- Built-in LDO and daisy-chain pins realize downsizing of LED modules
TOKYO — (BUSINESS WIRE) — June 30, 2016 — Toshiba Corporation's (TOKYO: 6502) Storage & Electronic Devices Solutions Company today announced the launch of “TB62D786FTG”, a new LED driver IC with single-wire input and 9-channel output, for amusement equipment and LED illumination applications. Full-scale production is scheduled to start this autumn.
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A new LED driver IC "TB62D786FTG" with single-wire input and 9-channel output. (Photo: Business Wire)
The new product adopts a single-wire Manchester-encoded interface, which is generally used for wireless communications, and the number of input signals is reduced to one. In addition, built-in daisy-chain pins and a linear regulation circuit (LDO, 5V output) with up to 28V input improve the extendibility of the LED driver unit.
In a typical system, power supply has to be supplied to LED driver ICs and LEDs separately. Using the new product, the number of wires between a microcontroller (or a controller) and an LED driver unit mounting the new driver can be reduced to four wires (single power supply, single-wire input, single-wire daisy-chain output, and GND), and a single supply voltage operation unit with less wiring can be created with a compact package (VQFN24). This also allows the size of the LED unit board to be downsized.
Main Features of New Product
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Built-in single-wire interface
- Built-in daisy-chain pins
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Linear regulation circuit (LDO, 5V output) up to 28V input
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Compact package (VQFN24)
Main Specifications of New Product |
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Part number | TB62D786FTG | |
Input signal | Single-wire input (5V system CMOS), transfer frequency 0.5MHz to 2MHz | |
Power supply
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Built-in linear regulator (5V): 7 to 28V input
IC control voltage: 4.5 to 5.5 V |
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LED output |
28V×85mA×9 channels constant current driver (5mA to 40mA recommended)
Illumination can be controlled with the PWM gradation, from 0 to 127 |
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Hardcoded IDs | Up to 64 driver IDs | |
Package | P-VQFN24-0404-0.50-001 | |
Sample price | 110 yen (tax included) | |