Back to List

Bare Die Product Detail: 74LVC1G125

Gates:
The 74LVC1G125 is a single non-inverting buffer/line driver with 3-state output. The buffer can be driven by either 3.3V or 5V inputs enabling use of this device in a mixed 3.3V and 5V environment.

The device is direct replacement for the industry standard 74LVC1G125 or SN74LVC1G125 made by Texas Instruments (TI) and Nexperia. The die form offers a highly flexible logic interface for integration within mixed voltage systems.

Features:

Ideal for small form factor high integration applications
Inputs directly interface TTL & CMOS
Inputs accept up to 5.5V enabling level translation down to V_CC
Outputs directly interface CMOS, NMOS, and TTL
Wide Supply Voltage: V_CC 1.65V - 5.5V
Output Drive capability: ± 32mA
Low Quiescent Current: 4µA max
High speed: t_pd 4.5ns max, V_CC = 3V
Low Input Current: 1µA
Stocked replacement for industry standard 74LVC1G125
Committed long term support with no die mask changes

Applications:

High-Voltage motor control
Interfacing mixed voltage systems
Voltage Level Shifting
Bus Driver / Repeater
General Purpose Logic

Vendor:
Silicon Supplies
Electrical Datasheet

Die Physical Data:
Footprint: 0.283mm² (438.961mil²)
Request Pad Layout

Product Families: Used for this device are tabulated below.

Gates
Non-Inverting Buffer/Driver

Functional:

Type: BUFFER/DRIVER
I/P Level: CMOS/TTL
O/P Level: CMOS
Bits: 1
Schmitt Trigger: No
3-State O/P: Yes

Specification:

V_{CC (Min)}: 1.65V
V_{CC (Max)}: 5.50V
f_MIN @ V_NOM: 150MHz
t_{pd (Max)} @ V_NOM: 4.0ns
I_{CC (Max)} @ V_NOM: 0.004mA
V_{NOM (Max)}: 5.50V
Output Drive _(Max): 32.0mA

Functional:

I/P Level: CMOS/TTL
O/P Level: CMOS
Bits: 1
3-State O/P: Yes
Schmitt Trigger: No

Specification:

V_{CC (Min)}: 1.65V
V_{CC (Max)}: 5.50V
f_MIN @ V_NOM: 150MHz
t_{pd (Max)} @ V_NOM: 4.0ns
I_{CC (Max)} @ V_NOM: 0.0040mA
V_{NOM (Max)}: 5.5V
Output Drive _(Max): 32.0mA

Other Detail: Important information for this device is tabulated below.

Traffic light setting for Minimum Order Quantity indicates the following:

Green:Available from stock or at low factory MOQ.
Amber: Available on factory order with MOQ.
Red: High factory MOQ may apply, please ask for details.

Traffic light setting for High Reliability indicates the following:

Green: This bare die is specified and tested for use in high reliability applications.
Amber: This bare die can meet higher reliability specifications with additional testing & qualification, please ask for details.
Red: This bare die is not specified or specifically designed for use in high reliability applications.

Traffic light setting for Space Grade indicates the following:

Green: This bare die is qualified for space applications or has space level qualification data, please ask for details.
Amber: This bare die can be specified for space applications with additional testing and qualification, please ask for details.
Red: Suitability of this bare die for space applications is unknown and requires further qualification, please ask for details.