanese rice cookers will produce slightly different texture and taste, usually stickier rice.
Brown rice generally needs longer cooking times than white rice, unless it is broken or flourblasted (which perforates the bran).
Different varieties of rice need different cooking times, depending on their grain size, grain shape, and grain composition. There are three main types of Asian rice: Oryza sativa subsp. indica, i.e., Indian rice (long grain rice, e.g., basmati rice and Thai jasmine rice), O. sativa subsp. javanica, i.e., Java rice (large grain rice) and O. sativa subsp. japonica, i.e., Japanese rice (medium grain rice, e.g., Calrose rice, short grain rice, e.g., most Japanese rice and risotto rice).
African rice, Oryza glaberrima, is an entirely separate species, but can be cooked in the same way. Zizania is not even in the same genus, although it is often called a rice (or "water oats"); it, too, can also be cooked in a rice cooker.
A rice cooker can be used to cook many boiled or steamed granular foods, such as pot barley, bulgar wheat, and dal. Provided the ingredients have similar cooking times, a rice cooker can cook mixtures such as khichdi. Some rice cookers can be used as automated couscoussiers, cooking couscous and a stew simultaneously.
Rice Cooker,Drum Rice Cooker,Deluxe Rice Cooker,Straight Rice Cooker
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