Toshiba Launches One-Gate Logic with Single Power Supply Supporting Low Voltage Operation
February 28, 2019
Toshiba Electronic Devices & Storage Corporation
- Single-supply design simplifies board layout in voltage-level translation applications -
TOKYO—Toshiba Electronic Devices & Storage Corporation (“Toshiba”) has launched a lineup of 31 single power supply one-gate logic devices that support low voltage operation. The new “7UL1G series,” suitable for down translation to 0.9V, and “7UL1T series,” for up translation from 1.8V to 3.3V, allow users to more easily[1] design voltage-level translation used for data communication control on devices with multiple power supply systems. Volume production and shipments start today.
The 7UL1G series support down translation to 0.9V, and the 7UL1T series support up translation from 1.8V to 3.3V, realizing simplified logic-level and voltage-level translation in multiple power supply systems.
7UL1G series devices operate with a 0.9V to 3.6V power supply, and their input terminals are 3.6V-tolerant. When used with a 0.9V power supply, down translation to 0.9V combined with logic-level translation of 0.9V to 3.6V input signals can be provided by a single device.
7UL1T series devices operate with a power supply of 2.3V to 3.6V, and their input threshold voltage are set to 50% or less of the power supply voltage. When used with a 3.3V power supply, up translation to 3.3V combined with logic-level translation of 1.8V to 3.6V input signals can be provided by a single device.
Toshiba’s current products require a level shifter with two power supplies (input-side and output-side power supplies) to implement up translation for a low voltage system of 3.3V or less. The new 7UL1T series allow users to implement voltage-level translation with a single power supply, allowing easier design of voltage-level translation circuits with no concerns about the power-on sequence or voltage restriction between the two power supplies—a restriction when a two-power-supply level shifter is used.
In addition to the industry-standard USV package, the fSV package[2], the industry’s smallest lead-type package[3] is available, contributing to space saving in products.
Applications
- Data communication control circuits of devices with multiple power supply systems, including smartphones, tablets, laptop PCs, digital cameras, POS and IoT equipment.
Features
- Voltage-level translation with a single power supply for low voltage systems:
-
- Down translation from 3.6V input to 0.9V output[4] (7UL1G series)
- Up translation from 1.65V input to 3.6V output[5] (7UL1T series)
- Built-in power down protection function[6]
- Two package types:
-
- fSV package : The industry’s smallest lead-type package [Package code: SOT953, 1.0×1.0×0.48 mm (typ.)]
- General-purpose USV package: [Package code: SOT-353, 2.0×2.1×0.9 mm (typ.)]
Main Specifications
|
Series name |
7UL1G series |
7UL1T series |
||
|---|---|---|---|---|
| Operating ranges |
Supply voltage VCC (V) |
0.9 to 3.6 |
2.3 to 3.6 |
|
|
Input voltage VIN (V) |
0 to 3.6 |
|||
|
Output current IOH, IOL(mA) |
±8.0 | |||
|
Operating temperature Topr(℃) |
-40 to 85 |
|||
|
Electrical characteristics (@Ta=25 ℃) |
High-level input voltage VIHmin (V) |
2.0 | 1.2 | |
|
Low-level input voltage VILmax (V) @VCC=3.0 to 3.6 V |
0.8 | 0.5 | ||
| Power-OFF leakage current IOFF max (μA) | 1.0 | |||
| Quiescent supply current ICC max (μA) | 1.0 | |||
| Package |
fSV (SOT-953) |
USV (SOT-353) |
USV (SOT-353) |
|
|
Function and part number |
NAND Gate | 7UL1G00FS[7] |
7UL1G00FU[7] |
7UL1T00FU[7] |
| NOR Gate | 7UL1G02FS | 7UL1G02FU |
7UL1T02FU |
|
| Inverter | 7UL1G04FS | 7UL1G04FU | 7UL1T04FU[7] | |
| AND Gate | 7UL1G08FS | 7UL1G08FU | 7UL1T08FU | |
| Schmitt Inverter | 7UL1G14FS[7] | 7UL1G14FU[7] | - | |
| Schmitt Buffer | 7UL1G17FS | 7UL1G17FU[7] | - | |
| OR Gate | 7UL1G32FS | 7UL1G32FU | 7UL1T32FU | |
| Non Inverter | 7UL1G34FS | 7UL1G34FU | 7UL1T34FU[7] | |
| Ex-OR Gate | 7UL1G86FS[7] | 7UL1G86FU | 7UL1T86FU[7] | |
| 3-State Buffer(/G) | 7UL1G125FS[7] | 7UL1G125FU[7] | 7UL1T125FU[7] | |
| 3-State Buffer(G) | 7UL1G126FS | 7UL1G126FU[7] | 7UL1T126FU[7] | |
| Stock Check & Purchase |
 7UL1G Series |
7UL1T Series |
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